ATAD2B cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	ATAD2B
Entrez Gene ID	54454
Full Name	ATPase family, AAA domain containing 2B
General protein information	Preferred Names ATPase family, AAA domain containing 2B Names ATPase family AAA domain-containing protein 2B
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 2 Map Location: 2p24.1-p23.3
Summary	The protein encoded by this gene belongs to the AAA ATPase family. This family member includes an N-terminal bromodomain. It has been found to be localized to the nucleus, partly to replication sites, consistent with a chromatin-related function. Alternative splicing of this gene results in multiple transcript variants. [provided by RefSeq, Jul 2014].
Disorder MIM:	615347

mRNA and Protein(s)

mRNA	Protein	Name
XM_011532932.1	XP_011531234.1	ATPase family AAA domain-containing protein 2B isoform X15
XM_011532920.2	XP_011531222.1	ATPase family AAA domain-containing protein 2B isoform X3
XM_011532931.2	XP_011531233.1	ATPase family AAA domain-containing protein 2B isoform X14
NM_001354107.2	NP_001341036.1	ATPase family AAA domain-containing protein 2B isoform 3
XM_011532919.3	XP_011531221.1	ATPase family AAA domain-containing protein 2B isoform X2
XM_011532929.3	XP_011531231.1	ATPase family AAA domain-containing protein 2B isoform X11
XM_011532925.2	XP_011531227.1	ATPase family AAA domain-containing protein 2B isoform X9
XM_011532930.2	XP_011531232.1	ATPase family AAA domain-containing protein 2B isoform X13
NM_017552.3	NP_060022.2	ATPase family AAA domain-containing protein 2B isoform 1
NM_001354107.1	NP_001341036.1	ATPase family AAA domain-containing protein 2B isoform 3
NM_017552.4	NP_060022.2	ATPase family AAA domain-containing protein 2B isoform 1
NM_001242338.3	NP_001229267.2	ATPase family AAA domain-containing protein 2B isoform 2
XM_011532924.3	XP_011531226.1	ATPase family AAA domain-containing protein 2B isoform X7
XM_006712031.4	XP_006712094.1	ATPase family AAA domain-containing protein 2B isoform X9
XM_011532930.3	XP_011531232.1	ATPase family AAA domain-containing protein 2B isoform X12
XM_011532932.2	XP_011531234.1	ATPase family AAA domain-containing protein 2B isoform X14
XM_011532928.1	XP_011531230.1	ATPase family AAA domain-containing protein 2B isoform X11
XM_011532929.2	XP_011531231.1	ATPase family AAA domain-containing protein 2B isoform X12
XM_006712030.3	XP_006712093.1	ATPase family AAA domain-containing protein 2B isoform X7
XM_011532918.2	XP_011531220.1	ATPase family AAA domain-containing protein 2B isoform X1
XM_017004375.1	XP_016859864.1	ATPase family AAA domain-containing protein 2B isoform X4
NM_001242338.2	NP_001229267.2	ATPase family AAA domain-containing protein 2B isoform 2
XM_017004375.2	XP_016859864.1	ATPase family AAA domain-containing protein 2B isoform X4
XM_005264372.4	XP_005264429.2	ATPase family AAA domain-containing protein 2B isoform X5
XM_006712030.4	XP_006712093.1	ATPase family AAA domain-containing protein 2B isoform X6
XM_011532925.3	XP_011531227.1	ATPase family AAA domain-containing protein 2B isoform X8
XM_011532928.2	XP_011531230.1	ATPase family AAA domain-containing protein 2B isoform X10
XM_011532931.3	XP_011531233.1	ATPase family AAA domain-containing protein 2B isoform X13
XM_011532921.2	XP_011531223.1	ATPase family AAA domain-containing protein 2B isoform X6
XM_011532924.2	XP_011531226.1	ATPase family AAA domain-containing protein 2B isoform X8
XM_006712031.3	XP_006712094.1	ATPase family AAA domain-containing protein 2B isoform X10
XM_011532919.2	XP_011531221.1	ATPase family AAA domain-containing protein 2B isoform X2
XM_005264372.3	XP_005264429.2	ATPase family AAA domain-containing protein 2B isoform X5
XM_011532918.3	XP_011531220.1	ATPase family AAA domain-containing protein 2B isoform X1
XM_011532920.3	XP_011531222.1	ATPase family AAA domain-containing protein 2B isoform X3

Pathways from BioSystems

Homologies

Homo sapiens (human)	ATAD2B	NP_001229267.1
Pan troglodytes (chimpanzee)	ATAD2B	XP_525707.2
Canis lupus familiaris (dog)	ATAD2B	XP_532888.2
Gallus gallus (chicken)	ATAD2B	XP_419982.4
	ATAD2B	XP_002799198.1
Mus musculus (house mouse)	Atad2b	NP_001093098.1
Xenopus tropicalis (tropical clawed frog)	atad2b	XP_002936030.2
Bos taurus (cattle)	ATAD2B	NP_001193679.1
Danio rerio (zebrafish)	atad2b	XP_002667470.2

Gene Ontology
Bibliography

Related articles in PubMed

Biological function and histone recognition of family IV bromodomain-containing proteins.
Lloyd JT, Glass KC
Journal of cellular physiology233(3)1877-1886(2018 Mar)

Nascent chromatin capture proteomics determines chromatin dynamics during DNA replication and identifies unknown fork components.
Alabert C, Bukowski-Wills JC, Lee SB, Kustatscher G, Nakamura K, de Lima Alves F, Menard P, Mejlvang J, Rappsilber J, Groth A
Nature cell biology16(3)281-93(2014 Mar)

Histone recognition and large-scale structural analysis of the human bromodomain family.
Filippakopoulos P, Picaud S, Mangos M, Keates T, Lambert JP, Barsyte-Lovejoy D, Felletar I, Volkmer R, M?ller S, Pawson T, Gingras AC, Arrowsmith CH, Knapp S
Cell149(1)214-31(2012 Mar)

Analysis of the toxicogenomic effects of exposure to persistent organic pollutants (POPs) in Slovakian girls: correlations between gene expression and disease risk.
Mitra PS, Ghosh S, Zang S, Sonneborn D, Hertz-Picciotto I, Trnovec T, Palkovicova L, Sovcikova E, Ghimbovschi S, Hoffman EP, Dutta SK
Environment international39(1)188-99(2012 Feb)

ATAD2B is a phylogenetically conserved nuclear protein expressed during neuronal differentiation and tumorigenesis.
Leachman NT, Brellier F, Ferralli J, Chiquet-Ehrismann R, Tucker RP
Development, growth & differentiation52(9)747-55(2010 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The ATAD2B may play a role in neuronal differentiation and tumor progression.
Title: ATAD2B is a phylogenetically conserved nuclear protein expressed during neuronal differentiation and tumorigenesis.

The following ATAD2B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ATAD2B cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu35442	XM_011532928.2 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68323	XM_011532929.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68324	XM_011532930.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68325	XM_011532931.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68326	XM_011532932.2 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu89591	XM_017004375.2 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu35440	XM_006712031.4 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu68319	XM_011532924.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu68320	XM_011532925.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu68316	NM_001354107.2 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu68327	NM_017552.4 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu68328	NM_001242338.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu35438	XM_005264372.4 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu35439	XM_006712030.4 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu68313	XM_011532918.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu68314	XM_011532919.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu68315	XM_011532920.3 Latest version!	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu68316	XM_011532921.2 Latest version!	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu68316	NM_001354107.1	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu68327	NM_017552.3	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu68324	XM_011532930.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68326	XM_011532932.1	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu68323	XM_011532929.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68328	NM_001242338.2	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu89591	XM_017004375.1	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu35439	XM_006712030.3	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu68320	XM_011532925.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu35442	XM_011532928.1	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68325	XM_011532931.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu68319	XM_011532924.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu35440	XM_006712031.3	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu68314	XM_011532919.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35438	XM_005264372.3	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu68313	XM_011532918.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu68315	XM_011532920.2	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
Hide Old Accession Versions >>

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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

ATAD2B ( XM_011532928.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531230.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X15, mRNA.

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CloneID	OHu35442
Clone ID Related Accession (Same CDS sequence)	XM_011532928.1 , XM_011532928.2
Accession Version	XM_011532928.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2550bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGTTTT TCTGTTTTCT ACTACACCTT 
GCACATCCAC CAATCCAAGA CACCCTATAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531230.1
CDS	345..2894
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQFFCFLLHLAHPPIQDTL

Target ORF information:

RefSeq Version	XM_011532928.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532928.1

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGTTTT TCTGTTTTCT ACTACACCTT 
GCACATCCAC CAATCCAAGA CACCCTATAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532928.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531230.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu35442
Clone ID Related Accession (Same CDS sequence)	XM_011532928.1 , XM_011532928.2
Accession Version	XM_011532928.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2550bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532928.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGTTTT TCTGTTTTCT ACTACACCTT 
GCACATCCAC CAATCCAAGA CACCCTATAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531230.1
CDS	297..2846
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQFFCFLLHLAHPPIQDTL

Target ORF information:

RefSeq Version	XM_011532928.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532928.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGTTTT TCTGTTTTCT ACTACACCTT 
GCACATCCAC CAATCCAAGA CACCCTATAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532929.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531231.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu68323
Clone ID Related Accession (Same CDS sequence)	XM_011532929.3 , XM_011532929.2
Accession Version	XM_011532929.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532929.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGCCCA AAATAAACTC TACATGGGCA 
GTGGAACTAT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531231.1
CDS	297..2828
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQPKINSTWAVEL

Target ORF information:

RefSeq Version	XM_011532929.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532929.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGCCCA AAATAAACTC TACATGGGCA 
GTGGAACTAT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532929.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531231.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu68323
Clone ID Related Accession (Same CDS sequence)	XM_011532929.3 , XM_011532929.2
Accession Version	XM_011532929.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532929.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGCCCA AAATAAACTC TACATGGGCA 
GTGGAACTAT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531231.1
CDS	345..2876
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQPKINSTWAVEL

Target ORF information:

RefSeq Version	XM_011532929.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532929.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGCCCA AAATAAACTC TACATGGGCA 
GTGGAACTAT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532930.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531232.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu68324
Clone ID Related Accession (Same CDS sequence)	XM_011532930.2 , XM_011532930.3
Accession Version	XM_011532930.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2526bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532930.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGACAA AATTACTGCA GGTTGTATGC 
AAGTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531232.1
CDS	345..2870
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQTKLLQVVCK

Target ORF information:

RefSeq Version	XM_011532930.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532930.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGACAA AATTACTGCA GGTTGTATGC 
AAGTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532930.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531232.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu68324
Clone ID Related Accession (Same CDS sequence)	XM_011532930.2 , XM_011532930.3
Accession Version	XM_011532930.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2526bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532930.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGACAA AATTACTGCA GGTTGTATGC 
AAGTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531232.1
CDS	297..2822
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQTKLLQVVCK

Target ORF information:

RefSeq Version	XM_011532930.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532930.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGACAA AATTACTGCA GGTTGTATGC 
AAGTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532931.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531233.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu68325
Clone ID Related Accession (Same CDS sequence)	XM_011532931.2 , XM_011532931.3
Accession Version	XM_011532931.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2514bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532931.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGAACT TTGGAAAAAA ATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531233.1
CDS	345..2858
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQNFGKK

Target ORF information:

RefSeq Version	XM_011532931.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532931.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGAACT TTGGAAAAAA ATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532931.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531233.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu68325
Clone ID Related Accession (Same CDS sequence)	XM_011532931.2 , XM_011532931.3
Accession Version	XM_011532931.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2514bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532931.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGAACT TTGGAAAAAA ATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531233.1
CDS	297..2810
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQNFGKK

Target ORF information:

RefSeq Version	XM_011532931.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532931.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGAACT TTGGAAAAAA ATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532932.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531234.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu68326
Clone ID Related Accession (Same CDS sequence)	XM_011532932.1 , XM_011532932.2
Accession Version	XM_011532932.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2376bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATA AAGATGATAT ACACTGTAGA AAATTCAAGT 
AATAAAGAAG AGCATAAAGA AGAAAGTAAA AATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531234.1
CDS	345..2720
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTIKMIYTVENSSNKEEHKEESKN

Target ORF information:

RefSeq Version	XM_011532932.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532932.1

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATA AAGATGATAT ACACTGTAGA AAATTCAAGT 
AATAAAGAAG AGCATAAAGA AGAAAGTAAA AATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532932.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531234.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OHu68326
Clone ID Related Accession (Same CDS sequence)	XM_011532932.1 , XM_011532932.2
Accession Version	XM_011532932.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2376bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532932.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATA AAGATGATAT ACACTGTAGA AAATTCAAGT 
AATAAAGAAG AGCATAAAGA AGAAAGTAAA AATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531234.1
CDS	297..2672
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTIKMIYTVENSSNKEEHKEESKN

Target ORF information:

RefSeq Version	XM_011532932.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532932.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATA AAGATGATAT ACACTGTAGA AAATTCAAGT 
AATAAAGAAG AGCATAAAGA AGAAAGTAAA AATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_017004375.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859864.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu89591
Clone ID Related Accession (Same CDS sequence)	XM_017004375.1 , XM_017004375.2
Accession Version	XM_017004375.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
ATGAAGCACA GCTTCAGGGA AAGAAATTCT GTGCCAGCTA GTCCTTTTCT TCTCCTCCCT 
GATGAGCTTC AAGCCATGGA AGGTAAAAGA AGGCGAGAGT GGAGGAAAAA GGTGGGTAAA 
ATGGAAAATA AAAGTTTAAT GTTTTTCTTG CATTTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859864.1
CDS	345..4823
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_017004375.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004375.1

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
ATGAAGCACA GCTTCAGGGA AAGAAATTCT GTGCCAGCTA GTCCTTTTCT TCTCCTCCCT 
GATGAGCTTC AAGCCATGGA AGGTAAAAGA AGGCGAGAGT GGAGGAAAAA GGTGGGTAAA 
ATGGAAAATA AAAGTTTAAT GTTTTTCTTG CATTTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_017004375.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016859864.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu89591
Clone ID Related Accession (Same CDS sequence)	XM_017004375.1 , XM_017004375.2
Accession Version	XM_017004375.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4479bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004375.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
ATGAAGCACA GCTTCAGGGA AAGAAATTCT GTGCCAGCTA GTCCTTTTCT TCTCCTCCCT 
GATGAGCTTC AAGCCATGGA AGGTAAAAGA AGGCGAGAGT GGAGGAAAAA GGTGGGTAAA 
ATGGAAAATA AAAGTTTAAT GTTTTTCTTG CATTTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016859864.1
CDS	297..4775
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_017004375.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017004375.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
ATGAAGCACA GCTTCAGGGA AAGAAATTCT GTGCCAGCTA GTCCTTTTCT TCTCCTCCCT 
GATGAGCTTC AAGCCATGGA AGGTAAAAGA AGGCGAGAGT GGAGGAAAAA GGTGGGTAAA 
ATGGAAAATA AAAGTTTAAT GTTTTTCTTG CATTTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_006712031.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_006712094.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X10, mRNA.

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CloneID	OHu35440
Clone ID Related Accession (Same CDS sequence)	XM_006712031.4 , XM_006712031.3
Accession Version	XM_006712031.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3204bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_006712031.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGAACAC 
TTGGCCATTT GGGGAAAAAA CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006712094.1
CDS	297..3500
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGEHLAIWGKN

Target ORF information:

RefSeq Version	XM_006712031.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006712031.4

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGAACAC 
TTGGCCATTT GGGGAAAAAA CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_006712031.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006712094.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu35440
Clone ID Related Accession (Same CDS sequence)	XM_006712031.4 , XM_006712031.3
Accession Version	XM_006712031.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3204bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006712031.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGAACAC 
TTGGCCATTT GGGGAAAAAA CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006712094.1
CDS	345..3548
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGEHLAIWGKN

Target ORF information:

RefSeq Version	XM_006712031.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006712031.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGAACAC 
TTGGCCATTT GGGGAAAAAA CTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532924.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531226.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu68319
Clone ID Related Accession (Same CDS sequence)	XM_011532924.3 , XM_011532924.2
Accession Version	XM_011532924.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3252bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532924.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATGTAAG TGGTAATATC 
TTTATTTTAT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531226.1
CDS	297..3548
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDTHLYVLSSQYFLLKTNVSGNIFIL

Target ORF information:

RefSeq Version	XM_011532924.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532924.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATGTAAG TGGTAATATC 
TTTATTTTAT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532924.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531226.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X9, mRNA.

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CloneID	OHu68319
Clone ID Related Accession (Same CDS sequence)	XM_011532924.3 , XM_011532924.2
Accession Version	XM_011532924.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3252bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532924.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATGTAAG TGGTAATATC 
TTTATTTTAT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531226.1
CDS	345..3596
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDTHLYVLSSQYFLLKTNVSGNIFIL

Target ORF information:

RefSeq Version	XM_011532924.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532924.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATGTAAG TGGTAATATC 
TTTATTTTAT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532925.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531227.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu68320
Clone ID Related Accession (Same CDS sequence)	XM_011532925.2 , XM_011532925.3
Accession Version	XM_011532925.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3240bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532925.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATTTCAG TGATAAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531227.1
CDS	345..3584
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDTHLYVLSSQYFLLKTNFSDK

Target ORF information:

RefSeq Version	XM_011532925.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532925.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATTTCAG TGATAAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532925.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531227.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu68320
Clone ID Related Accession (Same CDS sequence)	XM_011532925.2 , XM_011532925.3
Accession Version	XM_011532925.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3240bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532925.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATTTCAG TGATAAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531227.1
CDS	297..3536
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDTHLYVLSSQYFLLKTNFSDK

Target ORF information:

RefSeq Version	XM_011532925.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532925.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATACT 
CATCTATATG TCCTAAGTAG CCAGTACTTT TTGCTGAAGA CAAATTTCAG TGATAAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( NM_001354107.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001341036.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 4, mRNA.

Price & Availability↑

CloneID	OHu68316
Clone ID Related Accession (Same CDS sequence)	NM_001354107.2 , NM_001354107.1 , XM_011532921.2
Accession Version	NM_001354107.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4404bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-05-31
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC066692.3, KF456640.1, AC079924.6, AC009242.6 and BM974506.1. On Jun 1, 2019 this sequence version replaced NM_001354107.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: SRR1803615.120656.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGGAGATGGA AAGAACAGTT 
CATATGTTTG AGACATTCCT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001341036.1
CDS	354..4757
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	NM_001354107.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001354107.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGGAGATGGA AAGAACAGTT 
CATATGTTTG AGACATTCCT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( NM_001354107.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001341036.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 4, mRNA.

Price & Availability↑

CloneID	OHu68316
Clone ID Related Accession (Same CDS sequence)	NM_001354107.2 , NM_001354107.1 , XM_011532921.2
Accession Version	NM_001354107.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4404bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-02-25
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC066692.3, KF456640.1, AC079924.6, AC009242.6 and BM974506.1. On Aug 29, 2017 this sequence version replaced XM_011532921.2. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: SRR1803615.120656.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGGAGATGGA AAGAACAGTT 
CATATGTTTG AGACATTCCT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001341036.1
CDS	345..4748
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	NM_001354107.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001354107.1

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGGAGATGGA AAGAACAGTT 
CATATGTTTG AGACATTCCT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( NM_017552.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_060022.2 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant 1, mRNA.

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CloneID	OHu68327
Clone ID Related Accession (Same CDS sequence)	NM_017552.3 , NM_017552.4
Accession Version	NM_017552.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-02
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK094821.1, BC171846.1, AB033066.1, AK125718.1 and BM974506.1. This sequence is a reference standard in the RefSeqGene project. On Jul 30, 2014 this sequence version replaced NM_017552.2. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGGAGAT GGAAAGAACA GTTCATATGT TTGAGACATT CCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_060022.2
CDS	345..4721
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	NM_017552.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_017552.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGGAGAT GGAAAGAACA GTTCATATGT TTGAGACATT CCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( NM_017552.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_060022.2 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 1, mRNA.

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CloneID	OHu68327
Clone ID Related Accession (Same CDS sequence)	NM_017552.3 , NM_017552.4
Accession Version	NM_017552.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4377bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-21
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC066692.3, AK094821.1, BC171846.1, AB033066.1, AK125718.1 and BM974506.1. This sequence is a reference standard in the RefSeqGene project. On Nov 23, 2018 this sequence version replaced NM_017552.3. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000238789.10/ ENSP00000238789.5 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGGAGAT GGAAAGAACA GTTCATATGT TTGAGACATT CCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_060022.2
CDS	354..4730
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	NM_017552.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_017552.4

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGGAGAT GGAAAGAACA GTTCATATGT TTGAGACATT CCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( NM_001242338.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001229267.2 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu68328
Clone ID Related Accession (Same CDS sequence)	NM_001242338.3 , NM_001242338.2
Accession Version	NM_001242338.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-05-30
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC066692.3, AK094821.1, BC171846.1, AB033066.1 and BM974506.1. On May 31, 2019 this sequence version replaced NM_001242338.2. ##Evidence-Data-START## Transcript exon combination :: SRR1660803.166457.1, SRR1660809.63807.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
GAGATGGAAA GAACAGTTCA TATGTTTGAG ACATTCCTAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001229267.2
CDS	354..4715
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	NM_001242338.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001242338.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
GAGATGGAAA GAACAGTTCA TATGTTTGAG ACATTCCTAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( NM_001242338.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001229267.2 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu68328
Clone ID Related Accession (Same CDS sequence)	NM_001242338.3 , NM_001242338.2
Accession Version	NM_001242338.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-02-23
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK094821.1, BC171846.1, AB033066.1 and BM974506.1. On Jul 30, 2014 this sequence version replaced NM_001242338.1. ##Evidence-Data-START## Transcript exon combination :: SRR1660803.166457.1, SRR1660809.63807.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
GAGATGGAAA GAACAGTTCA TATGTTTGAG ACATTCCTAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001229267.2
CDS	345..4706
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	NM_001242338.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001242338.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT TTCAGATTAT CTTGAAGTAA TCAAGGAACC AATGGACTTA 
TCAACAGTAA TAACTAAAAT TGATAAACAT AATTACCTGA CTGCAAAGGA TTTCCTGAAA 
GATATTGACC TCATCTGTAG CAATGCTTTA GAGTATAATC CAGATAAGGA CCCAGGAGAT 
AAAATAATTA GGCACAGGGC TTGTACCCTG AAGGACACTG CACATGCTAT CATTGCAGCT 
GAATTAGATC CAGAATTTAA TAAACTTTGT GAGGAAATTA AGGAAGCAAG AATAAAAAGA 
GGCTTATCAG TAACATCAGA ACAAATAAAT CCTCATAGTA CTGGAGCTCG GAAGACAGAA 
ACTAGAGTCG AAGAGGCATT TCGGCACAAA CAAAGAAATC CAATGGATGT GTGGCACAAC 
TCTGCAAATA AATGTGCATT TCGGGTTCGG AGAAAATCAA GGCGGAGATC ACAGTGGGGT 
AAAGGAATTA TTAAGAAAAG GAAAGTTAAT AATTTAAAAA AAGATGAAGA AGACACCAAA 
TTTGCAGACT ATGAGAACCA TACGGAGGAC AGGAAATTAT TAGAGAATGG AGAGTTTGAG 
GTAAGCACTG ACTGCCATGA GGAAAATGGA GAAGAGACTG GAGACTTATC TATGACCAAT 
GATGAATCAT CCTGTGACAT CATGGACTTG GACCAGGGGC AGAGGCTTAA CAATGGAGCA 
GGCACAAAAG AGAACTTTGC ATCTACTGAG GAGGAAAGTT CAAATGAATC TCTACTGGTC 
AACAGCAGCA GTTCCTTAAA CCCGGAGCAG ACCTCCAGGA AAGAGACTTT CCTTAAAGGA 
AATTGTCTAA ATGGTGAGGC TTCCACTGAC AGTTTTGAAG GAATACCAGT TCTGGAATGT 
CAGAATGGCA AGCTTGAAGT AGTTTCTTTC TGTGATAGTG GAGATAAATG TAGTTCTGAA 
CAAAAGATTC TTCTGGAGGA CCAGTCAAAA GAAAAACCAG AAACTTCGAC TGAAAATCAT 
GGAGATGATC TTGAGAAACT AGAGGCACTG GAATGTAGCA ATAATGAGAA GTTAGAACCT 
GGCTCTGATG TGGAGGTTAA AGATGCAGAA CTGGATAAAG AAGGTGCTTC TAAAGTAAAG 
AAATACCGTA AATTAATTTT AGAGCAGGCA AAAACGACAA GCCTGGAACT GGTTCCAGAA 
GAGCCATCTG AGCCTGTGCC TCCTCTTATA GTTGATCGTG AGAGATTGAA GAAATTGCTT 
GATTTGTTGG TGGATAAAAG CAACAATCTG GCAGTTGATC AGCTTGAGAG ATTATATTCT 
CTTCTTAGTC AGTGTATCTA CCGTCATCGT AAAGATTATG ACAAATCACA ACTTGTAGAG 
GAGATGGAAA GAACAGTTCA TATGTTTGAG ACATTCCTAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_005264372.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264429.2 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X5, mRNA.

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CloneID	OHu35438
Clone ID Related Accession (Same CDS sequence)	XM_005264372.4 , XM_005264372.3
Accession Version	XM_005264372.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4419bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264372.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGAG 
ATGGAAAGAA CAGTTCATAT GTTTGAGACA TTCCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264429.2
CDS	297..4715
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	XM_005264372.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264372.4

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGAG 
ATGGAAAGAA CAGTTCATAT GTTTGAGACA TTCCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_005264372.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005264429.2 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X5, mRNA.

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CloneID	OHu35438
Clone ID Related Accession (Same CDS sequence)	XM_005264372.4 , XM_005264372.3
Accession Version	XM_005264372.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4419bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 12, 2015 this sequence version replaced XM_005264372.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGAG 
ATGGAAAGAA CAGTTCATAT GTTTGAGACA TTCCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_005264429.2
CDS	345..4763
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	XM_005264372.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_005264372.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGAG 
ATGGAAAGAA CAGTTCATAT GTTTGAGACA TTCCTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_006712030.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006712093.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu35439
Clone ID Related Accession (Same CDS sequence)	XM_006712030.3 , XM_006712030.4
Accession Version	XM_006712030.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4383bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006712030.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGCA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006712093.1
CDS	345..4727
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEA

Target ORF information:

RefSeq Version	XM_006712030.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006712030.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGCA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_006712030.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_006712093.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu35439
Clone ID Related Accession (Same CDS sequence)	XM_006712030.3 , XM_006712030.4
Accession Version	XM_006712030.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4383bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_006712030.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGCA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006712093.1
CDS	297..4679
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEA

Target ORF information:

RefSeq Version	XM_006712030.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006712030.4

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGGCA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532918.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531220.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X1, mRNA.

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CloneID	OHu68313
Clone ID Related Accession (Same CDS sequence)	XM_011532918.2 , XM_011532918.3
Accession Version	XM_011532918.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4536bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532918.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGATG 
AAGCACAGCT TCAGGGAAAG AAATTCTGTG CCAGCTAGTC CTTTTCTTCT CCTCCCTGAT 
GAGCTTCAAG CCATGGAAGG TAAAAGAAGG CGAGAGTGGA GGAAAAAGGT GGGTAAAATG 
GAAAATAAAA GTTTAATGTT TTTCTTGCAT TTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531220.1
CDS	345..4880
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_011532918.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532918.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGATG 
AAGCACAGCT TCAGGGAAAG AAATTCTGTG CCAGCTAGTC CTTTTCTTCT CCTCCCTGAT 
GAGCTTCAAG CCATGGAAGG TAAAAGAAGG CGAGAGTGGA GGAAAAAGGT GGGTAAAATG 
GAAAATAAAA GTTTAATGTT TTTCTTGCAT TTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532918.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531220.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X1, mRNA.

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CloneID	OHu68313
Clone ID Related Accession (Same CDS sequence)	XM_011532918.2 , XM_011532918.3
Accession Version	XM_011532918.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4536bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532918.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGATG 
AAGCACAGCT TCAGGGAAAG AAATTCTGTG CCAGCTAGTC CTTTTCTTCT CCTCCCTGAT 
GAGCTTCAAG CCATGGAAGG TAAAAGAAGG CGAGAGTGGA GGAAAAAGGT GGGTAAAATG 
GAAAATAAAA GTTTAATGTT TTTCTTGCAT TTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531220.1
CDS	297..4832
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_011532918.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532918.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTGGATATTG AAGAGGTTTC AGATTATCTT GAAGTAATCA AGGAACCAAT GGACTTATCA 
ACAGTAATAA CTAAAATTGA TAAACATAAT TACCTGACTG CAAAGGATTT CCTGAAAGAT 
ATTGACCTCA TCTGTAGCAA TGCTTTAGAG TATAATCCAG ATAAGGACCC AGGAGATAAA 
ATAATTAGGC ACAGGGCTTG TACCCTGAAG GACACTGCAC ATGCTATCAT TGCAGCTGAA 
TTAGATCCAG AATTTAATAA ACTTTGTGAG GAAATTAAGG AAGCAAGAAT AAAAAGAGGC 
TTATCAGTAA CATCAGAACA AATAAATCCT CATAGTACTG GAGCTCGGAA GACAGAAACT 
AGAGTCGAAG AGGCATTTCG GCACAAACAA AGAAATCCAA TGGATGTGTG GCACAACTCT 
GCAAATAAAT GTGCATTTCG GGTTCGGAGA AAATCAAGGC GGAGATCACA GTGGGGTAAA 
GGAATTATTA AGAAAAGGAA AGTTAATAAT TTAAAAAAAG ATGAAGAAGA CACCAAATTT 
GCAGACTATG AGAACCATAC GGAGGACAGG AAATTATTAG AGAATGGAGA GTTTGAGGTA 
AGCACTGACT GCCATGAGGA AAATGGAGAA GAGACTGGAG ACTTATCTAT GACCAATGAT 
GAATCATCCT GTGACATCAT GGACTTGGAC CAGGGGCAGA GGCTTAACAA TGGAGCAGGC 
ACAAAAGAGA ACTTTGCATC TACTGAGGAG GAAAGTTCAA ATGAATCTCT ACTGGTCAAC 
AGCAGCAGTT CCTTAAACCC GGAGCAGACC TCCAGGAAAG AGACTTTCCT TAAAGGAAAT 
TGTCTAAATG GTGAGGCTTC CACTGACAGT TTTGAAGGAA TACCAGTTCT GGAATGTCAG 
AATGGCAAGC TTGAAGTAGT TTCTTTCTGT GATAGTGGAG ATAAATGTAG TTCTGAACAA 
AAGATTCTTC TGGAGGACCA GTCAAAAGAA AAACCAGAAA CTTCGACTGA AAATCATGGA 
GATGATCTTG AGAAACTAGA GGCACTGGAA TGTAGCAATA ATGAGAAGTT AGAACCTGGC 
TCTGATGTGG AGGTTAAAGA TGCAGAACTG GATAAAGAAG GTGCTTCTAA AGTAAAGAAA 
TACCGTAAAT TAATTTTAGA GCAGGCAAAA ACGACAAGCC TGGAACTGGT TCCAGAAGAG 
CCATCTGAGC CTGTGCCTCC TCTTATAGTT GATCGTGAGA GATTGAAGAA ATTGCTTGAT 
TTGTTGGTGG ATAAAAGCAA CAATCTGGCA GTTGATCAGC TTGAGAGATT ATATTCTCTT 
CTTAGTCAGT GTATCTACCG TCATCGTAAA GATTATGACA AATCACAACT TGTAGAGATG 
AAGCACAGCT TCAGGGAAAG AAATTCTGTG CCAGCTAGTC CTTTTCTTCT CCTCCCTGAT 
GAGCTTCAAG CCATGGAAGG TAAAAGAAGG CGAGAGTGGA GGAAAAAGGT GGGTAAAATG 
GAAAATAAAA GTTTAATGTT TTTCTTGCAT TTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532919.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531221.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu68314
Clone ID Related Accession (Same CDS sequence)	XM_011532919.3 , XM_011532919.2
Accession Version	XM_011532919.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532919.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGATGAAGCA CAGCTTCAGG 
GAAAGAAATT CTGTGCCAGC TAGTCCTTTT CTTCTCCTCC CTGATGAGCT TCAAGCCATG 
GAAGGTAAAA GAAGGCGAGA GTGGAGGAAA AAGGTGGGTA AAATGGAAAA TAAAAGTTTA 
ATGTTTTTCT TGCATTTGTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531221.1
CDS	297..4817
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_011532919.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532919.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGATGAAGCA CAGCTTCAGG 
GAAAGAAATT CTGTGCCAGC TAGTCCTTTT CTTCTCCTCC CTGATGAGCT TCAAGCCATG 
GAAGGTAAAA GAAGGCGAGA GTGGAGGAAA AAGGTGGGTA AAATGGAAAA TAAAAGTTTA 
ATGTTTTTCT TGCATTTGTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532919.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531221.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu68314
Clone ID Related Accession (Same CDS sequence)	XM_011532919.3 , XM_011532919.2
Accession Version	XM_011532919.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532919.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGATGAAGCA CAGCTTCAGG 
GAAAGAAATT CTGTGCCAGC TAGTCCTTTT CTTCTCCTCC CTGATGAGCT TCAAGCCATG 
GAAGGTAAAA GAAGGCGAGA GTGGAGGAAA AAGGTGGGTA AAATGGAAAA TAAAAGTTTA 
ATGTTTTTCT TGCATTTGTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531221.1
CDS	345..4865
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_011532919.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532919.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGATGAAGCA CAGCTTCAGG 
GAAAGAAATT CTGTGCCAGC TAGTCCTTTT CTTCTCCTCC CTGATGAGCT TCAAGCCATG 
GAAGGTAAAA GAAGGCGAGA GTGGAGGAAA AAGGTGGGTA AAATGGAAAA TAAAAGTTTA 
ATGTTTTTCT TGCATTTGTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532920.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531222.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X3, mRNA.

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CloneID	OHu68315
Clone ID Related Accession (Same CDS sequence)	XM_011532920.2 , XM_011532920.3
Accession Version	XM_011532920.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532920.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGATGAA GCACAGCTTC AGGGAAAGAA ATTCTGTGCC AGCTAGTCCT 
TTTCTTCTCC TCCCTGATGA GCTTCAAGCC ATGGAAGGTA AAAGAAGGCG AGAGTGGAGG 
AAAAAGGTGG GTAAAATGGA AAATAAAAGT TTAATGTTTT TCTTGCATTT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531222.1
CDS	345..4838
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_011532920.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532920.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGATGAA GCACAGCTTC AGGGAAAGAA ATTCTGTGCC AGCTAGTCCT 
TTTCTTCTCC TCCCTGATGA GCTTCAAGCC ATGGAAGGTA AAAGAAGGCG AGAGTGGAGG 
AAAAAGGTGG GTAAAATGGA AAATAAAAGT TTAATGTTTT TCTTGCATTT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532920.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531222.1 Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X3, mRNA.

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CloneID	OHu68315
Clone ID Related Accession (Same CDS sequence)	XM_011532920.2 , XM_011532920.3
Accession Version	XM_011532920.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ATPase family AAA domain-containing protein 2B isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532920.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGATGAA GCACAGCTTC AGGGAAAGAA ATTCTGTGCC AGCTAGTCCT 
TTTCTTCTCC TCCCTGATGA GCTTCAAGCC ATGGAAGGTA AAAGAAGGCG AGAGTGGAGG 
AAAAAGGTGG GTAAAATGGA AAATAAAAGT TTAATGTTTT TCTTGCATTT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531222.1
CDS	297..4790
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVDIEEVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEMKHSFRERNSVPASPFLLLPDELQAMEGKRRREWRKKVGKMENKSLMFFLHL

Target ORF information:

RefSeq Version	XM_011532920.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ATPase family AAA domain containing 2B (ATAD2B), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532920.3

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGAATCTC AAGAGGAGGA TGGAGATATA GAAGTTGAAG AGGCAGAAGG AGAAGAAAAT 
GATAGACCAT ATAATTTGAG ACAGAGAAAA ACAGTGGATC GATACCAAGC ACCTCCAATA 
GTACCAGCTC ATCAAAAAAA GAGGGAAAAC ACGCTGTTTG ATATTCATAG ATCTCCAGCA 
AGAAGAAGCC ATATTAGGAG AAAGAAGCAT GCCATTCATA GTAGTGACAC AACTTCTTCT 
GATGAGGAAC GCTTTGAAAG AAGGAAATCA AAGAGCATGG CAAGAGCAAG AAATAGATGT 
TTGCCTATGA ACTTCAGAGC AGAGGACTTA GCTAGCGGTA TTCTCCGAGA ACGAGTGAAA 
GTGGGTGCAA GCTTGGCTGA TGTTGATCCA ATGAACATTG ATAAATCAGT ACGGTTTGAT 
AGCATAGGTG GATTGAGCCA TCATATTCAT GCGCTAAAGG AAATGGTAGT ATTCCCACTT 
TTATATCCAG AAATTTTTGA AAAGTTTAAA ATTCAGCCTC CAAGGGGCTG TTTGTTTTAT 
GGCCCTCCTG GCACAGGTAA AACCTTGGTT GCCAGAGCAT TAGCTAATGA ATGCAGCCAA 
GGAGACAAAA AAGTGGCTTT TTTTATGCGA AAAGGAGCAG ATTGTTTGAG CAAGTGGGTT 
GGTGAATCTG AAAGGCAACT TAGGCTTCTT TTTGATCAGG CATATTTGAT GAGACCTTCT 
ATAATATTTT TTGATGAAAT AGATGGATTA GCTCCAGTTC GCTCTAGCAG ACAAGATCAG 
ATCCACAGCT CTATAGTATC AACCCTCCTT GCTCTTATGG ATGGATTAGA TAATAGGGGT 
GAAATTGTTG TTATTGGTGC TACAAACAGA CTTGACTCTA TAGATCCTGC ACTCAGGAGA 
CCTGGTCGTT TTGACAGAGA ATTCCTCTTC AACCTGCCTG ATCAAAAGGC AAGAAAACAC 
ATCTTACAGA TCCATACCAG GGACTGGAAT CCAAAATTGT CAGATGCATT TTTAGGTGAA 
TTGGCTGAAA AATGTGTTGG CTACTGTGGA GCCGATATCA AGGCCCTGTG CACTGAAGCC 
GCCCTGATTG CACTGCGGAG GCGTTATCCC CAGATCTATG CTAGCAGTCA TAAACTGCAG 
CTGGATGTTT CCTCAATAGT GCTTAGTGCC CAAGATTTTT ACCATGCAAT GCAGAATATC 
GTGCCTGCTT CCCAACGTGC TGTGATGTCT TCAGGGCATG CACTATCCCC CATCATAAGA 
CCACTGCTGG AAAGAAGCTT CAACAACATC CTAGCAGTCT TGCAAAAAGT GTTTCCTCAT 
GCTGAAATTA GCCAGAGTGA CAAAAAAGAA GATATAGAAA CTTTAATTTT AGAGGATAGT 
GAAGATGAAA ATGCTTTATC AATTTTTGAG ACCAATTGTC ACTCAGGATC ACCAAAGAAA 
CAGTCATCAT CTGCTGCTAT ACATAAACCC TACCTTCATT TTACAATGTC ACCATATCAT 
CAGCCAACCT CTTACAGGCC ACGCTTATTG CTCTCTGGAG AACGGGGCTC AGGTCAAACT 
TCTCACCTTG CTCCAGCACT TTTGCACACT CTAGAAAGAT TCTCTGTGCA TAGACTAGAT 
CTCCCAGCAC TTTATTCAGT TAGTGCCAAA ACACCTGAGG AATCATGTGC ACAGATTTTT 
CGTGAAGCTC GAAGAACAGT ACCTAGTATT GTTTACATGC CTCACATTGG GGATTGGTGG 
GAAGCTGTCA GTGAAACTGT GAGAGCAACT TTTCTGACAT TGCTACAAGA TATACCATCA 
TTTTCACCTA TATTTTTATT GTCTACCTCT GAAACCATGT ACAGTGAACT GCCTGAAGAG 
GTTAAATGTA TCTTTAGAAT ACAGTATGAA GAGGTCTTGT ATATTCAAAG GCCTATTGAA 
GAAGACAGAA GAAAATTTTT TCAAGAATTG ATTCTCAATC AGGCATCAAT GGCTCCACCA 
CGAAGGAAAC ATGCTGCTCT TTGTGCTATG GAAGTGCTTC CTCTTGCACT ACCTTCTCCA 
CCTCGTCAAT TATCAGAATC AGAAAAAAGT CGAATGGAGG ACCAGGAGGA AAATACTTTA 
AGAGAGTTGC GGTTGTTTCT CAGGGATGTA ACCAAGAGGC TGGCCACAGA TAAACGCTTT 
AACATCTTCA GCAAACCGGT GGATATTGAA GAGGTTTCAG ATTATCTTGA AGTAATCAAG 
GAACCAATGG ACTTATCAAC AGTAATAACT AAAATTGATA AACATAATTA CCTGACTGCA 
AAGGATTTCC TGAAAGATAT TGACCTCATC TGTAGCAATG CTTTAGAGTA TAATCCAGAT 
AAGGACCCAG GAGATAAAAT AATTAGGCAC AGGGCTTGTA CCCTGAAGGA CACTGCACAT 
GCTATCATTG CAGCTGAATT AGATCCAGAA TTTAATAAAC TTTGTGAGGA AATTAAGGAA 
GCAAGAATAA AAAGAGGCTT ATCAGTAACA TCAGAACAAA TAAATCCTCA TAGTACTGGA 
GCTCGGAAGA CAGAAACTAG AGTCGAAGAG GCATTTCGGC ACAAACAAAG AAATCCAATG 
GATGTGTGGC ACAACTCTGC AAATAAATGT GCATTTCGGG TTCGGAGAAA ATCAAGGCGG 
AGATCACAGT GGGGTAAAGG AATTATTAAG AAAAGGAAAG TTAATAATTT AAAAAAAGAT 
GAAGAAGACA CCAAATTTGC AGACTATGAG AACCATACGG AGGACAGGAA ATTATTAGAG 
AATGGAGAGT TTGAGGTAAG CACTGACTGC CATGAGGAAA ATGGAGAAGA GACTGGAGAC 
TTATCTATGA CCAATGATGA ATCATCCTGT GACATCATGG ACTTGGACCA GGGGCAGAGG 
CTTAACAATG GAGCAGGCAC AAAAGAGAAC TTTGCATCTA CTGAGGAGGA AAGTTCAAAT 
GAATCTCTAC TGGTCAACAG CAGCAGTTCC TTAAACCCGG AGCAGACCTC CAGGAAAGAG 
ACTTTCCTTA AAGGAAATTG TCTAAATGGT GAGGCTTCCA CTGACAGTTT TGAAGGAATA 
CCAGTTCTGG AATGTCAGAA TGGCAAGCTT GAAGTAGTTT CTTTCTGTGA TAGTGGAGAT 
AAATGTAGTT CTGAACAAAA GATTCTTCTG GAGGACCAGT CAAAAGAAAA ACCAGAAACT 
TCGACTGAAA ATCATGGAGA TGATCTTGAG AAACTAGAGG CACTGGAATG TAGCAATAAT 
GAGAAGTTAG AACCTGGCTC TGATGTGGAG GTTAAAGATG CAGAACTGGA TAAAGAAGGT 
GCTTCTAAAG TAAAGAAATA CCGTAAATTA ATTTTAGAGC AGGCAAAAAC GACAAGCCTG 
GAACTGGTTC CAGAAGAGCC ATCTGAGCCT GTGCCTCCTC TTATAGTTGA TCGTGAGAGA 
TTGAAGAAAT TGCTTGATTT GTTGGTGGAT AAAAGCAACA ATCTGGCAGT TGATCAGCTT 
GAGAGATTAT ATTCTCTTCT TAGTCAGTGT ATCTACCGTC ATCGTAAAGA TTATGACAAA 
TCACAACTTG TAGAGATGAA GCACAGCTTC AGGGAAAGAA ATTCTGTGCC AGCTAGTCCT 
TTTCTTCTCC TCCCTGATGA GCTTCAAGCC ATGGAAGGTA AAAGAAGGCG AGAGTGGAGG 
AAAAAGGTGG GTAAAATGGA AAATAAAAGT TTAATGTTTT TCTTGCATTT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ATAD2B ( XM_011532921.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011531223.1 Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X6, mRNA.

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CloneID	OHu68316
Clone ID Related Accession (Same CDS sequence)	NM_001354107.2 , NM_001354107.1 , XM_011532921.2
Accession Version	XM_011532921.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4404bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(Human)
Product	ATPase family AAA domain-containing protein 2B isoform X6
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532921.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGGAGATGGA AAGAACAGTT 
CATATGTTTG AGACATTCCT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011531223.1
CDS	345..4748
Translation	MVNTRKSSLRLLGSKSPGPGPGPGAGAEPGATGGSSHFISSRTRSSKTRAASCPAAKAGGSGGAGVTLDEARKVEVDGSLSDSHVSPPAKRTLKQPDSVCKDKSKSRSTGQREEWNLSTGQARLTSQPGATLPNGHSGLSLRSHPLRGEKKGDGDLSCINGDMEVRKSCRSRKNRFESVNQSLLFDQLVNSTAEAVLQEMDNINIRRNRRSGEVERLRMWTDTEFENMDMYSRVKRRRKSLRRNSYGIQNHHEVSTEGEEEARTSKLLPLEKISIESQEEDGDIEVEEAEGEENDRPYNLRQRKTVDRYQAPPIVPAHQKKRENTLFDIHRSPARRSHIRRKKHAIHSSDTTSSDEERFERRKSKSMARARNRCLPMNFRAEDLASGILRERVKVGASLADVDPMNIDKSVRFDSIGGLSHHIHALKEMVVFPLLYPEIFEKFKIQPPRGCLFYGPPGTGKTLVARALANECSQGDKKVAFFMRKGADCLSKWVGESERQLRLLFDQAYLMRPSIIFFDEIDGLAPVRSSRQDQIHSSIVSTLLALMDGLDNRGEIVVIGATNRLDSIDPALRRPGRFDREFLFNLPDQKARKHILQIHTRDWNPKLSDAFLGELAEKCVGYCGADIKALCTEAALIALRRRYPQIYASSHKLQLDVSSIVLSAQDFYHAMQNIVPASQRAVMSSGHALSPIIRPLLERSFNNILAVLQKVFPHAEISQSDKKEDIETLILEDSEDENALSIFETNCHSGSPKKQSSSAAIHKPYLHFTMSPYHQPTSYRPRLLLSGERGSGQTSHLAPALLHTLERFSVHRLDLPALYSVSAKTPEESCAQIFREARRTVPSIVYMPHIGDWWEAVSETVRATFLTLLQDIPSFSPIFLLSTSETMYSELPEEVKCIFRIQYEEVLYIQRPIEEDRRKFFQELILNQASMAPPRRKHAALCAMEVLPLALPSPPRQLSESEKSRMEDQEENTLRELRLFLRDVTKRLATDKRFNIFSKPVSDYLEVIKEPMDLSTVITKIDKHNYLTAKDFLKDIDLICSNALEYNPDKDPGDKIIRHRACTLKDTAHAIIAAELDPEFNKLCEEIKEARIKRGLSVTSEQINPHSTGARKTETRVEEAFRHKQRNPMDVWHNSANKCAFRVRRKSRRRSQWGKGIIKKRKVNNLKKDEEDTKFADYENHTEDRKLLENGEFEVSTDCHEENGEETGDLSMTNDESSCDIMDLDQGQRLNNGAGTKENFASTEEESSNESLLVNSSSSLNPEQTSRKETFLKGNCLNGEASTDSFEGIPVLECQNGKLEVVSFCDSGDKCSSEQKILLEDQSKEKPETSTENHGDDLEKLEALECSNNEKLEPGSDVEVKDAELDKEGASKVKKYRKLILEQAKTTSLELVPEEPSEPVPPLIVDRERLKKLLDLLVDKSNNLAVDQLERLYSLLSQCIYRHRKDYDKSQLVEEMERTVHMFETFL

Target ORF information:

RefSeq Version	XM_011532921.2
Organism	Homo sapiens(Human)
Definition	Homo sapiens ATPase family, AAA domain containing 2B (ATAD2B), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011532921.2

ORF Insert Sequence:

ATGGTGAACA CCCGGAAGAG CTCTCTCCGC CTTCTCGGGT CCAAGTCTCC TGGTCCCGGG 
CCTGGGCCTG GGGCCGGAGC AGAGCCTGGG GCGACCGGAG GCAGCAGCCA TTTCATCTCC 
TCTCGGACCC GCTCCTCCAA GACCCGCGCC GCCAGCTGCC CCGCCGCCAA AGCCGGGGGA 
AGCGGTGGCG CCGGCGTCAC TCTGGATGAG GCCAGGAAAG TTGAAGTTGA TGGTAGTTTA 
AGTGATAGCC ACGTATCTCC TCCAGCCAAA CGCACTTTGA AACAACCTGA TTCTGTTTGC 
AAAGACAAAT CAAAATCACG AAGTACTGGT CAGCGAGAGG AATGGAACTT ATCAACTGGA 
CAGGCCAGGT TAACTTCTCA GCCTGGTGCT ACATTACCAA ATGGACATAG TGGCTTATCC 
CTTCGAAGCC ATCCCCTTCG AGGGGAAAAG AAGGGAGATG GGGACCTTTC TTGTATAAAT 
GGTGACATGG AAGTCAGAAA AAGTTGTCGT TCCAGGAAAA ACAGATTTGA AAGTGTGAAC 
CAGAGTTTGT TATTTGATCA ACTAGTAAAT AGCACTGCTG AAGCTGTACT ACAGGAAATG 
GACAACATTA ACATCCGACG GAATCGTCGA TCAGGAGAAG TAGAACGACT TCGAATGTGG 
ACAGATACAG AATTTGAAAA CATGGATATG TATTCAAGAG TGAAAAGGCG AAGAAAGTCA 
CTAAGAAGAA ATAGTTATGG GATACAAAAT CATCATGAAG TTTCTACTGA GGGTGAAGAA 
GAAGCTAGAA CCTCTAAATT GCTTCCTTTG GAGAAAATCA GTATAGAATC TCAAGAGGAG 
GATGGAGATA TAGAAGTTGA AGAGGCAGAA GGAGAAGAAA ATGATAGACC ATATAATTTG 
AGACAGAGAA AAACAGTGGA TCGATACCAA GCACCTCCAA TAGTACCAGC TCATCAAAAA 
AAGAGGGAAA ACACGCTGTT TGATATTCAT AGATCTCCAG CAAGAAGAAG CCATATTAGG 
AGAAAGAAGC ATGCCATTCA TAGTAGTGAC ACAACTTCTT CTGATGAGGA ACGCTTTGAA 
AGAAGGAAAT CAAAGAGCAT GGCAAGAGCA AGAAATAGAT GTTTGCCTAT GAACTTCAGA 
GCAGAGGACT TAGCTAGCGG TATTCTCCGA GAACGAGTGA AAGTGGGTGC AAGCTTGGCT 
GATGTTGATC CAATGAACAT TGATAAATCA GTACGGTTTG ATAGCATAGG TGGATTGAGC 
CATCATATTC ATGCGCTAAA GGAAATGGTA GTATTCCCAC TTTTATATCC AGAAATTTTT 
GAAAAGTTTA AAATTCAGCC TCCAAGGGGC TGTTTGTTTT ATGGCCCTCC TGGCACAGGT 
AAAACCTTGG TTGCCAGAGC ATTAGCTAAT GAATGCAGCC AAGGAGACAA AAAAGTGGCT 
TTTTTTATGC GAAAAGGAGC AGATTGTTTG AGCAAGTGGG TTGGTGAATC TGAAAGGCAA 
CTTAGGCTTC TTTTTGATCA GGCATATTTG ATGAGACCTT CTATAATATT TTTTGATGAA 
ATAGATGGAT TAGCTCCAGT TCGCTCTAGC AGACAAGATC AGATCCACAG CTCTATAGTA 
TCAACCCTCC TTGCTCTTAT GGATGGATTA GATAATAGGG GTGAAATTGT TGTTATTGGT 
GCTACAAACA GACTTGACTC TATAGATCCT GCACTCAGGA GACCTGGTCG TTTTGACAGA 
GAATTCCTCT TCAACCTGCC TGATCAAAAG GCAAGAAAAC ACATCTTACA GATCCATACC 
AGGGACTGGA ATCCAAAATT GTCAGATGCA TTTTTAGGTG AATTGGCTGA AAAATGTGTT 
GGCTACTGTG GAGCCGATAT CAAGGCCCTG TGCACTGAAG CCGCCCTGAT TGCACTGCGG 
AGGCGTTATC CCCAGATCTA TGCTAGCAGT CATAAACTGC AGCTGGATGT TTCCTCAATA 
GTGCTTAGTG CCCAAGATTT TTACCATGCA ATGCAGAATA TCGTGCCTGC TTCCCAACGT 
GCTGTGATGT CTTCAGGGCA TGCACTATCC CCCATCATAA GACCACTGCT GGAAAGAAGC 
TTCAACAACA TCCTAGCAGT CTTGCAAAAA GTGTTTCCTC ATGCTGAAAT TAGCCAGAGT 
GACAAAAAAG AAGATATAGA AACTTTAATT TTAGAGGATA GTGAAGATGA AAATGCTTTA 
TCAATTTTTG AGACCAATTG TCACTCAGGA TCACCAAAGA AACAGTCATC ATCTGCTGCT 
ATACATAAAC CCTACCTTCA TTTTACAATG TCACCATATC ATCAGCCAAC CTCTTACAGG 
CCACGCTTAT TGCTCTCTGG AGAACGGGGC TCAGGTCAAA CTTCTCACCT TGCTCCAGCA 
CTTTTGCACA CTCTAGAAAG ATTCTCTGTG CATAGACTAG ATCTCCCAGC ACTTTATTCA 
GTTAGTGCCA AAACACCTGA GGAATCATGT GCACAGATTT TTCGTGAAGC TCGAAGAACA 
GTACCTAGTA TTGTTTACAT GCCTCACATT GGGGATTGGT GGGAAGCTGT CAGTGAAACT 
GTGAGAGCAA CTTTTCTGAC ATTGCTACAA GATATACCAT CATTTTCACC TATATTTTTA 
TTGTCTACCT CTGAAACCAT GTACAGTGAA CTGCCTGAAG AGGTTAAATG TATCTTTAGA 
ATACAGTATG AAGAGGTCTT GTATATTCAA AGGCCTATTG AAGAAGACAG AAGAAAATTT 
TTTCAAGAAT TGATTCTCAA TCAGGCATCA ATGGCTCCAC CACGAAGGAA ACATGCTGCT 
CTTTGTGCTA TGGAAGTGCT TCCTCTTGCA CTACCTTCTC CACCTCGTCA ATTATCAGAA 
TCAGAAAAAA GTCGAATGGA GGACCAGGAG GAAAATACTT TAAGAGAGTT GCGGTTGTTT 
CTCAGGGATG TAACCAAGAG GCTGGCCACA GATAAACGCT TTAACATCTT CAGCAAACCG 
GTTTCAGATT ATCTTGAAGT AATCAAGGAA CCAATGGACT TATCAACAGT AATAACTAAA 
ATTGATAAAC ATAATTACCT GACTGCAAAG GATTTCCTGA AAGATATTGA CCTCATCTGT 
AGCAATGCTT TAGAGTATAA TCCAGATAAG GACCCAGGAG ATAAAATAAT TAGGCACAGG 
GCTTGTACCC TGAAGGACAC TGCACATGCT ATCATTGCAG CTGAATTAGA TCCAGAATTT 
AATAAACTTT GTGAGGAAAT TAAGGAAGCA AGAATAAAAA GAGGCTTATC AGTAACATCA 
GAACAAATAA ATCCTCATAG TACTGGAGCT CGGAAGACAG AAACTAGAGT CGAAGAGGCA 
TTTCGGCACA AACAAAGAAA TCCAATGGAT GTGTGGCACA ACTCTGCAAA TAAATGTGCA 
TTTCGGGTTC GGAGAAAATC AAGGCGGAGA TCACAGTGGG GTAAAGGAAT TATTAAGAAA 
AGGAAAGTTA ATAATTTAAA AAAAGATGAA GAAGACACCA AATTTGCAGA CTATGAGAAC 
CATACGGAGG ACAGGAAATT ATTAGAGAAT GGAGAGTTTG AGGTAAGCAC TGACTGCCAT 
GAGGAAAATG GAGAAGAGAC TGGAGACTTA TCTATGACCA ATGATGAATC ATCCTGTGAC 
ATCATGGACT TGGACCAGGG GCAGAGGCTT AACAATGGAG CAGGCACAAA AGAGAACTTT 
GCATCTACTG AGGAGGAAAG TTCAAATGAA TCTCTACTGG TCAACAGCAG CAGTTCCTTA 
AACCCGGAGC AGACCTCCAG GAAAGAGACT TTCCTTAAAG GAAATTGTCT AAATGGTGAG 
GCTTCCACTG ACAGTTTTGA AGGAATACCA GTTCTGGAAT GTCAGAATGG CAAGCTTGAA 
GTAGTTTCTT TCTGTGATAG TGGAGATAAA TGTAGTTCTG AACAAAAGAT TCTTCTGGAG 
GACCAGTCAA AAGAAAAACC AGAAACTTCG ACTGAAAATC ATGGAGATGA TCTTGAGAAA 
CTAGAGGCAC TGGAATGTAG CAATAATGAG AAGTTAGAAC CTGGCTCTGA TGTGGAGGTT 
AAAGATGCAG AACTGGATAA AGAAGGTGCT TCTAAAGTAA AGAAATACCG TAAATTAATT 
TTAGAGCAGG CAAAAACGAC AAGCCTGGAA CTGGTTCCAG AAGAGCCATC TGAGCCTGTG 
CCTCCTCTTA TAGTTGATCG TGAGAGATTG AAGAAATTGC TTGATTTGTT GGTGGATAAA 
AGCAACAATC TGGCAGTTGA TCAGCTTGAG AGATTATATT CTCTTCTTAG TCAGTGTATC 
TACCGTCATC GTAAAGATTA TGACAAATCA CAACTTGTAG AGGAGATGGA AAGAACAGTT 
CATATGTTTG AGACATTCCT ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

Biological function and histone recognition of family IV bromodomain-containing proteins.
Journal of cellular physiology233(3)1877-1886(2018 Mar)
Lloyd JT,Glass KC

Nascent chromatin capture proteomics determines chromatin dynamics during DNA replication and identifies unknown fork components.
Nature cell biology16(3)281-93(2014 Mar)
Alabert C,Bukowski-Wills JC,Lee SB,Kustatscher G,Nakamura K,de Lima Alves F,Menard P,Mejlvang J,Rappsilber J,Groth A

Histone recognition and large-scale structural analysis of the human bromodomain family.
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Filippakopoulos P,Picaud S,Mangos M,Keates T,Lambert JP,Barsyte-Lovejoy D,Felletar I,Volkmer R,M?ller S,Pawson T,Gingras AC,Arrowsmith CH,Knapp S

Analysis of the toxicogenomic effects of exposure to persistent organic pollutants (POPs) in Slovakian girls: correlations between gene expression and disease risk.
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ATAD2B is a phylogenetically conserved nuclear protein expressed during neuronal differentiation and tumorigenesis.
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Leachman NT,Brellier F,Ferralli J,Chiquet-Ehrismann R,Tucker RP

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ATAD2B cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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