DNMBP cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	DNMBP
Entrez Gene ID	23268
Full Name	dynamin binding protein
Synonyms	ARHGEF36,TUBA
General protein information	Preferred Names dynamin binding protein Names dynamin-binding protein scaffold protein TUBA
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 10 Map Location: 10q24.2
Summary	This gene encodes a protein belonging to the guanine nucleotide exchange factor family, and which regulates the configuration of cell junctions. It contains multiple binding sites for dynamin and thus links dynamin to actin regulatory proteins. Polymorphisms in this gene have been linked to Alzheimer's disease in some populations, though there are conflicting reports of such linkages in other populations. Alternative splicing results in multiple transcript variants. [provided by RefSeq, Dec 2015].
Disorder MIM:	611282

mRNA and Protein(s)

mRNA	Protein	Name
XM_006717735.3	XP_006717798.1	dynamin-binding protein isoform X2
NM_015221.4	NP_056036.1	dynamin-binding protein isoform a
XM_006717735.2	XP_006717798.1	dynamin-binding protein isoform X2
NM_015221.3	NP_056036.1	dynamin-binding protein isoform a
NM_001318326.1	NP_001305255.1	dynamin-binding protein isoform b
NM_001318326.2	NP_001305255.1	dynamin-binding protein isoform b
XM_011539559.2	XP_011537861.1	dynamin-binding protein isoform X1
NM_001318327.1	NP_001305256.1	dynamin-binding protein isoform c

Pathways from BioSystems

Homologies

	DNMBP	XP_002805828.1
Gallus gallus (chicken)	DNMBP	XP_421697.4
Homo sapiens (human)	DNMBP	NP_056036.1
Mus musculus (house mouse)	Dnmbp	NP_082305.1
Canis lupus familiaris (dog)	DNMBP	XP_005637666.1
Bos taurus (cattle)	DNMBP	NP_001178092.1
Rattus norvegicus (Norway rat)	Dnmbp	XP_219860.5
Danio rerio (zebrafish)	dnmbp	XP_001921555.3
Xenopus tropicalis (tropical clawed frog)	dnmbp	XP_002937226.2

Gene Ontology
Bibliography

Related articles in PubMed

The proline-rich region of glyceraldehyde-3-phosphate dehydrogenase from human sperm may bind SH3 domains, as revealed by a bioinformatic study of low-complexity protein segments.
Tatjewski M, Gruca A, Plewczynski D, Grynberg M
Molecular reproduction and development83(2)144-8(2016 Feb)

Genetic association of CUGBP2 and DNMBP with Alzheimer' s disease in the Chinese Han population.
Yang P, Xu M, Liu Z, Tao Q, Lu S, Li H, Guo Q, Sun Y, Wu Z
Current Alzheimer research12(3)228-32(2015)

Discoidin domain receptor 1 controls linear invadosome formation via a Cdc42-Tuba pathway.
Juin A, Di Martino J, Leitinger B, Henriet E, Gary AS, Paysan L, Bomo J, Baffet G, Gauthier-Rouvi?re C, Rosenbaum J, Moreau V, Saltel F
The Journal of cell biology207(4)517-33(2014 Nov)

Tricellulin regulates junctional tension of epithelial cells at tricellular contacts through Cdc42.
Oda Y, Otani T, Ikenouchi J, Furuse M
Journal of cell science127(Pt 19)4201-12(2014 Oct)

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

The rs3740058 in DNMBP was significantly differently in genotype between Alaheimer diease and control in APOE epsilon4epsilon4 subgroup, but showed no effect on Alzheimer disease risk, either did rs11190305 polymorphisms in DNMBP.
Title: Genetic association of CUGBP2 and DNMBP with Alzheimer' s disease in the Chinese Han population.

Cdc42 and its specific guanine nucleotide-exchange factor (GEF), Tuba, localize to linear invadosomes, and both are required for linear invadosome formation
Title: Discoidin domain receptor 1 controls linear invadosome formation via a Cdc42-Tuba pathway.

Polyproline region of N-WASP is required for the localization of Tuba at the pre-apical patch.
Title: Tuba and N-WASP function cooperatively to position the central lumen during epithelial cyst morphogenesis.

Observational study of gene-disease association and gene-gene interaction. (HuGE Navigator)
Title: DNMBP is genetically associated with Alzheimer dementia in the Belgian population.

Although DNMBP is an excellent candidate gene because of its role in the APP recycling pathways and being located within a chromosome 10 linkage region, we are unable to confirm that DNMBP is associated with LOAD
Title: Association analysis of dynamin-binding protein (DNMBP) on chromosome 10q with late onset Alzheimer's disease in a large caucasian UK sample.

The following DNMBP gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DNMBP 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)
OHu13320	NM_015221.4 Latest version!	Homo sapiens dynamin binding protein (DNMBP), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$579.50-$811.30 $1159.00
OHu13320	XM_011539559.2 Latest version!	Homo sapiens dynamin binding protein (DNMBP), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$579.50-$811.30 $1159.00
OHu100445	NM_001318327.1 Latest version!	Homo sapiens dynamin binding protein (DNMBP), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu65850	NM_001318326.2 Latest version!	Homo sapiens dynamin binding protein (DNMBP), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu44169	XM_006717735.3 Latest version!	Homo sapiens dynamin binding protein (DNMBP), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
View Old Accession Versions >>
OHu44169	XM_006717735.2	Homo sapiens dynamin binding protein (DNMBP), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu13320	NM_015221.3	Homo sapiens dynamin binding protein (DNMBP), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$579.50-$811.30 $1159.00
OHu65850	NM_001318326.1	Homo sapiens dynamin binding protein (DNMBP), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

DNMBP ( NM_015221.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_056036.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu13320
Clone ID Related Accession (Same CDS sequence)	NM_015221.4 , NM_015221.3 , XM_011539559.2
Accession Version	NM_015221.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) 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	2019-11-16
Organism	Homo sapiens(human)
Product	dynamin-binding protein isoform a
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB481528.1, AL833283.1, AB023227.1 and AI023943.1. On Nov 22, 2018 this sequence version replaced NM_015221.3. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (a). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1803613.29545.1, AL833283.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000324109.9/ ENSP00000315659.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGGAGT CCGCATGTGT GAAAGTGGTG 
GCTGCTGTGA GCATGTGGGA TGTGTGCATG GAGAGAGGAC ACCGGGACCT GGAGCAGTTT 
GAGAGGGTGC ATCGCTACAT CAGTGACCAG CTCTTCACAA ACTTTAAGGA GAGGACAGAG 
CGGCTTGTCA TCTCCCCCTT AAATCAGTTA CTGAGCATGT TTACAGGGCC CCATAAGCTG 
GTACAGAAAC GCTTTGACAA GCTCCTGGAC TTCTATAACT GTACAGAACG GGCAGAAAAG 
CTAAAGGACA AGAAGACCCT GGAGGAGCTG CAGTCGGCCC GGAACAACTA TGAGGCCCTG 
AATGCACAGC TGCTGGATGA GCTGCCCAAG TTCCACCAGT ACGCCCAGGG CCTCTTCACC 
AACTGTGTCC ACGGCTATGC TGAAGCCCAC TGTGACTTTG TGCACCAGGC TCTGGAGCAA 
TTAAAGCCAC TGCTTTCGTT ACTCAAAGTG GCTGGCAGAG AGGGAAACCT TATTGCCATC 
TTCCACGAAG AGCACAGCAG AGTTCTGCAG CAACTCCAGG TTTTTACCTT CTTCCCGGAG 
TCTCTTCCAG CTACCAAGAA GCCATTTGAG AGGAAAACCA TTGACCGCCA GTCTGCTCGA 
AAGCCACTCC TGGGCCTGCC AAGTTACATG CTACAGTCAG AAGAACTCCG GGCCTCCCTC 
CTGGCCAGGT ATCCCCCTGA AAAACTCTTC CAGGCAGAAC GGAACTTCAA TGCTGCTCAA 
GACTTGGATG TCTCACTTTT GGAAGGTGAC CTGGTGGGTG TGATTAAGAA AAAAGACCCC 
ATGGGCAGCC AGAACCGCTG GCTGATTGAC AATGGAGTCA CCAAAGGCTT CGTGTACAGC 
TCTTTCCTAA AGCCCTACAA TCCTCGCCGC AGCCACTCCG ATGCCTCCGT GGGTAGCCAC 
TCCTCCACAG AGTCTGAGCA CGGCAGCTCC TCCCCCAGGT TCCCACGCCA GAACAGCGGC 
AGCACCCTGA CCTTCAACCC CAGCAGCATG GCTGTATCCT TTACCTCGGG GTCTTGCCAG 
AAGCAGCCTC AAGATGCATC TCCTCCGCCA AAAGAATGTG ACCAAGGAAC TCTCAGTGCA 
TCCCTAAATC CGAGTAATTC AGAGAGTAGT CCTTCCAGAT GCCCTTCAGA CCCAGACTCC 
ACCTCCCAGC CAAGGTCAGG GGACTCTGCA GATGTAGCTA GAGATGTAAA GCAACCCACT 
GCCACGCCGA GGAGCTACCG GAACTTCAGG CATCCAGAAA TAGTTGGCTA CTCCGTACCA 
GGACGAAATG GGCAAAGTCA AGACCTCGTC AAAGGATGTG CAAGAACAGC CCAGGCTCCG 
GAAGACAGAA GTACAGAGCC AGATGGCAGT GAGGCAGAAG GCAACCAGGT CTATTTTGCT 
GTCTACACCT TCAAGGCACG AAACCCAAAT GAGCTGAGCG TGTCAGCCAA TCAGAAACTC 
AAGATCCTCG AGTTTAAAGA TGTTACAGGA AATACAGAGT GGTGGTTAGC TGAGGTTAAC 
GGGAAGAAGG GCTACGTTCC CTCCAATTAT ATCCGCAAAA CCGAGTACAC CTGA

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

RefSeq	NP_056036.1
CDS	121..4854
Translation	MEAGSVVRAIFDFCPSVSEELPLFVGDIIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVTIPSLKEGERLFVCICEFTSQELDNLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSCVRELCLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEPGWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNQDDCIVNGEVDTPVGEEEIGPDEDEEEPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLCPDTRVEETMALPQEGSLARIPETSLDCLENTLGVEEQRHETSDHEAEEPDCIISEAPTSPLGHLTSEYDTDRNSYQDEDTAGGPPRSPGVEWEMPLATDSPTSDPTEVVNGISSQPQVPFHPNLQKSQYYSTVGGSHPHSEQYPDLLPLEARTRDYASLPPKRMYSQLKTLQKPVLPLYRGSSVSASRVVKPRQSSPQLHNLASYTKKHHTSSVYSISERLEMKPGPQAQGLVMEAATHSQGDGSTDLDSKLTQQLIEFEKSLAGPGTEPDKILRHFSIMDFNSEKDIVRGSSKLITEQELPERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSAQQRTNAVSPKLLSRHRPTCETLEKEGPGHMGRSLDQTSPCPLVLVRIEEMERDLDMYSRAQEELNLMLEEKQDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	NM_015221.4
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant 1, mRNA.

Target ORF information:

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

NM_015221.4

ORF Insert Sequence:

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGGAGT CCGCATGTGT GAAAGTGGTG 
GCTGCTGTGA GCATGTGGGA TGTGTGCATG GAGAGAGGAC ACCGGGACCT GGAGCAGTTT 
GAGAGGGTGC ATCGCTACAT CAGTGACCAG CTCTTCACAA ACTTTAAGGA GAGGACAGAG 
CGGCTTGTCA TCTCCCCCTT AAATCAGTTA CTGAGCATGT TTACAGGGCC CCATAAGCTG 
GTACAGAAAC GCTTTGACAA GCTCCTGGAC TTCTATAACT GTACAGAACG GGCAGAAAAG 
CTAAAGGACA AGAAGACCCT GGAGGAGCTG CAGTCGGCCC GGAACAACTA TGAGGCCCTG 
AATGCACAGC TGCTGGATGA GCTGCCCAAG TTCCACCAGT ACGCCCAGGG CCTCTTCACC 
AACTGTGTCC ACGGCTATGC TGAAGCCCAC TGTGACTTTG TGCACCAGGC TCTGGAGCAA 
TTAAAGCCAC TGCTTTCGTT ACTCAAAGTG GCTGGCAGAG AGGGAAACCT TATTGCCATC 
TTCCACGAAG AGCACAGCAG AGTTCTGCAG CAACTCCAGG TTTTTACCTT CTTCCCGGAG 
TCTCTTCCAG CTACCAAGAA GCCATTTGAG AGGAAAACCA TTGACCGCCA GTCTGCTCGA 
AAGCCACTCC TGGGCCTGCC AAGTTACATG CTACAGTCAG AAGAACTCCG GGCCTCCCTC 
CTGGCCAGGT ATCCCCCTGA AAAACTCTTC CAGGCAGAAC GGAACTTCAA TGCTGCTCAA 
GACTTGGATG TCTCACTTTT GGAAGGTGAC CTGGTGGGTG TGATTAAGAA AAAAGACCCC 
ATGGGCAGCC AGAACCGCTG GCTGATTGAC AATGGAGTCA CCAAAGGCTT CGTGTACAGC 
TCTTTCCTAA AGCCCTACAA TCCTCGCCGC AGCCACTCCG ATGCCTCCGT GGGTAGCCAC 
TCCTCCACAG AGTCTGAGCA CGGCAGCTCC TCCCCCAGGT TCCCACGCCA GAACAGCGGC 
AGCACCCTGA CCTTCAACCC CAGCAGCATG GCTGTATCCT TTACCTCGGG GTCTTGCCAG 
AAGCAGCCTC AAGATGCATC TCCTCCGCCA AAAGAATGTG ACCAAGGAAC TCTCAGTGCA 
TCCCTAAATC CGAGTAATTC AGAGAGTAGT CCTTCCAGAT GCCCTTCAGA CCCAGACTCC 
ACCTCCCAGC CAAGGTCAGG GGACTCTGCA GATGTAGCTA GAGATGTAAA GCAACCCACT 
GCCACGCCGA GGAGCTACCG GAACTTCAGG CATCCAGAAA TAGTTGGCTA CTCCGTACCA 
GGACGAAATG GGCAAAGTCA AGACCTCGTC AAAGGATGTG CAAGAACAGC CCAGGCTCCG 
GAAGACAGAA GTACAGAGCC AGATGGCAGT GAGGCAGAAG GCAACCAGGT CTATTTTGCT 
GTCTACACCT TCAAGGCACG AAACCCAAAT GAGCTGAGCG TGTCAGCCAA TCAGAAACTC 
AAGATCCTCG AGTTTAAAGA TGTTACAGGA AATACAGAGT GGTGGTTAGC TGAGGTTAAC 
GGGAAGAAGG GCTACGTTCC CTCCAATTAT ATCCGCAAAA CCGAGTACAC CTGA

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

DNMBP ( NM_015221.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_056036.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant 1, mRNA.

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CloneID	OHu13320
Clone ID Related Accession (Same CDS sequence)	NM_015221.4 , NM_015221.3 , XM_011539559.2
Accession Version	NM_015221.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) 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	dynamin-binding protein isoform a
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB481528.1, AL833283.1, AB023227.1, AI023943.1 and AA194064.1. On Jan 1, 2016 this sequence version replaced NM_015221.2. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (a). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1803613.29545.1, AL833283.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGGAGT CCGCATGTGT GAAAGTGGTG 
GCTGCTGTGA GCATGTGGGA TGTGTGCATG GAGAGAGGAC ACCGGGACCT GGAGCAGTTT 
GAGAGGGTGC ATCGCTACAT CAGTGACCAG CTCTTCACAA ACTTTAAGGA GAGGACAGAG 
CGGCTTGTCA TCTCCCCCTT AAATCAGTTA CTGAGCATGT TTACAGGGCC CCATAAGCTG 
GTACAGAAAC GCTTTGACAA GCTCCTGGAC TTCTATAACT GTACAGAACG GGCAGAAAAG 
CTAAAGGACA AGAAGACCCT GGAGGAGCTG CAGTCGGCCC GGAACAACTA TGAGGCCCTG 
AATGCACAGC TGCTGGATGA GCTGCCCAAG TTCCACCAGT ACGCCCAGGG CCTCTTCACC 
AACTGTGTCC ACGGCTATGC TGAAGCCCAC TGTGACTTTG TGCACCAGGC TCTGGAGCAA 
TTAAAGCCAC TGCTTTCGTT ACTCAAAGTG GCTGGCAGAG AGGGAAACCT TATTGCCATC 
TTCCACGAAG AGCACAGCAG AGTTCTGCAG CAACTCCAGG TTTTTACCTT CTTCCCGGAG 
TCTCTTCCAG CTACCAAGAA GCCATTTGAG AGGAAAACCA TTGACCGCCA GTCTGCTCGA 
AAGCCACTCC TGGGCCTGCC AAGTTACATG CTACAGTCAG AAGAACTCCG GGCCTCCCTC 
CTGGCCAGGT ATCCCCCTGA AAAACTCTTC CAGGCAGAAC GGAACTTCAA TGCTGCTCAA 
GACTTGGATG TCTCACTTTT GGAAGGTGAC CTGGTGGGTG TGATTAAGAA AAAAGACCCC 
ATGGGCAGCC AGAACCGCTG GCTGATTGAC AATGGAGTCA CCAAAGGCTT CGTGTACAGC 
TCTTTCCTAA AGCCCTACAA TCCTCGCCGC AGCCACTCCG ATGCCTCCGT GGGTAGCCAC 
TCCTCCACAG AGTCTGAGCA CGGCAGCTCC TCCCCCAGGT TCCCACGCCA GAACAGCGGC 
AGCACCCTGA CCTTCAACCC CAGCAGCATG GCTGTATCCT TTACCTCGGG GTCTTGCCAG 
AAGCAGCCTC AAGATGCATC TCCTCCGCCA AAAGAATGTG ACCAAGGAAC TCTCAGTGCA 
TCCCTAAATC CGAGTAATTC AGAGAGTAGT CCTTCCAGAT GCCCTTCAGA CCCAGACTCC 
ACCTCCCAGC CAAGGTCAGG GGACTCTGCA GATGTAGCTA GAGATGTAAA GCAACCCACT 
GCCACGCCGA GGAGCTACCG GAACTTCAGG CATCCAGAAA TAGTTGGCTA CTCCGTACCA 
GGACGAAATG GGCAAAGTCA AGACCTCGTC AAAGGATGTG CAAGAACAGC CCAGGCTCCG 
GAAGACAGAA GTACAGAGCC AGATGGCAGT GAGGCAGAAG GCAACCAGGT CTATTTTGCT 
GTCTACACCT TCAAGGCACG AAACCCAAAT GAGCTGAGCG TGTCAGCCAA TCAGAAACTC 
AAGATCCTCG AGTTTAAAGA TGTTACAGGA AATACAGAGT GGTGGTTAGC TGAGGTTAAC 
GGGAAGAAGG GCTACGTTCC CTCCAATTAT ATCCGCAAAA CCGAGTACAC CTGA

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

RefSeq	NP_056036.1
CDS	127..4860
Translation	MEAGSVVRAIFDFCPSVSEELPLFVGDIIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVTIPSLKEGERLFVCICEFTSQELDNLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSCVRELCLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEPGWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNQDDCIVNGEVDTPVGEEEIGPDEDEEEPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLCPDTRVEETMALPQEGSLARIPETSLDCLENTLGVEEQRHETSDHEAEEPDCIISEAPTSPLGHLTSEYDTDRNSYQDEDTAGGPPRSPGVEWEMPLATDSPTSDPTEVVNGISSQPQVPFHPNLQKSQYYSTVGGSHPHSEQYPDLLPLEARTRDYASLPPKRMYSQLKTLQKPVLPLYRGSSVSASRVVKPRQSSPQLHNLASYTKKHHTSSVYSISERLEMKPGPQAQGLVMEAATHSQGDGSTDLDSKLTQQLIEFEKSLAGPGTEPDKILRHFSIMDFNSEKDIVRGSSKLITEQELPERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSAQQRTNAVSPKLLSRHRPTCETLEKEGPGHMGRSLDQTSPCPLVLVRIEEMERDLDMYSRAQEELNLMLEEKQDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	NM_015221.3
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant 1, mRNA.

Target ORF information:

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

NM_015221.3

ORF Insert Sequence:

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGGAGT CCGCATGTGT GAAAGTGGTG 
GCTGCTGTGA GCATGTGGGA TGTGTGCATG GAGAGAGGAC ACCGGGACCT GGAGCAGTTT 
GAGAGGGTGC ATCGCTACAT CAGTGACCAG CTCTTCACAA ACTTTAAGGA GAGGACAGAG 
CGGCTTGTCA TCTCCCCCTT AAATCAGTTA CTGAGCATGT TTACAGGGCC CCATAAGCTG 
GTACAGAAAC GCTTTGACAA GCTCCTGGAC TTCTATAACT GTACAGAACG GGCAGAAAAG 
CTAAAGGACA AGAAGACCCT GGAGGAGCTG CAGTCGGCCC GGAACAACTA TGAGGCCCTG 
AATGCACAGC TGCTGGATGA GCTGCCCAAG TTCCACCAGT ACGCCCAGGG CCTCTTCACC 
AACTGTGTCC ACGGCTATGC TGAAGCCCAC TGTGACTTTG TGCACCAGGC TCTGGAGCAA 
TTAAAGCCAC TGCTTTCGTT ACTCAAAGTG GCTGGCAGAG AGGGAAACCT TATTGCCATC 
TTCCACGAAG AGCACAGCAG AGTTCTGCAG CAACTCCAGG TTTTTACCTT CTTCCCGGAG 
TCTCTTCCAG CTACCAAGAA GCCATTTGAG AGGAAAACCA TTGACCGCCA GTCTGCTCGA 
AAGCCACTCC TGGGCCTGCC AAGTTACATG CTACAGTCAG AAGAACTCCG GGCCTCCCTC 
CTGGCCAGGT ATCCCCCTGA AAAACTCTTC CAGGCAGAAC GGAACTTCAA TGCTGCTCAA 
GACTTGGATG TCTCACTTTT GGAAGGTGAC CTGGTGGGTG TGATTAAGAA AAAAGACCCC 
ATGGGCAGCC AGAACCGCTG GCTGATTGAC AATGGAGTCA CCAAAGGCTT CGTGTACAGC 
TCTTTCCTAA AGCCCTACAA TCCTCGCCGC AGCCACTCCG ATGCCTCCGT GGGTAGCCAC 
TCCTCCACAG AGTCTGAGCA CGGCAGCTCC TCCCCCAGGT TCCCACGCCA GAACAGCGGC 
AGCACCCTGA CCTTCAACCC CAGCAGCATG GCTGTATCCT TTACCTCGGG GTCTTGCCAG 
AAGCAGCCTC AAGATGCATC TCCTCCGCCA AAAGAATGTG ACCAAGGAAC TCTCAGTGCA 
TCCCTAAATC CGAGTAATTC AGAGAGTAGT CCTTCCAGAT GCCCTTCAGA CCCAGACTCC 
ACCTCCCAGC CAAGGTCAGG GGACTCTGCA GATGTAGCTA GAGATGTAAA GCAACCCACT 
GCCACGCCGA GGAGCTACCG GAACTTCAGG CATCCAGAAA TAGTTGGCTA CTCCGTACCA 
GGACGAAATG GGCAAAGTCA AGACCTCGTC AAAGGATGTG CAAGAACAGC CCAGGCTCCG 
GAAGACAGAA GTACAGAGCC AGATGGCAGT GAGGCAGAAG GCAACCAGGT CTATTTTGCT 
GTCTACACCT TCAAGGCACG AAACCCAAAT GAGCTGAGCG TGTCAGCCAA TCAGAAACTC 
AAGATCCTCG AGTTTAAAGA TGTTACAGGA AATACAGAGT GGTGGTTAGC TGAGGTTAAC 
GGGAAGAAGG GCTACGTTCC CTCCAATTAT ATCCGCAAAA CCGAGTACAC CTGA

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

DNMBP ( XM_011539559.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537861.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu13320
Clone ID Related Accession (Same CDS sequence)	NM_015221.4 , NM_015221.3 , XM_011539559.2
Accession Version	XM_011539559.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) 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	dynamin-binding protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) 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_011539559.1. ##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##

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGGAGT CCGCATGTGT GAAAGTGGTG 
GCTGCTGTGA GCATGTGGGA TGTGTGCATG GAGAGAGGAC ACCGGGACCT GGAGCAGTTT 
GAGAGGGTGC ATCGCTACAT CAGTGACCAG CTCTTCACAA ACTTTAAGGA GAGGACAGAG 
CGGCTTGTCA TCTCCCCCTT AAATCAGTTA CTGAGCATGT TTACAGGGCC CCATAAGCTG 
GTACAGAAAC GCTTTGACAA GCTCCTGGAC TTCTATAACT GTACAGAACG GGCAGAAAAG 
CTAAAGGACA AGAAGACCCT GGAGGAGCTG CAGTCGGCCC GGAACAACTA TGAGGCCCTG 
AATGCACAGC TGCTGGATGA GCTGCCCAAG TTCCACCAGT ACGCCCAGGG CCTCTTCACC 
AACTGTGTCC ACGGCTATGC TGAAGCCCAC TGTGACTTTG TGCACCAGGC TCTGGAGCAA 
TTAAAGCCAC TGCTTTCGTT ACTCAAAGTG GCTGGCAGAG AGGGAAACCT TATTGCCATC 
TTCCACGAAG AGCACAGCAG AGTTCTGCAG CAACTCCAGG TTTTTACCTT CTTCCCGGAG 
TCTCTTCCAG CTACCAAGAA GCCATTTGAG AGGAAAACCA TTGACCGCCA GTCTGCTCGA 
AAGCCACTCC TGGGCCTGCC AAGTTACATG CTACAGTCAG AAGAACTCCG GGCCTCCCTC 
CTGGCCAGGT ATCCCCCTGA AAAACTCTTC CAGGCAGAAC GGAACTTCAA TGCTGCTCAA 
GACTTGGATG TCTCACTTTT GGAAGGTGAC CTGGTGGGTG TGATTAAGAA AAAAGACCCC 
ATGGGCAGCC AGAACCGCTG GCTGATTGAC AATGGAGTCA CCAAAGGCTT CGTGTACAGC 
TCTTTCCTAA AGCCCTACAA TCCTCGCCGC AGCCACTCCG ATGCCTCCGT GGGTAGCCAC 
TCCTCCACAG AGTCTGAGCA CGGCAGCTCC TCCCCCAGGT TCCCACGCCA GAACAGCGGC 
AGCACCCTGA CCTTCAACCC CAGCAGCATG GCTGTATCCT TTACCTCGGG GTCTTGCCAG 
AAGCAGCCTC AAGATGCATC TCCTCCGCCA AAAGAATGTG ACCAAGGAAC TCTCAGTGCA 
TCCCTAAATC CGAGTAATTC AGAGAGTAGT CCTTCCAGAT GCCCTTCAGA CCCAGACTCC 
ACCTCCCAGC CAAGGTCAGG GGACTCTGCA GATGTAGCTA GAGATGTAAA GCAACCCACT 
GCCACGCCGA GGAGCTACCG GAACTTCAGG CATCCAGAAA TAGTTGGCTA CTCCGTACCA 
GGACGAAATG GGCAAAGTCA AGACCTCGTC AAAGGATGTG CAAGAACAGC CCAGGCTCCG 
GAAGACAGAA GTACAGAGCC AGATGGCAGT GAGGCAGAAG GCAACCAGGT CTATTTTGCT 
GTCTACACCT TCAAGGCACG AAACCCAAAT GAGCTGAGCG TGTCAGCCAA TCAGAAACTC 
AAGATCCTCG AGTTTAAAGA TGTTACAGGA AATACAGAGT GGTGGTTAGC TGAGGTTAAC 
GGGAAGAAGG GCTACGTTCC CTCCAATTAT ATCCGCAAAA CCGAGTACAC CTGA

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

RefSeq	XP_011537861.1
CDS	198..4931
Translation	MEAGSVVRAIFDFCPSVSEELPLFVGDIIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVTIPSLKEGERLFVCICEFTSQELDNLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSCVRELCLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEPGWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNQDDCIVNGEVDTPVGEEEIGPDEDEEEPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLCPDTRVEETMALPQEGSLARIPETSLDCLENTLGVEEQRHETSDHEAEEPDCIISEAPTSPLGHLTSEYDTDRNSYQDEDTAGGPPRSPGVEWEMPLATDSPTSDPTEVVNGISSQPQVPFHPNLQKSQYYSTVGGSHPHSEQYPDLLPLEARTRDYASLPPKRMYSQLKTLQKPVLPLYRGSSVSASRVVKPRQSSPQLHNLASYTKKHHTSSVYSISERLEMKPGPQAQGLVMEAATHSQGDGSTDLDSKLTQQLIEFEKSLAGPGTEPDKILRHFSIMDFNSEKDIVRGSSKLITEQELPERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSAQQRTNAVSPKLLSRHRPTCETLEKEGPGHMGRSLDQTSPCPLVLVRIEEMERDLDMYSRAQEELNLMLEEKQDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	XM_011539559.2
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant X1, mRNA.

Target ORF information:

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

XM_011539559.2

ORF Insert Sequence:

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGGAGT CCGCATGTGT GAAAGTGGTG 
GCTGCTGTGA GCATGTGGGA TGTGTGCATG GAGAGAGGAC ACCGGGACCT GGAGCAGTTT 
GAGAGGGTGC ATCGCTACAT CAGTGACCAG CTCTTCACAA ACTTTAAGGA GAGGACAGAG 
CGGCTTGTCA TCTCCCCCTT AAATCAGTTA CTGAGCATGT TTACAGGGCC CCATAAGCTG 
GTACAGAAAC GCTTTGACAA GCTCCTGGAC TTCTATAACT GTACAGAACG GGCAGAAAAG 
CTAAAGGACA AGAAGACCCT GGAGGAGCTG CAGTCGGCCC GGAACAACTA TGAGGCCCTG 
AATGCACAGC TGCTGGATGA GCTGCCCAAG TTCCACCAGT ACGCCCAGGG CCTCTTCACC 
AACTGTGTCC ACGGCTATGC TGAAGCCCAC TGTGACTTTG TGCACCAGGC TCTGGAGCAA 
TTAAAGCCAC TGCTTTCGTT ACTCAAAGTG GCTGGCAGAG AGGGAAACCT TATTGCCATC 
TTCCACGAAG AGCACAGCAG AGTTCTGCAG CAACTCCAGG TTTTTACCTT CTTCCCGGAG 
TCTCTTCCAG CTACCAAGAA GCCATTTGAG AGGAAAACCA TTGACCGCCA GTCTGCTCGA 
AAGCCACTCC TGGGCCTGCC AAGTTACATG CTACAGTCAG AAGAACTCCG GGCCTCCCTC 
CTGGCCAGGT ATCCCCCTGA AAAACTCTTC CAGGCAGAAC GGAACTTCAA TGCTGCTCAA 
GACTTGGATG TCTCACTTTT GGAAGGTGAC CTGGTGGGTG TGATTAAGAA AAAAGACCCC 
ATGGGCAGCC AGAACCGCTG GCTGATTGAC AATGGAGTCA CCAAAGGCTT CGTGTACAGC 
TCTTTCCTAA AGCCCTACAA TCCTCGCCGC AGCCACTCCG ATGCCTCCGT GGGTAGCCAC 
TCCTCCACAG AGTCTGAGCA CGGCAGCTCC TCCCCCAGGT TCCCACGCCA GAACAGCGGC 
AGCACCCTGA CCTTCAACCC CAGCAGCATG GCTGTATCCT TTACCTCGGG GTCTTGCCAG 
AAGCAGCCTC AAGATGCATC TCCTCCGCCA AAAGAATGTG ACCAAGGAAC TCTCAGTGCA 
TCCCTAAATC CGAGTAATTC AGAGAGTAGT CCTTCCAGAT GCCCTTCAGA CCCAGACTCC 
ACCTCCCAGC CAAGGTCAGG GGACTCTGCA GATGTAGCTA GAGATGTAAA GCAACCCACT 
GCCACGCCGA GGAGCTACCG GAACTTCAGG CATCCAGAAA TAGTTGGCTA CTCCGTACCA 
GGACGAAATG GGCAAAGTCA AGACCTCGTC AAAGGATGTG CAAGAACAGC CCAGGCTCCG 
GAAGACAGAA GTACAGAGCC AGATGGCAGT GAGGCAGAAG GCAACCAGGT CTATTTTGCT 
GTCTACACCT TCAAGGCACG AAACCCAAAT GAGCTGAGCG TGTCAGCCAA TCAGAAACTC 
AAGATCCTCG AGTTTAAAGA TGTTACAGGA AATACAGAGT GGTGGTTAGC TGAGGTTAAC 
GGGAAGAAGG GCTACGTTCC CTCCAATTAT ATCCGCAAAA CCGAGTACAC CTGA

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

DNMBP ( NM_001318327.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001305256.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant 3, mRNA.

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CloneID	OHu100445
Clone ID Related Accession (Same CDS sequence)	NM_001318327.1
Accession Version	NM_001318327.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2598bp) 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	2019-11-16
Organism	Homo sapiens(human)
Product	dynamin-binding protein isoform c
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BX501583.1, BC041628.1, AB023227.1, AI023943.1 and AA194064.1. Transcript Variant: This variant (3) lacks four 5' exons but instead contains an alternate 5' terminal exon, and it thus differs in the 5' UTR and initiates translation from an alternate start codon, compared to variant 1. The encoded isoform (c) has a distinct N-terminus and is shorter than isoform a. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC041628.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCCGACCC TATTCAAAGG AGTTTGGGGG GTTGTGGAGC ATTCCAGAGC TCTGGGAAGA 
TTCTGTCCCG CCTGCTTACC CTCAGGCCCA CACCTCCACA CACAGCCAGC TCTGGGCACT 
GCAGAAATGA CGCTCCTCTC CTCCCAGTCT TCATCACTGG TGGCCCCTTC TGGGTCTGTG 
TCTGCCGAAA ATCCAGAGCA GAGGATGCTG GAGAAGAGAG CCAAGGTCAT AGAAGAACTT 
CTTCAGACAG AAAGAGACTA CATTCGGGAT CTGGAAATGT GTATTGAGCG GATCATGGTA 
CCCATGCAGC AGGCACAGGT ACCAAACATT GATTTTGAGG GACTTTTTGG AAATATGCAG 
ATGGTGATTA AGGTCTCGAA GCAATTATTG GCTGCTCTGG AAATCAGCGA TGCTGTAGGA 
CCTGTGTTTC TTGGTCACCG GGATGAGCTT GAGGGAACAT ACAAGATTTA CTGCCAGAAT 
CATGATGAGG CCATTGCGCT GCTTGAAATC TACGAGAAGG ATGAGAAGAT CCAGAAGCAT 
CTTCAGGACT CCTTGGCAGA TCTGAAGAGC CTATACAACG AATGGGGATG CACAAATTAT 
ATTAACCTGG GCTCCTTCCT CATCAAACCA GTACAGAGAG TAATGCGTTA CCCGCTGTTG 
CTAATGGAGT TGCTGAATTC CACCCCAGAA TCCCACCCAG ATAAAGTGCC TTTAACCAAT 
GCAGTCCTTG CGGTCAAGGA AATCAACGTT AACATTAATG AATATAAACG GCGAAAGGAC 
CTGGTCCTCA AGTACCGTAA GGGTGATGAA GATAGCCTTA TGGAGAAAAT TTCCAAACTG 
AACATCCACT CCATCATCAA GAAATCCAAC CGAGTTAGCA GTCACCTGAA GCATCTCACT 
GGCTTTGCTC CTCAGATAAA AGATGAAGTA TTTGAAGAAA CAGAAAAAAA CTTCCGAATG 
CAAGAAAGAT TGATTAAGTC TTTTATCCGA GACCTGTCTC TCTACCTCCA GCACATCCGG 
GAGTCCGCAT GTGTGAAAGT GGTGGCTGCT GTGAGCATGT GGGATGTGTG CATGGAGAGA 
GGACACCGGG ACCTGGAGCA GTTTGAGAGG GTGCATCGCT ACATCAGTGA CCAGCTCTTC 
ACAAACTTTA AGGAGAGGAC AGAGCGGCTT GTCATCTCCC CCTTAAATCA GTTACTGAGC 
ATGTTTACAG GGCCCCATAA GCTGGTACAG AAACGCTTTG ACAAGCTCCT GGACTTCTAT 
AACTGTACAG AACGGGCAGA AAAGCTAAAG GACAAGAAGA CCCTGGAGGA GCTGCAGTCG 
GCCCGGAACA ACTATGAGGC CCTGAATGCA CAGCTGCTGG ATGAGCTGCC CAAGTTCCAC 
CAGTACGCCC AGGGCCTCTT CACCAACTGT GTCCACGGCT ATGCTGAAGC CCACTGTGAC 
TTTGTGCACC AGGCTCTGGA GCAATTAAAG CCACTGCTTT CGTTACTCAA AGTGGCTGGC 
AGAGAGGGAA ACCTTATTGC CATCTTCCAC GAAGAGCACA GCAGAGTTCT GCAGCAACTC 
CAGGTTTTTA CCTTCTTCCC GGAGTCTCTT CCAGCTACCA AGAAGCCATT TGAGAGGAAA 
ACCATTGACC GCCAGTCTGC TCGAAAGCCA CTCCTGGGCC TGCCAAGTTA CATGCTACAG 
TCAGAAGAAC TCCGGGCCTC CCTCCTGGCC AGGTATCCCC CTGAAAAACT CTTCCAGGCA 
GAACGGAACT TCAATGCTGC TCAAGACTTG GATGTCTCAC TTTTGGAAGG TGACCTGGTG 
GGTGTGATTA AGAAAAAAGA CCCCATGGGC AGCCAGAACC GCTGGCTGAT TGACAATGGA 
GTCACCAAAG GCTTCGTGTA CAGCTCTTTC CTAAAGCCCT ACAATCCTCG CCGCAGCCAC 
TCCGATGCCT CCGTGGGTAG CCACTCCTCC ACAGAGTCTG AGCACGGCAG CTCCTCCCCC 
AGGTTCCCAC GCCAGAACAG CGGCAGCACC CTGACCTTCA ACCCCAGCAG CATGGCTGTA 
TCCTTTACCT CGGGGTCTTG CCAGAAGCAG CCTCAAGATG CATCTCCTCC GCCAAAAGAA 
TGTGACCAAG GAACTCTCAG TGCATCCCTA AATCCGAGTA ATTCAGAGAG TAGTCCTTCC 
AGATGCCCTT CAGACCCAGA CTCCACCTCC CAGCCAAGGT CAGGGGACTC TGCAGATGTA 
GCTAGAGATG TAAAGCAACC CACTGCCACG CCGAGGAGCT ACCGGAACTT CAGGCATCCA 
GAAATAGTTG GCTACTCCGT ACCAGGACGA AATGGGCAAA GTCAAGACCT CGTCAAAGGA 
TGTGCAAGAA CAGCCCAGGC TCCGGAAGAC AGAAGTACAG AGCCAGATGG CAGTGAGGCA 
GAAGGCAACC AGGTCTATTT TGCTGTCTAC ACCTTCAAGG CACGAAACCC AAATGAGCTG 
AGCGTGTCAG CCAATCAGAA ACTCAAGATC CTCGAGTTTA AAGATGTTAC AGGAAATACA 
GAGTGGTGGT TAGCTGAGGT TAACGGGAAG AAGGGCTACG TTCCCTCCAA TTATATCCGC 
AAAACCGAGT ACACCTGA

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

RefSeq	NP_001305256.1
CDS	17..2614
Translation	MPTLFKGVWGVVEHSRALGRFCPACLPSGPHLHTQPALGTAEMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	NM_001318327.1
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant 3, mRNA.

Target ORF information:

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

NM_001318327.1

ORF Insert Sequence:

ATGCCGACCC TATTCAAAGG AGTTTGGGGG GTTGTGGAGC ATTCCAGAGC TCTGGGAAGA 
TTCTGTCCCG CCTGCTTACC CTCAGGCCCA CACCTCCACA CACAGCCAGC TCTGGGCACT 
GCAGAAATGA CGCTCCTCTC CTCCCAGTCT TCATCACTGG TGGCCCCTTC TGGGTCTGTG 
TCTGCCGAAA ATCCAGAGCA GAGGATGCTG GAGAAGAGAG CCAAGGTCAT AGAAGAACTT 
CTTCAGACAG AAAGAGACTA CATTCGGGAT CTGGAAATGT GTATTGAGCG GATCATGGTA 
CCCATGCAGC AGGCACAGGT ACCAAACATT GATTTTGAGG GACTTTTTGG AAATATGCAG 
ATGGTGATTA AGGTCTCGAA GCAATTATTG GCTGCTCTGG AAATCAGCGA TGCTGTAGGA 
CCTGTGTTTC TTGGTCACCG GGATGAGCTT GAGGGAACAT ACAAGATTTA CTGCCAGAAT 
CATGATGAGG CCATTGCGCT GCTTGAAATC TACGAGAAGG ATGAGAAGAT CCAGAAGCAT 
CTTCAGGACT CCTTGGCAGA TCTGAAGAGC CTATACAACG AATGGGGATG CACAAATTAT 
ATTAACCTGG GCTCCTTCCT CATCAAACCA GTACAGAGAG TAATGCGTTA CCCGCTGTTG 
CTAATGGAGT TGCTGAATTC CACCCCAGAA TCCCACCCAG ATAAAGTGCC TTTAACCAAT 
GCAGTCCTTG CGGTCAAGGA AATCAACGTT AACATTAATG AATATAAACG GCGAAAGGAC 
CTGGTCCTCA AGTACCGTAA GGGTGATGAA GATAGCCTTA TGGAGAAAAT TTCCAAACTG 
AACATCCACT CCATCATCAA GAAATCCAAC CGAGTTAGCA GTCACCTGAA GCATCTCACT 
GGCTTTGCTC CTCAGATAAA AGATGAAGTA TTTGAAGAAA CAGAAAAAAA CTTCCGAATG 
CAAGAAAGAT TGATTAAGTC TTTTATCCGA GACCTGTCTC TCTACCTCCA GCACATCCGG 
GAGTCCGCAT GTGTGAAAGT GGTGGCTGCT GTGAGCATGT GGGATGTGTG CATGGAGAGA 
GGACACCGGG ACCTGGAGCA GTTTGAGAGG GTGCATCGCT ACATCAGTGA CCAGCTCTTC 
ACAAACTTTA AGGAGAGGAC AGAGCGGCTT GTCATCTCCC CCTTAAATCA GTTACTGAGC 
ATGTTTACAG GGCCCCATAA GCTGGTACAG AAACGCTTTG ACAAGCTCCT GGACTTCTAT 
AACTGTACAG AACGGGCAGA AAAGCTAAAG GACAAGAAGA CCCTGGAGGA GCTGCAGTCG 
GCCCGGAACA ACTATGAGGC CCTGAATGCA CAGCTGCTGG ATGAGCTGCC CAAGTTCCAC 
CAGTACGCCC AGGGCCTCTT CACCAACTGT GTCCACGGCT ATGCTGAAGC CCACTGTGAC 
TTTGTGCACC AGGCTCTGGA GCAATTAAAG CCACTGCTTT CGTTACTCAA AGTGGCTGGC 
AGAGAGGGAA ACCTTATTGC CATCTTCCAC GAAGAGCACA GCAGAGTTCT GCAGCAACTC 
CAGGTTTTTA CCTTCTTCCC GGAGTCTCTT CCAGCTACCA AGAAGCCATT TGAGAGGAAA 
ACCATTGACC GCCAGTCTGC TCGAAAGCCA CTCCTGGGCC TGCCAAGTTA CATGCTACAG 
TCAGAAGAAC TCCGGGCCTC CCTCCTGGCC AGGTATCCCC CTGAAAAACT CTTCCAGGCA 
GAACGGAACT TCAATGCTGC TCAAGACTTG GATGTCTCAC TTTTGGAAGG TGACCTGGTG 
GGTGTGATTA AGAAAAAAGA CCCCATGGGC AGCCAGAACC GCTGGCTGAT TGACAATGGA 
GTCACCAAAG GCTTCGTGTA CAGCTCTTTC CTAAAGCCCT ACAATCCTCG CCGCAGCCAC 
TCCGATGCCT CCGTGGGTAG CCACTCCTCC ACAGAGTCTG AGCACGGCAG CTCCTCCCCC 
AGGTTCCCAC GCCAGAACAG CGGCAGCACC CTGACCTTCA ACCCCAGCAG CATGGCTGTA 
TCCTTTACCT CGGGGTCTTG CCAGAAGCAG CCTCAAGATG CATCTCCTCC GCCAAAAGAA 
TGTGACCAAG GAACTCTCAG TGCATCCCTA AATCCGAGTA ATTCAGAGAG TAGTCCTTCC 
AGATGCCCTT CAGACCCAGA CTCCACCTCC CAGCCAAGGT CAGGGGACTC TGCAGATGTA 
GCTAGAGATG TAAAGCAACC CACTGCCACG CCGAGGAGCT ACCGGAACTT CAGGCATCCA 
GAAATAGTTG GCTACTCCGT ACCAGGACGA AATGGGCAAA GTCAAGACCT CGTCAAAGGA 
TGTGCAAGAA CAGCCCAGGC TCCGGAAGAC AGAAGTACAG AGCCAGATGG CAGTGAGGCA 
GAAGGCAACC AGGTCTATTT TGCTGTCTAC ACCTTCAAGG CACGAAACCC AAATGAGCTG 
AGCGTGTCAG CCAATCAGAA ACTCAAGATC CTCGAGTTTA AAGATGTTAC AGGAAATACA 
GAGTGGTGGT TAGCTGAGGT TAACGGGAAG AAGGGCTACG TTCCCTCCAA TTATATCCGC 
AAAACCGAGT ACACCTGA

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

DNMBP ( NM_001318326.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001305255.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu65850
Clone ID Related Accession (Same CDS sequence)	NM_001318326.1 , NM_001318326.2
Accession Version	NM_001318326.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3630bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	dynamin-binding protein isoform b
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK128576.1, AL627434.4, AB023227.1, AI023943.1 and AA194064.1. On Jan 1, 2016 this sequence version replaced XM_011539560.1. Transcript Variant: This variant (2) lacks four 5' exons but instead contains an alternate 5' terminal exon, and it thus differs in the 5' UTR and initiates translation from an alternate start codon, compared to variant 1. The encoded isoform (b) has a distinct N-terminus and is shorter than isoform a. 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AK128576.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTGTGAAA CCCAGAAGGC TAGAAAAGAA AGGGAAGTGG AGGAGAAAAG GCACTGGGAC 
TCCAGCTGGG AGTATGAAGA CTACGGGAGT GTACGGAAAA GGAACCTTAC AGTGCTGGAT 
GGACTCTACA GAGAAAATGA CTTGGATCCC AGGTACTGGG CCAAGGGACA GCATCAGCCC 
TACAGAAAAA GGGATTGTGG ATACTGGGAT TTTGAACAGA GTGAACCAAG CTATATGGAC 
TGTGGGGAAG CACATGAAAG TGGAAAGGGC TGTGTGTACC ACGGAGGTCA TGATGGTTAT 
AGGAGTCCAG AAAATGTAGA TTATGAGAGT CTCAGCCCTG GGACGAAGGA TAATTCACCT 
ACGAGAAGCC CAGATGTGAC CTCGAAAGCT GGTGGATACG GGGAGGCAAA TGGCTACTCA 
GACTGTAAGA ATCTGAATTA TAATCCTGAG GACTCTAAAA AAGCTGAACA GTTGACTGAC 
TGTAGGGGTT TGGATGATTC TTCAGCGAAT TTAGGTCAAC CTCAGTTGTG GTATATAGAC 
CATGAGAATG TTAACCATAA TCTTGAGGAT TGTTGGGCAA CTAATTTTTA TTGTAGAGAA 
CACAGCAATT TATATCATGT TCCTGGGAGT TATCCTGATG GTCAGCCTGT GAGCTTTTCA 
GATTCGAATG GTGTCAATGA AGATAAGGAA TTTATCAAAT ACCATGAAGG GGACAGGAAT 
GTTCATCAAA ATGACAACAT GTATCCCAAA GCAAAGACTC ATATTATGGA TCAGGGTGAT 
TTTGATACAG AAAATAAAGG CTATGATGCT TTATTTGCAA ACTGTGCATA TAAATCTCGT 
AATTCCAGAG GGACAGATTC TCTCCATCAA ATGGAGAATT TGGAGTATAA TGGCACTGAC 
ATACCAAGAA CAAAGGCACA TGGGGGCAGC AGGATCCTTC TGGATGGTCT GCAGACTCAG 
TGTACCAGGG GAGAACAAGG AGGACATCAT TTGGGGATTC CTCAGAGCTC GTCATTAGAG 
AAGAACATCT GGCATTTAGA GGAAGAGAAA AAATTAAATG GCCCAGAGAC TTGGAGAAGG 
AATAGTTGCC TCCGCCGCAC AGCACCCAGC ACCCTGAGGC GCTCAGAGTT CGTGCAAAAC 
AGCAAGAAAA CCCAAGAAAT GACGCTCCTC TCCTCCCAGT CTTCATCACT GGTGGCCCCT 
TCTGGGTCTG TGTCTGCCGA AAATCCAGAG CAGAGGATGC TGGAGAAGAG AGCCAAGGTC 
ATAGAAGAAC TTCTTCAGAC AGAAAGAGAC TACATTCGGG ATCTGGAAAT GTGTATTGAG 
CGGATCATGG TACCCATGCA GCAGGCACAG GTACCAAACA TTGATTTTGA GGGACTTTTT 
GGAAATATGC AGATGGTGAT TAAGGTCTCG AAGCAATTAT TGGCTGCTCT GGAAATCAGC 
GATGCTGTAG GACCTGTGTT TCTTGGTCAC CGGGATGAGC TTGAGGGAAC ATACAAGATT 
TACTGCCAGA ATCATGATGA GGCCATTGCG CTGCTTGAAA TCTACGAGAA GGATGAGAAG 
ATCCAGAAGC ATCTTCAGGA CTCCTTGGCA GATCTGAAGA GCCTATACAA CGAATGGGGA 
TGCACAAATT ATATTAACCT GGGCTCCTTC CTCATCAAAC CAGTACAGAG AGTAATGCGT 
TACCCGCTGT TGCTAATGGA GTTGCTGAAT TCCACCCCAG AATCCCACCC AGATAAAGTG 
CCTTTAACCA ATGCAGTCCT TGCGGTCAAG GAAATCAACG TTAACATTAA TGAATATAAA 
CGGCGAAAGG ACCTGGTCCT CAAGTACCGT AAGGGTGATG AAGATAGCCT TATGGAGAAA 
ATTTCCAAAC TGAACATCCA CTCCATCATC AAGAAATCCA ACCGAGTTAG CAGTCACCTG 
AAGCATCTCA CTGGCTTTGC TCCTCAGATA AAAGATGAAG TATTTGAAGA AACAGAAAAA 
AACTTCCGAA TGCAAGAAAG ATTGATTAAG TCTTTTATCC GAGACCTGTC TCTCTACCTC 
CAGCACATCC GGGAGTCCGC ATGTGTGAAA GTGGTGGCTG CTGTGAGCAT GTGGGATGTG 
TGCATGGAGA GAGGACACCG GGACCTGGAG CAGTTTGAGA GGGTGCATCG CTACATCAGT 
GACCAGCTCT TCACAAACTT TAAGGAGAGG ACAGAGCGGC TTGTCATCTC CCCCTTAAAT 
CAGTTACTGA GCATGTTTAC AGGGCCCCAT AAGCTGGTAC AGAAACGCTT TGACAAGCTC 
CTGGACTTCT ATAACTGTAC AGAACGGGCA GAAAAGCTAA AGGACAAGAA GACCCTGGAG 
GAGCTGCAGT CGGCCCGGAA CAACTATGAG GCCCTGAATG CACAGCTGCT GGATGAGCTG 
CCCAAGTTCC ACCAGTACGC CCAGGGCCTC TTCACCAACT GTGTCCACGG CTATGCTGAA 
GCCCACTGTG ACTTTGTGCA CCAGGCTCTG GAGCAATTAA AGCCACTGCT TTCGTTACTC 
AAAGTGGCTG GCAGAGAGGG AAACCTTATT GCCATCTTCC ACGAAGAGCA CAGCAGAGTT 
CTGCAGCAAC TCCAGGTTTT TACCTTCTTC CCGGAGTCTC TTCCAGCTAC CAAGAAGCCA 
TTTGAGAGGA AAACCATTGA CCGCCAGTCT GCTCGAAAGC CACTCCTGGG CCTGCCAAGT 
TACATGCTAC AGTCAGAAGA ACTCCGGGCC TCCCTCCTGG CCAGGTATCC CCCTGAAAAA 
CTCTTCCAGG CAGAACGGAA CTTCAATGCT GCTCAAGACT TGGATGTCTC ACTTTTGGAA 
GGTGACCTGG TGGGTGTGAT TAAGAAAAAA GACCCCATGG GCAGCCAGAA CCGCTGGCTG 
ATTGACAATG GAGTCACCAA AGGCTTCGTG TACAGCTCTT TCCTAAAGCC CTACAATCCT 
CGCCGCAGCC ACTCCGATGC CTCCGTGGGT AGCCACTCCT CCACAGAGTC TGAGCACGGC 
AGCTCCTCCC CCAGGTTCCC ACGCCAGAAC AGCGGCAGCA CCCTGACCTT CAACCCCAGC 
AGCATGGCTG TATCCTTTAC CTCGGGGTCT TGCCAGAAGC AGCCTCAAGA TGCATCTCCT 
CCGCCAAAAG AATGTGACCA AGGAACTCTC AGTGCATCCC TAAATCCGAG TAATTCAGAG 
AGTAGTCCTT CCAGATGCCC TTCAGACCCA GACTCCACCT CCCAGCCAAG GTCAGGGGAC 
TCTGCAGATG TAGCTAGAGA TGTAAAGCAA CCCACTGCCA CGCCGAGGAG CTACCGGAAC 
TTCAGGCATC CAGAAATAGT TGGCTACTCC GTACCAGGAC GAAATGGGCA AAGTCAAGAC 
CTCGTCAAAG GATGTGCAAG AACAGCCCAG GCTCCGGAAG ACAGAAGTAC AGAGCCAGAT 
GGCAGTGAGG CAGAAGGCAA CCAGGTCTAT TTTGCTGTCT ACACCTTCAA GGCACGAAAC 
CCAAATGAGC TGAGCGTGTC AGCCAATCAG AAACTCAAGA TCCTCGAGTT TAAAGATGTT 
ACAGGAAATA CAGAGTGGTG GTTAGCTGAG GTTAACGGGA AGAAGGGCTA CGTTCCCTCC 
AATTATATCC GCAAAACCGA GTACACCTGA

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

RefSeq	NP_001305255.1
CDS	234..3863
Translation	MCETQKARKEREVEEKRHWDSSWEYEDYGSVRKRNLTVLDGLYRENDLDPRYWAKGQHQPYRKRDCGYWDFEQSEPSYMDCGEAHESGKGCVYHGGHDGYRSPENVDYESLSPGTKDNSPTRSPDVTSKAGGYGEANGYSDCKNLNYNPEDSKKAEQLTDCRGLDDSSANLGQPQLWYIDHENVNHNLEDCWATNFYCREHSNLYHVPGSYPDGQPVSFSDSNGVNEDKEFIKYHEGDRNVHQNDNMYPKAKTHIMDQGDFDTENKGYDALFANCAYKSRNSRGTDSLHQMENLEYNGTDIPRTKAHGGSRILLDGLQTQCTRGEQGGHHLGIPQSSSLEKNIWHLEEEKKLNGPETWRRNSCLRRTAPSTLRRSEFVQNSKKTQEMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	NM_001318326.1
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant 2, mRNA.

Target ORF information:

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

NM_001318326.1

ORF Insert Sequence:

ATGTGTGAAA CCCAGAAGGC TAGAAAAGAA AGGGAAGTGG AGGAGAAAAG GCACTGGGAC 
TCCAGCTGGG AGTATGAAGA CTACGGGAGT GTACGGAAAA GGAACCTTAC AGTGCTGGAT 
GGACTCTACA GAGAAAATGA CTTGGATCCC AGGTACTGGG CCAAGGGACA GCATCAGCCC 
TACAGAAAAA GGGATTGTGG ATACTGGGAT TTTGAACAGA GTGAACCAAG CTATATGGAC 
TGTGGGGAAG CACATGAAAG TGGAAAGGGC TGTGTGTACC ACGGAGGTCA TGATGGTTAT 
AGGAGTCCAG AAAATGTAGA TTATGAGAGT CTCAGCCCTG GGACGAAGGA TAATTCACCT 
ACGAGAAGCC CAGATGTGAC CTCGAAAGCT GGTGGATACG GGGAGGCAAA TGGCTACTCA 
GACTGTAAGA ATCTGAATTA TAATCCTGAG GACTCTAAAA AAGCTGAACA GTTGACTGAC 
TGTAGGGGTT TGGATGATTC TTCAGCGAAT TTAGGTCAAC CTCAGTTGTG GTATATAGAC 
CATGAGAATG TTAACCATAA TCTTGAGGAT TGTTGGGCAA CTAATTTTTA TTGTAGAGAA 
CACAGCAATT TATATCATGT TCCTGGGAGT TATCCTGATG GTCAGCCTGT GAGCTTTTCA 
GATTCGAATG GTGTCAATGA AGATAAGGAA TTTATCAAAT ACCATGAAGG GGACAGGAAT 
GTTCATCAAA ATGACAACAT GTATCCCAAA GCAAAGACTC ATATTATGGA TCAGGGTGAT 
TTTGATACAG AAAATAAAGG CTATGATGCT TTATTTGCAA ACTGTGCATA TAAATCTCGT 
AATTCCAGAG GGACAGATTC TCTCCATCAA ATGGAGAATT TGGAGTATAA TGGCACTGAC 
ATACCAAGAA CAAAGGCACA TGGGGGCAGC AGGATCCTTC TGGATGGTCT GCAGACTCAG 
TGTACCAGGG GAGAACAAGG AGGACATCAT TTGGGGATTC CTCAGAGCTC GTCATTAGAG 
AAGAACATCT GGCATTTAGA GGAAGAGAAA AAATTAAATG GCCCAGAGAC TTGGAGAAGG 
AATAGTTGCC TCCGCCGCAC AGCACCCAGC ACCCTGAGGC GCTCAGAGTT CGTGCAAAAC 
AGCAAGAAAA CCCAAGAAAT GACGCTCCTC TCCTCCCAGT CTTCATCACT GGTGGCCCCT 
TCTGGGTCTG TGTCTGCCGA AAATCCAGAG CAGAGGATGC TGGAGAAGAG AGCCAAGGTC 
ATAGAAGAAC TTCTTCAGAC AGAAAGAGAC TACATTCGGG ATCTGGAAAT GTGTATTGAG 
CGGATCATGG TACCCATGCA GCAGGCACAG GTACCAAACA TTGATTTTGA GGGACTTTTT 
GGAAATATGC AGATGGTGAT TAAGGTCTCG AAGCAATTAT TGGCTGCTCT GGAAATCAGC 
GATGCTGTAG GACCTGTGTT TCTTGGTCAC CGGGATGAGC TTGAGGGAAC ATACAAGATT 
TACTGCCAGA ATCATGATGA GGCCATTGCG CTGCTTGAAA TCTACGAGAA GGATGAGAAG 
ATCCAGAAGC ATCTTCAGGA CTCCTTGGCA GATCTGAAGA GCCTATACAA CGAATGGGGA 
TGCACAAATT ATATTAACCT GGGCTCCTTC CTCATCAAAC CAGTACAGAG AGTAATGCGT 
TACCCGCTGT TGCTAATGGA GTTGCTGAAT TCCACCCCAG AATCCCACCC AGATAAAGTG 
CCTTTAACCA ATGCAGTCCT TGCGGTCAAG GAAATCAACG TTAACATTAA TGAATATAAA 
CGGCGAAAGG ACCTGGTCCT CAAGTACCGT AAGGGTGATG AAGATAGCCT TATGGAGAAA 
ATTTCCAAAC TGAACATCCA CTCCATCATC AAGAAATCCA ACCGAGTTAG CAGTCACCTG 
AAGCATCTCA CTGGCTTTGC TCCTCAGATA AAAGATGAAG TATTTGAAGA AACAGAAAAA 
AACTTCCGAA TGCAAGAAAG ATTGATTAAG TCTTTTATCC GAGACCTGTC TCTCTACCTC 
CAGCACATCC GGGAGTCCGC ATGTGTGAAA GTGGTGGCTG CTGTGAGCAT GTGGGATGTG 
TGCATGGAGA GAGGACACCG GGACCTGGAG CAGTTTGAGA GGGTGCATCG CTACATCAGT 
GACCAGCTCT TCACAAACTT TAAGGAGAGG ACAGAGCGGC TTGTCATCTC CCCCTTAAAT 
CAGTTACTGA GCATGTTTAC AGGGCCCCAT AAGCTGGTAC AGAAACGCTT TGACAAGCTC 
CTGGACTTCT ATAACTGTAC AGAACGGGCA GAAAAGCTAA AGGACAAGAA GACCCTGGAG 
GAGCTGCAGT CGGCCCGGAA CAACTATGAG GCCCTGAATG CACAGCTGCT GGATGAGCTG 
CCCAAGTTCC ACCAGTACGC CCAGGGCCTC TTCACCAACT GTGTCCACGG CTATGCTGAA 
GCCCACTGTG ACTTTGTGCA CCAGGCTCTG GAGCAATTAA AGCCACTGCT TTCGTTACTC 
AAAGTGGCTG GCAGAGAGGG AAACCTTATT GCCATCTTCC ACGAAGAGCA CAGCAGAGTT 
CTGCAGCAAC TCCAGGTTTT TACCTTCTTC CCGGAGTCTC TTCCAGCTAC CAAGAAGCCA 
TTTGAGAGGA AAACCATTGA CCGCCAGTCT GCTCGAAAGC CACTCCTGGG CCTGCCAAGT 
TACATGCTAC AGTCAGAAGA ACTCCGGGCC TCCCTCCTGG CCAGGTATCC CCCTGAAAAA 
CTCTTCCAGG CAGAACGGAA CTTCAATGCT GCTCAAGACT TGGATGTCTC ACTTTTGGAA 
GGTGACCTGG TGGGTGTGAT TAAGAAAAAA GACCCCATGG GCAGCCAGAA CCGCTGGCTG 
ATTGACAATG GAGTCACCAA AGGCTTCGTG TACAGCTCTT TCCTAAAGCC CTACAATCCT 
CGCCGCAGCC ACTCCGATGC CTCCGTGGGT AGCCACTCCT CCACAGAGTC TGAGCACGGC 
AGCTCCTCCC CCAGGTTCCC ACGCCAGAAC AGCGGCAGCA CCCTGACCTT CAACCCCAGC 
AGCATGGCTG TATCCTTTAC CTCGGGGTCT TGCCAGAAGC AGCCTCAAGA TGCATCTCCT 
CCGCCAAAAG AATGTGACCA AGGAACTCTC AGTGCATCCC TAAATCCGAG TAATTCAGAG 
AGTAGTCCTT CCAGATGCCC TTCAGACCCA GACTCCACCT CCCAGCCAAG GTCAGGGGAC 
TCTGCAGATG TAGCTAGAGA TGTAAAGCAA CCCACTGCCA CGCCGAGGAG CTACCGGAAC 
TTCAGGCATC CAGAAATAGT TGGCTACTCC GTACCAGGAC GAAATGGGCA AAGTCAAGAC 
CTCGTCAAAG GATGTGCAAG AACAGCCCAG GCTCCGGAAG ACAGAAGTAC AGAGCCAGAT 
GGCAGTGAGG CAGAAGGCAA CCAGGTCTAT TTTGCTGTCT ACACCTTCAA GGCACGAAAC 
CCAAATGAGC TGAGCGTGTC AGCCAATCAG AAACTCAAGA TCCTCGAGTT TAAAGATGTT 
ACAGGAAATA CAGAGTGGTG GTTAGCTGAG GTTAACGGGA AGAAGGGCTA CGTTCCCTCC 
AATTATATCC GCAAAACCGA GTACACCTGA

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

DNMBP ( NM_001318326.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001305255.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu65850
Clone ID Related Accession (Same CDS sequence)	NM_001318326.1 , NM_001318326.2
Accession Version	NM_001318326.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3630bp) 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	2019-11-18
Organism	Homo sapiens(human)
Product	dynamin-binding protein isoform b
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK128576.1, AL627434.4, AB023227.1 and AI023943.1. On May 31, 2019 this sequence version replaced NM_001318326.1. Transcript Variant: This variant (2) lacks four 5' exons but instead contains an alternate 5' terminal exon, and it thus differs in the 5' UTR and initiates translation from an alternate start codon, compared to variant 1. The encoded isoform (b) has a distinct N-terminus and is shorter than isoform a. 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. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AK128576.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTGTGAAA CCCAGAAGGC TAGAAAAGAA AGGGAAGTGG AGGAGAAAAG GCACTGGGAC 
TCCAGCTGGG AGTATGAAGA CTACGGGAGT GTACGGAAAA GGAACCTTAC AGTGCTGGAT 
GGACTCTACA GAGAAAATGA CTTGGATCCC AGGTACTGGG CCAAGGGACA GCATCAGCCC 
TACAGAAAAA GGGATTGTGG ATACTGGGAT TTTGAACAGA GTGAACCAAG CTATATGGAC 
TGTGGGGAAG CACATGAAAG TGGAAAGGGC TGTGTGTACC ACGGAGGTCA TGATGGTTAT 
AGGAGTCCAG AAAATGTAGA TTATGAGAGT CTCAGCCCTG GGACGAAGGA TAATTCACCT 
ACGAGAAGCC CAGATGTGAC CTCGAAAGCT GGTGGATACG GGGAGGCAAA TGGCTACTCA 
GACTGTAAGA ATCTGAATTA TAATCCTGAG GACTCTAAAA AAGCTGAACA GTTGACTGAC 
TGTAGGGGTT TGGATGATTC TTCAGCGAAT TTAGGTCAAC CTCAGTTGTG GTATATAGAC 
CATGAGAATG TTAACCATAA TCTTGAGGAT TGTTGGGCAA CTAATTTTTA TTGTAGAGAA 
CACAGCAATT TATATCATGT TCCTGGGAGT TATCCTGATG GTCAGCCTGT GAGCTTTTCA 
GATTCGAATG GTGTCAATGA AGATAAGGAA TTTATCAAAT ACCATGAAGG GGACAGGAAT 
GTTCATCAAA ATGACAACAT GTATCCCAAA GCAAAGACTC ATATTATGGA TCAGGGTGAT 
TTTGATACAG AAAATAAAGG CTATGATGCT TTATTTGCAA ACTGTGCATA TAAATCTCGT 
AATTCCAGAG GGACAGATTC TCTCCATCAA ATGGAGAATT TGGAGTATAA TGGCACTGAC 
ATACCAAGAA CAAAGGCACA TGGGGGCAGC AGGATCCTTC TGGATGGTCT GCAGACTCAG 
TGTACCAGGG GAGAACAAGG AGGACATCAT TTGGGGATTC CTCAGAGCTC GTCATTAGAG 
AAGAACATCT GGCATTTAGA GGAAGAGAAA AAATTAAATG GCCCAGAGAC TTGGAGAAGG 
AATAGTTGCC TCCGCCGCAC AGCACCCAGC ACCCTGAGGC GCTCAGAGTT CGTGCAAAAC 
AGCAAGAAAA CCCAAGAAAT GACGCTCCTC TCCTCCCAGT CTTCATCACT GGTGGCCCCT 
TCTGGGTCTG TGTCTGCCGA AAATCCAGAG CAGAGGATGC TGGAGAAGAG AGCCAAGGTC 
ATAGAAGAAC TTCTTCAGAC AGAAAGAGAC TACATTCGGG ATCTGGAAAT GTGTATTGAG 
CGGATCATGG TACCCATGCA GCAGGCACAG GTACCAAACA TTGATTTTGA GGGACTTTTT 
GGAAATATGC AGATGGTGAT TAAGGTCTCG AAGCAATTAT TGGCTGCTCT GGAAATCAGC 
GATGCTGTAG GACCTGTGTT TCTTGGTCAC CGGGATGAGC TTGAGGGAAC ATACAAGATT 
TACTGCCAGA ATCATGATGA GGCCATTGCG CTGCTTGAAA TCTACGAGAA GGATGAGAAG 
ATCCAGAAGC ATCTTCAGGA CTCCTTGGCA GATCTGAAGA GCCTATACAA CGAATGGGGA 
TGCACAAATT ATATTAACCT GGGCTCCTTC CTCATCAAAC CAGTACAGAG AGTAATGCGT 
TACCCGCTGT TGCTAATGGA GTTGCTGAAT TCCACCCCAG AATCCCACCC AGATAAAGTG 
CCTTTAACCA ATGCAGTCCT TGCGGTCAAG GAAATCAACG TTAACATTAA TGAATATAAA 
CGGCGAAAGG ACCTGGTCCT CAAGTACCGT AAGGGTGATG AAGATAGCCT TATGGAGAAA 
ATTTCCAAAC TGAACATCCA CTCCATCATC AAGAAATCCA ACCGAGTTAG CAGTCACCTG 
AAGCATCTCA CTGGCTTTGC TCCTCAGATA AAAGATGAAG TATTTGAAGA AACAGAAAAA 
AACTTCCGAA TGCAAGAAAG ATTGATTAAG TCTTTTATCC GAGACCTGTC TCTCTACCTC 
CAGCACATCC GGGAGTCCGC ATGTGTGAAA GTGGTGGCTG CTGTGAGCAT GTGGGATGTG 
TGCATGGAGA GAGGACACCG GGACCTGGAG CAGTTTGAGA GGGTGCATCG CTACATCAGT 
GACCAGCTCT TCACAAACTT TAAGGAGAGG ACAGAGCGGC TTGTCATCTC CCCCTTAAAT 
CAGTTACTGA GCATGTTTAC AGGGCCCCAT AAGCTGGTAC AGAAACGCTT TGACAAGCTC 
CTGGACTTCT ATAACTGTAC AGAACGGGCA GAAAAGCTAA AGGACAAGAA GACCCTGGAG 
GAGCTGCAGT CGGCCCGGAA CAACTATGAG GCCCTGAATG CACAGCTGCT GGATGAGCTG 
CCCAAGTTCC ACCAGTACGC CCAGGGCCTC TTCACCAACT GTGTCCACGG CTATGCTGAA 
GCCCACTGTG ACTTTGTGCA CCAGGCTCTG GAGCAATTAA AGCCACTGCT TTCGTTACTC 
AAAGTGGCTG GCAGAGAGGG AAACCTTATT GCCATCTTCC ACGAAGAGCA CAGCAGAGTT 
CTGCAGCAAC TCCAGGTTTT TACCTTCTTC CCGGAGTCTC TTCCAGCTAC CAAGAAGCCA 
TTTGAGAGGA AAACCATTGA CCGCCAGTCT GCTCGAAAGC CACTCCTGGG CCTGCCAAGT 
TACATGCTAC AGTCAGAAGA ACTCCGGGCC TCCCTCCTGG CCAGGTATCC CCCTGAAAAA 
CTCTTCCAGG CAGAACGGAA CTTCAATGCT GCTCAAGACT TGGATGTCTC ACTTTTGGAA 
GGTGACCTGG TGGGTGTGAT TAAGAAAAAA GACCCCATGG GCAGCCAGAA CCGCTGGCTG 
ATTGACAATG GAGTCACCAA AGGCTTCGTG TACAGCTCTT TCCTAAAGCC CTACAATCCT 
CGCCGCAGCC ACTCCGATGC CTCCGTGGGT AGCCACTCCT CCACAGAGTC TGAGCACGGC 
AGCTCCTCCC CCAGGTTCCC ACGCCAGAAC AGCGGCAGCA CCCTGACCTT CAACCCCAGC 
AGCATGGCTG TATCCTTTAC CTCGGGGTCT TGCCAGAAGC AGCCTCAAGA TGCATCTCCT 
CCGCCAAAAG AATGTGACCA AGGAACTCTC AGTGCATCCC TAAATCCGAG TAATTCAGAG 
AGTAGTCCTT CCAGATGCCC TTCAGACCCA GACTCCACCT CCCAGCCAAG GTCAGGGGAC 
TCTGCAGATG TAGCTAGAGA TGTAAAGCAA CCCACTGCCA CGCCGAGGAG CTACCGGAAC 
TTCAGGCATC CAGAAATAGT TGGCTACTCC GTACCAGGAC GAAATGGGCA AAGTCAAGAC 
CTCGTCAAAG GATGTGCAAG AACAGCCCAG GCTCCGGAAG ACAGAAGTAC AGAGCCAGAT 
GGCAGTGAGG CAGAAGGCAA CCAGGTCTAT TTTGCTGTCT ACACCTTCAA GGCACGAAAC 
CCAAATGAGC TGAGCGTGTC AGCCAATCAG AAACTCAAGA TCCTCGAGTT TAAAGATGTT 
ACAGGAAATA CAGAGTGGTG GTTAGCTGAG GTTAACGGGA AGAAGGGCTA CGTTCCCTCC 
AATTATATCC GCAAAACCGA GTACACCTGA

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

RefSeq	NP_001305255.1
CDS	145..3774
Translation	MCETQKARKEREVEEKRHWDSSWEYEDYGSVRKRNLTVLDGLYRENDLDPRYWAKGQHQPYRKRDCGYWDFEQSEPSYMDCGEAHESGKGCVYHGGHDGYRSPENVDYESLSPGTKDNSPTRSPDVTSKAGGYGEANGYSDCKNLNYNPEDSKKAEQLTDCRGLDDSSANLGQPQLWYIDHENVNHNLEDCWATNFYCREHSNLYHVPGSYPDGQPVSFSDSNGVNEDKEFIKYHEGDRNVHQNDNMYPKAKTHIMDQGDFDTENKGYDALFANCAYKSRNSRGTDSLHQMENLEYNGTDIPRTKAHGGSRILLDGLQTQCTRGEQGGHHLGIPQSSSLEKNIWHLEEEKKLNGPETWRRNSCLRRTAPSTLRRSEFVQNSKKTQEMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRESACVKVVAAVSMWDVCMERGHRDLEQFERVHRYISDQLFTNFKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	NM_001318326.2
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant 2, mRNA.

Target ORF information:

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

NM_001318326.2

ORF Insert Sequence:

ATGTGTGAAA CCCAGAAGGC TAGAAAAGAA AGGGAAGTGG AGGAGAAAAG GCACTGGGAC 
TCCAGCTGGG AGTATGAAGA CTACGGGAGT GTACGGAAAA GGAACCTTAC AGTGCTGGAT 
GGACTCTACA GAGAAAATGA CTTGGATCCC AGGTACTGGG CCAAGGGACA GCATCAGCCC 
TACAGAAAAA GGGATTGTGG ATACTGGGAT TTTGAACAGA GTGAACCAAG CTATATGGAC 
TGTGGGGAAG CACATGAAAG TGGAAAGGGC TGTGTGTACC ACGGAGGTCA TGATGGTTAT 
AGGAGTCCAG AAAATGTAGA TTATGAGAGT CTCAGCCCTG GGACGAAGGA TAATTCACCT 
ACGAGAAGCC CAGATGTGAC CTCGAAAGCT GGTGGATACG GGGAGGCAAA TGGCTACTCA 
GACTGTAAGA ATCTGAATTA TAATCCTGAG GACTCTAAAA AAGCTGAACA GTTGACTGAC 
TGTAGGGGTT TGGATGATTC TTCAGCGAAT TTAGGTCAAC CTCAGTTGTG GTATATAGAC 
CATGAGAATG TTAACCATAA TCTTGAGGAT TGTTGGGCAA CTAATTTTTA TTGTAGAGAA 
CACAGCAATT TATATCATGT TCCTGGGAGT TATCCTGATG GTCAGCCTGT GAGCTTTTCA 
GATTCGAATG GTGTCAATGA AGATAAGGAA TTTATCAAAT ACCATGAAGG GGACAGGAAT 
GTTCATCAAA ATGACAACAT GTATCCCAAA GCAAAGACTC ATATTATGGA TCAGGGTGAT 
TTTGATACAG AAAATAAAGG CTATGATGCT TTATTTGCAA ACTGTGCATA TAAATCTCGT 
AATTCCAGAG GGACAGATTC TCTCCATCAA ATGGAGAATT TGGAGTATAA TGGCACTGAC 
ATACCAAGAA CAAAGGCACA TGGGGGCAGC AGGATCCTTC TGGATGGTCT GCAGACTCAG 
TGTACCAGGG GAGAACAAGG AGGACATCAT TTGGGGATTC CTCAGAGCTC GTCATTAGAG 
AAGAACATCT GGCATTTAGA GGAAGAGAAA AAATTAAATG GCCCAGAGAC TTGGAGAAGG 
AATAGTTGCC TCCGCCGCAC AGCACCCAGC ACCCTGAGGC GCTCAGAGTT CGTGCAAAAC 
AGCAAGAAAA CCCAAGAAAT GACGCTCCTC TCCTCCCAGT CTTCATCACT GGTGGCCCCT 
TCTGGGTCTG TGTCTGCCGA AAATCCAGAG CAGAGGATGC TGGAGAAGAG AGCCAAGGTC 
ATAGAAGAAC TTCTTCAGAC AGAAAGAGAC TACATTCGGG ATCTGGAAAT GTGTATTGAG 
CGGATCATGG TACCCATGCA GCAGGCACAG GTACCAAACA TTGATTTTGA GGGACTTTTT 
GGAAATATGC AGATGGTGAT TAAGGTCTCG AAGCAATTAT TGGCTGCTCT GGAAATCAGC 
GATGCTGTAG GACCTGTGTT TCTTGGTCAC CGGGATGAGC TTGAGGGAAC ATACAAGATT 
TACTGCCAGA ATCATGATGA GGCCATTGCG CTGCTTGAAA TCTACGAGAA GGATGAGAAG 
ATCCAGAAGC ATCTTCAGGA CTCCTTGGCA GATCTGAAGA GCCTATACAA CGAATGGGGA 
TGCACAAATT ATATTAACCT GGGCTCCTTC CTCATCAAAC CAGTACAGAG AGTAATGCGT 
TACCCGCTGT TGCTAATGGA GTTGCTGAAT TCCACCCCAG AATCCCACCC AGATAAAGTG 
CCTTTAACCA ATGCAGTCCT TGCGGTCAAG GAAATCAACG TTAACATTAA TGAATATAAA 
CGGCGAAAGG ACCTGGTCCT CAAGTACCGT AAGGGTGATG AAGATAGCCT TATGGAGAAA 
ATTTCCAAAC TGAACATCCA CTCCATCATC AAGAAATCCA ACCGAGTTAG CAGTCACCTG 
AAGCATCTCA CTGGCTTTGC TCCTCAGATA AAAGATGAAG TATTTGAAGA AACAGAAAAA 
AACTTCCGAA TGCAAGAAAG ATTGATTAAG TCTTTTATCC GAGACCTGTC TCTCTACCTC 
CAGCACATCC GGGAGTCCGC ATGTGTGAAA GTGGTGGCTG CTGTGAGCAT GTGGGATGTG 
TGCATGGAGA GAGGACACCG GGACCTGGAG CAGTTTGAGA GGGTGCATCG CTACATCAGT 
GACCAGCTCT TCACAAACTT TAAGGAGAGG ACAGAGCGGC TTGTCATCTC CCCCTTAAAT 
CAGTTACTGA GCATGTTTAC AGGGCCCCAT AAGCTGGTAC AGAAACGCTT TGACAAGCTC 
CTGGACTTCT ATAACTGTAC AGAACGGGCA GAAAAGCTAA AGGACAAGAA GACCCTGGAG 
GAGCTGCAGT CGGCCCGGAA CAACTATGAG GCCCTGAATG CACAGCTGCT GGATGAGCTG 
CCCAAGTTCC ACCAGTACGC CCAGGGCCTC TTCACCAACT GTGTCCACGG CTATGCTGAA 
GCCCACTGTG ACTTTGTGCA CCAGGCTCTG GAGCAATTAA AGCCACTGCT TTCGTTACTC 
AAAGTGGCTG GCAGAGAGGG AAACCTTATT GCCATCTTCC ACGAAGAGCA CAGCAGAGTT 
CTGCAGCAAC TCCAGGTTTT TACCTTCTTC CCGGAGTCTC TTCCAGCTAC CAAGAAGCCA 
TTTGAGAGGA AAACCATTGA CCGCCAGTCT GCTCGAAAGC CACTCCTGGG CCTGCCAAGT 
TACATGCTAC AGTCAGAAGA ACTCCGGGCC TCCCTCCTGG CCAGGTATCC CCCTGAAAAA 
CTCTTCCAGG CAGAACGGAA CTTCAATGCT GCTCAAGACT TGGATGTCTC ACTTTTGGAA 
GGTGACCTGG TGGGTGTGAT TAAGAAAAAA GACCCCATGG GCAGCCAGAA CCGCTGGCTG 
ATTGACAATG GAGTCACCAA AGGCTTCGTG TACAGCTCTT TCCTAAAGCC CTACAATCCT 
CGCCGCAGCC ACTCCGATGC CTCCGTGGGT AGCCACTCCT CCACAGAGTC TGAGCACGGC 
AGCTCCTCCC CCAGGTTCCC ACGCCAGAAC AGCGGCAGCA CCCTGACCTT CAACCCCAGC 
AGCATGGCTG TATCCTTTAC CTCGGGGTCT TGCCAGAAGC AGCCTCAAGA TGCATCTCCT 
CCGCCAAAAG AATGTGACCA AGGAACTCTC AGTGCATCCC TAAATCCGAG TAATTCAGAG 
AGTAGTCCTT CCAGATGCCC TTCAGACCCA GACTCCACCT CCCAGCCAAG GTCAGGGGAC 
TCTGCAGATG TAGCTAGAGA TGTAAAGCAA CCCACTGCCA CGCCGAGGAG CTACCGGAAC 
TTCAGGCATC CAGAAATAGT TGGCTACTCC GTACCAGGAC GAAATGGGCA AAGTCAAGAC 
CTCGTCAAAG GATGTGCAAG AACAGCCCAG GCTCCGGAAG ACAGAAGTAC AGAGCCAGAT 
GGCAGTGAGG CAGAAGGCAA CCAGGTCTAT TTTGCTGTCT ACACCTTCAA GGCACGAAAC 
CCAAATGAGC TGAGCGTGTC AGCCAATCAG AAACTCAAGA TCCTCGAGTT TAAAGATGTT 
ACAGGAAATA CAGAGTGGTG GTTAGCTGAG GTTAACGGGA AGAAGGGCTA CGTTCCCTCC 
AATTATATCC GCAAAACCGA GTACACCTGA

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

DNMBP ( XM_006717735.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006717798.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant X2, mRNA.

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CloneID	OHu44169
Clone ID Related Accession (Same CDS sequence)	XM_006717735.3 , XM_006717735.2
Accession Version	XM_006717735.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4605bp) 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	dynamin-binding protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_006717735.2. ##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##

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGAAGG AGAGGACAGA GCGGCTTGTC 
ATCTCCCCCT TAAATCAGTT ACTGAGCATG TTTACAGGGC CCCATAAGCT GGTACAGAAA 
CGCTTTGACA AGCTCCTGGA CTTCTATAAC TGTACAGAAC GGGCAGAAAA GCTAAAGGAC 
AAGAAGACCC TGGAGGAGCT GCAGTCGGCC CGGAACAACT ATGAGGCCCT GAATGCACAG 
CTGCTGGATG AGCTGCCCAA GTTCCACCAG TACGCCCAGG GCCTCTTCAC CAACTGTGTC 
CACGGCTATG CTGAAGCCCA CTGTGACTTT GTGCACCAGG CTCTGGAGCA ATTAAAGCCA 
CTGCTTTCGT TACTCAAAGT GGCTGGCAGA GAGGGAAACC TTATTGCCAT CTTCCACGAA 
GAGCACAGCA GAGTTCTGCA GCAACTCCAG GTTTTTACCT TCTTCCCGGA GTCTCTTCCA 
GCTACCAAGA AGCCATTTGA GAGGAAAACC ATTGACCGCC AGTCTGCTCG AAAGCCACTC 
CTGGGCCTGC CAAGTTACAT GCTACAGTCA GAAGAACTCC GGGCCTCCCT CCTGGCCAGG 
TATCCCCCTG AAAAACTCTT CCAGGCAGAA CGGAACTTCA ATGCTGCTCA AGACTTGGAT 
GTCTCACTTT TGGAAGGTGA CCTGGTGGGT GTGATTAAGA AAAAAGACCC CATGGGCAGC 
CAGAACCGCT GGCTGATTGA CAATGGAGTC ACCAAAGGCT TCGTGTACAG CTCTTTCCTA 
AAGCCCTACA ATCCTCGCCG CAGCCACTCC GATGCCTCCG TGGGTAGCCA CTCCTCCACA 
GAGTCTGAGC ACGGCAGCTC CTCCCCCAGG TTCCCACGCC AGAACAGCGG CAGCACCCTG 
ACCTTCAACC CCAGCAGCAT GGCTGTATCC TTTACCTCGG GGTCTTGCCA GAAGCAGCCT 
CAAGATGCAT CTCCTCCGCC AAAAGAATGT GACCAAGGAA CTCTCAGTGC ATCCCTAAAT 
CCGAGTAATT CAGAGAGTAG TCCTTCCAGA TGCCCTTCAG ACCCAGACTC CACCTCCCAG 
CCAAGGTCAG GGGACTCTGC AGATGTAGCT AGAGATGTAA AGCAACCCAC TGCCACGCCG 
AGGAGCTACC GGAACTTCAG GCATCCAGAA ATAGTTGGCT ACTCCGTACC AGGACGAAAT 
GGGCAAAGTC AAGACCTCGT CAAAGGATGT GCAAGAACAG CCCAGGCTCC GGAAGACAGA 
AGTACAGAGC CAGATGGCAG TGAGGCAGAA GGCAACCAGG TCTATTTTGC TGTCTACACC 
TTCAAGGCAC GAAACCCAAA TGAGCTGAGC GTGTCAGCCA ATCAGAAACT CAAGATCCTC 
GAGTTTAAAG ATGTTACAGG AAATACAGAG TGGTGGTTAG CTGAGGTTAA CGGGAAGAAG 
GGCTACGTTC CCTCCAATTA TATCCGCAAA ACCGAGTACA CCTGA

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

RefSeq	XP_006717798.1
CDS	122..4726
Translation	MEAGSVVRAIFDFCPSVSEELPLFVGDIIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVTIPSLKEGERLFVCICEFTSQELDNLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSCVRELCLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEPGWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNQDDCIVNGEVDTPVGEEEIGPDEDEEEPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLCPDTRVEETMALPQEGSLARIPETSLDCLENTLGVEEQRHETSDHEAEEPDCIISEAPTSPLGHLTSEYDTDRNSYQDEDTAGGPPRSPGVEWEMPLATDSPTSDPTEVVNGISSQPQVPFHPNLQKSQYYSTVGGSHPHSEQYPDLLPLEARTRDYASLPPKRMYSQLKTLQKPVLPLYRGSSVSASRVVKPRQSSPQLHNLASYTKKHHTSSVYSISERLEMKPGPQAQGLVMEAATHSQGDGSTDLDSKLTQQLIEFEKSLAGPGTEPDKILRHFSIMDFNSEKDIVRGSSKLITEQELPERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSAQQRTNAVSPKLLSRHRPTCETLEKEGPGHMGRSLDQTSPCPLVLVRIEEMERDLDMYSRAQEELNLMLEEKQDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	XM_006717735.3
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant X2, mRNA.

Target ORF information:

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

XM_006717735.3

ORF Insert Sequence:

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGAAGG AGAGGACAGA GCGGCTTGTC 
ATCTCCCCCT TAAATCAGTT ACTGAGCATG TTTACAGGGC CCCATAAGCT GGTACAGAAA 
CGCTTTGACA AGCTCCTGGA CTTCTATAAC TGTACAGAAC GGGCAGAAAA GCTAAAGGAC 
AAGAAGACCC TGGAGGAGCT GCAGTCGGCC CGGAACAACT ATGAGGCCCT GAATGCACAG 
CTGCTGGATG AGCTGCCCAA GTTCCACCAG TACGCCCAGG GCCTCTTCAC CAACTGTGTC 
CACGGCTATG CTGAAGCCCA CTGTGACTTT GTGCACCAGG CTCTGGAGCA ATTAAAGCCA 
CTGCTTTCGT TACTCAAAGT GGCTGGCAGA GAGGGAAACC TTATTGCCAT CTTCCACGAA 
GAGCACAGCA GAGTTCTGCA GCAACTCCAG GTTTTTACCT TCTTCCCGGA GTCTCTTCCA 
GCTACCAAGA AGCCATTTGA GAGGAAAACC ATTGACCGCC AGTCTGCTCG AAAGCCACTC 
CTGGGCCTGC CAAGTTACAT GCTACAGTCA GAAGAACTCC GGGCCTCCCT CCTGGCCAGG 
TATCCCCCTG AAAAACTCTT CCAGGCAGAA CGGAACTTCA ATGCTGCTCA AGACTTGGAT 
GTCTCACTTT TGGAAGGTGA CCTGGTGGGT GTGATTAAGA AAAAAGACCC CATGGGCAGC 
CAGAACCGCT GGCTGATTGA CAATGGAGTC ACCAAAGGCT TCGTGTACAG CTCTTTCCTA 
AAGCCCTACA ATCCTCGCCG CAGCCACTCC GATGCCTCCG TGGGTAGCCA CTCCTCCACA 
GAGTCTGAGC ACGGCAGCTC CTCCCCCAGG TTCCCACGCC AGAACAGCGG CAGCACCCTG 
ACCTTCAACC CCAGCAGCAT GGCTGTATCC TTTACCTCGG GGTCTTGCCA GAAGCAGCCT 
CAAGATGCAT CTCCTCCGCC AAAAGAATGT GACCAAGGAA CTCTCAGTGC ATCCCTAAAT 
CCGAGTAATT CAGAGAGTAG TCCTTCCAGA TGCCCTTCAG ACCCAGACTC CACCTCCCAG 
CCAAGGTCAG GGGACTCTGC AGATGTAGCT AGAGATGTAA AGCAACCCAC TGCCACGCCG 
AGGAGCTACC GGAACTTCAG GCATCCAGAA ATAGTTGGCT ACTCCGTACC AGGACGAAAT 
GGGCAAAGTC AAGACCTCGT CAAAGGATGT GCAAGAACAG CCCAGGCTCC GGAAGACAGA 
AGTACAGAGC CAGATGGCAG TGAGGCAGAA GGCAACCAGG TCTATTTTGC TGTCTACACC 
TTCAAGGCAC GAAACCCAAA TGAGCTGAGC GTGTCAGCCA ATCAGAAACT CAAGATCCTC 
GAGTTTAAAG ATGTTACAGG AAATACAGAG TGGTGGTTAG CTGAGGTTAA CGGGAAGAAG 
GGCTACGTTC CCTCCAATTA TATCCGCAAA ACCGAGTACA CCTGA

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

DNMBP ( XM_006717735.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_006717798.1 Homo sapiens dynamin binding protein (DNMBP), transcript variant X2, mRNA.

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CloneID	OHu44169
Clone ID Related Accession (Same CDS sequence)	XM_006717735.3 , XM_006717735.2
Accession Version	XM_006717735.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4605bp) 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	dynamin-binding protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 12, 2015 this sequence version replaced XM_006717735.1. ##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##

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGAAGG AGAGGACAGA GCGGCTTGTC 
ATCTCCCCCT TAAATCAGTT ACTGAGCATG TTTACAGGGC CCCATAAGCT GGTACAGAAA 
CGCTTTGACA AGCTCCTGGA CTTCTATAAC TGTACAGAAC GGGCAGAAAA GCTAAAGGAC 
AAGAAGACCC TGGAGGAGCT GCAGTCGGCC CGGAACAACT ATGAGGCCCT GAATGCACAG 
CTGCTGGATG AGCTGCCCAA GTTCCACCAG TACGCCCAGG GCCTCTTCAC CAACTGTGTC 
CACGGCTATG CTGAAGCCCA CTGTGACTTT GTGCACCAGG CTCTGGAGCA ATTAAAGCCA 
CTGCTTTCGT TACTCAAAGT GGCTGGCAGA GAGGGAAACC TTATTGCCAT CTTCCACGAA 
GAGCACAGCA GAGTTCTGCA GCAACTCCAG GTTTTTACCT TCTTCCCGGA GTCTCTTCCA 
GCTACCAAGA AGCCATTTGA GAGGAAAACC ATTGACCGCC AGTCTGCTCG AAAGCCACTC 
CTGGGCCTGC CAAGTTACAT GCTACAGTCA GAAGAACTCC GGGCCTCCCT CCTGGCCAGG 
TATCCCCCTG AAAAACTCTT CCAGGCAGAA CGGAACTTCA ATGCTGCTCA AGACTTGGAT 
GTCTCACTTT TGGAAGGTGA CCTGGTGGGT GTGATTAAGA AAAAAGACCC CATGGGCAGC 
CAGAACCGCT GGCTGATTGA CAATGGAGTC ACCAAAGGCT TCGTGTACAG CTCTTTCCTA 
AAGCCCTACA ATCCTCGCCG CAGCCACTCC GATGCCTCCG TGGGTAGCCA CTCCTCCACA 
GAGTCTGAGC ACGGCAGCTC CTCCCCCAGG TTCCCACGCC AGAACAGCGG CAGCACCCTG 
ACCTTCAACC CCAGCAGCAT GGCTGTATCC TTTACCTCGG GGTCTTGCCA GAAGCAGCCT 
CAAGATGCAT CTCCTCCGCC AAAAGAATGT GACCAAGGAA CTCTCAGTGC ATCCCTAAAT 
CCGAGTAATT CAGAGAGTAG TCCTTCCAGA TGCCCTTCAG ACCCAGACTC CACCTCCCAG 
CCAAGGTCAG GGGACTCTGC AGATGTAGCT AGAGATGTAA AGCAACCCAC TGCCACGCCG 
AGGAGCTACC GGAACTTCAG GCATCCAGAA ATAGTTGGCT ACTCCGTACC AGGACGAAAT 
GGGCAAAGTC AAGACCTCGT CAAAGGATGT GCAAGAACAG CCCAGGCTCC GGAAGACAGA 
AGTACAGAGC CAGATGGCAG TGAGGCAGAA GGCAACCAGG TCTATTTTGC TGTCTACACC 
TTCAAGGCAC GAAACCCAAA TGAGCTGAGC GTGTCAGCCA ATCAGAAACT CAAGATCCTC 
GAGTTTAAAG ATGTTACAGG AAATACAGAG TGGTGGTTAG CTGAGGTTAA CGGGAAGAAG 
GGCTACGTTC CCTCCAATTA TATCCGCAAA ACCGAGTACA CCTGA

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

RefSeq	XP_006717798.1
CDS	122..4726
Translation	MEAGSVVRAIFDFCPSVSEELPLFVGDIIEVLAVVDEFWLLGKKEDVTGQFPSSFVEIVTIPSLKEGERLFVCICEFTSQELDNLPLHRGDLVILDGIPTAGWLQGRSCWGARGFFPSSCVRELCLSSQSRQWHSQSALFQIPEYSMGQARALMGLSAQLDEELDFREGDVITIIGVPEPGWFEGELEGRRGIFPEGFVELLGPLRTVDESVSSGNQDDCIVNGEVDTPVGEEEIGPDEDEEEPGTYGVALYRFQALEPNELDFEVGDKIRILATLEDGWLEGSLKGRTGIFPYRFVKLCPDTRVEETMALPQEGSLARIPETSLDCLENTLGVEEQRHETSDHEAEEPDCIISEAPTSPLGHLTSEYDTDRNSYQDEDTAGGPPRSPGVEWEMPLATDSPTSDPTEVVNGISSQPQVPFHPNLQKSQYYSTVGGSHPHSEQYPDLLPLEARTRDYASLPPKRMYSQLKTLQKPVLPLYRGSSVSASRVVKPRQSSPQLHNLASYTKKHHTSSVYSISERLEMKPGPQAQGLVMEAATHSQGDGSTDLDSKLTQQLIEFEKSLAGPGTEPDKILRHFSIMDFNSEKDIVRGSSKLITEQELPERRKALRPPPPRPCTPVSTSPHLLVDQNLKPAPPLVVRPSRPAPLPPSAQQRTNAVSPKLLSRHRPTCETLEKEGPGHMGRSLDQTSPCPLVLVRIEEMERDLDMYSRAQEELNLMLEEKQDESSRAETLEDLKFCESNIESLNMELQQLREMTLLSSQSSSLVAPSGSVSAENPEQRMLEKRAKVIEELLQTERDYIRDLEMCIERIMVPMQQAQVPNIDFEGLFGNMQMVIKVSKQLLAALEISDAVGPVFLGHRDELEGTYKIYCQNHDEAIALLEIYEKDEKIQKHLQDSLADLKSLYNEWGCTNYINLGSFLIKPVQRVMRYPLLLMELLNSTPESHPDKVPLTNAVLAVKEINVNINEYKRRKDLVLKYRKGDEDSLMEKISKLNIHSIIKKSNRVSSHLKHLTGFAPQIKDEVFEETEKNFRMQERLIKSFIRDLSLYLQHIRKERTERLVISPLNQLLSMFTGPHKLVQKRFDKLLDFYNCTERAEKLKDKKTLEELQSARNNYEALNAQLLDELPKFHQYAQGLFTNCVHGYAEAHCDFVHQALEQLKPLLSLLKVAGREGNLIAIFHEEHSRVLQQLQVFTFFPESLPATKKPFERKTIDRQSARKPLLGLPSYMLQSEELRASLLARYPPEKLFQAERNFNAAQDLDVSLLEGDLVGVIKKKDPMGSQNRWLIDNGVTKGFVYSSFLKPYNPRRSHSDASVGSHSSTESEHGSSSPRFPRQNSGSTLTFNPSSMAVSFTSGSCQKQPQDASPPPKECDQGTLSASLNPSNSESSPSRCPSDPDSTSQPRSGDSADVARDVKQPTATPRSYRNFRHPEIVGYSVPGRNGQSQDLVKGCARTAQAPEDRSTEPDGSEAEGNQVYFAVYTFKARNPNELSVSANQKLKILEFKDVTGNTEWWLAEVNGKKGYVPSNYIRKTEYT

Target ORF information:

RefSeq Version	XM_006717735.2
Organism	Homo sapiens(human)
Definition	Homo sapiens dynamin binding protein (DNMBP), transcript variant X2, mRNA.

Target ORF information:

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

XM_006717735.2

ORF Insert Sequence:

ATGGAGGCTG GCTCAGTGGT TCGAGCCATT TTTGACTTCT GCCCTAGCGT ATCAGAAGAA 
CTGCCGCTCT TTGTGGGAGA TATTATTGAG GTGCTGGCAG TGGTGGATGA ATTTTGGCTT 
CTAGGAAAGA AGGAGGATGT TACAGGACAA TTCCCCAGCA GTTTTGTGGA AATTGTGACC 
ATTCCCAGTC TAAAAGAGGG AGAGAGGCTG TTTGTGTGCA TTTGTGAATT CACATCCCAA 
GAGTTGGATA ATCTTCCCCT CCATCGAGGT GACCTGGTGA TTCTCGATGG CATTCCCACT 
GCAGGCTGGC TGCAGGGCCG AAGCTGCTGG GGCGCACGGG GCTTCTTCCC ATCTTCATGT 
GTCCGCGAGC TCTGCCTCTC CTCACAGAGC CGGCAGTGGC ACTCCCAGAG CGCCCTGTTT 
CAGATTCCGG AATATTCCAT GGGACAAGCC CGGGCCCTAA TGGGGCTTTC TGCTCAGCTG 
GATGAAGAGC TGGACTTCAG GGAAGGGGAT GTGATCACCA TTATTGGAGT TCCTGAACCA 
GGCTGGTTTG AAGGGGAGTT AGAGGGCCGA AGAGGCATTT TTCCAGAAGG TTTTGTAGAG 
CTGTTGGGGC CCCTGAGGAC TGTGGATGAG TCAGTAAGTT CTGGAAATCA AGATGACTGC 
ATTGTTAATG GTGAAGTAGA TACCCCTGTA GGAGAAGAAG AGATAGGGCC GGATGAGGAT 
GAGGAGGAGC CAGGGACCTA TGGGGTCGCC CTGTACAGAT TCCAAGCCCT GGAGCCAAAT 
GAGCTGGATT TCGAGGTCGG GGATAAAATC CGAATTCTGG CGACCTTGGA AGATGGCTGG 
CTGGAAGGAT CCCTGAAGGG CAGGACAGGC ATCTTTCCTT ACCGGTTTGT GAAATTATGT 
CCTGACACAC GGGTGGAGGA AACCATGGCT CTGCCCCAGG AAGGCAGCCT TGCCAGGATC 
CCGGAAACTT CTTTGGATTG TTTGGAGAAC ACCTTAGGAG TAGAGGAACA AAGACATGAA 
ACCAGTGACC ATGAGGCCGA GGAGCCTGAC TGCATTATTT CTGAAGCACC CACTTCTCCC 
CTCGGTCATC TGACTTCAGA GTATGACACA GACAGAAACT CTTATCAGGA CGAGGACACC 
GCAGGAGGGC CCCCGAGAAG CCCAGGCGTG GAGTGGGAAA TGCCTCTTGC CACAGACTCT 
CCCACATCTG ACCCTACAGA AGTAGTCAAT GGTATTTCCT CCCAACCTCA GGTCCCTTTT 
CATCCCAACT TGCAGAAAAG CCAGTATTAT TCTACAGTGG GAGGGAGCCA CCCGCACTCA 
GAACAGTACC CCGACCTTCT TCCCCTAGAA GCAAGGACTA GAGACTATGC CAGCCTACCT 
CCCAAAAGAA TGTATTCCCA GCTAAAAACT CTTCAGAAGC CAGTGCTCCC TCTTTACAGG 
GGCTCTTCTG TTTCAGCTTC AAGGGTAGTC AAACCCAGAC AATCAAGTCC TCAGCTCCAC 
AACCTAGCAA GTTATACTAA AAAGCACCAC ACGTCCAGTG TTTACTCCAT CTCAGAGAGA 
TTGGAGATGA AGCCTGGTCC GCAAGCCCAA GGGCTTGTTA TGGAAGCAGC AACACATTCA 
CAGGGAGACG GCAGCACTGA CCTGGACTCG AAGCTGACAC AACAGCTGAT CGAGTTTGAG 
AAGAGCTTGG CAGGGCCCGG CACAGAGCCA GATAAAATTT TACGCCACTT TTCAATCATG 
GACTTTAACT CTGAGAAGGA TATTGTCCGA GGTTCCTCAA AGTTAATCAC CGAGCAGGAG 
CTGCCGGAAA GGAGAAAGGC CCTAAGGCCA CCGCCACCTC GTCCCTGTAC TCCGGTATCC 
ACTTCTCCCC ATTTGCTGGT TGACCAGAAC CTAAAACCTG CACCACCCTT GGTGGTGCGA 
CCCTCTCGCC CAGCTCCCCT GCCTCCCTCA GCACAGCAGA GAACGAATGC GGTATCCCCC 
AAGCTCCTAT CTCGACACCG TCCTACCTGT GAGACCTTAG AAAAGGAGGG CCCTGGTCAT 
ATGGGAAGGA GTCTGGACCA GACCTCCCCA TGCCCCTTAG TGCTGGTGAG GATTGAGGAA 
ATGGAGCGGG ACTTGGATAT GTACAGTAGA GCTCAAGAAG AGCTAAACCT CATGCTGGAG 
GAGAAGCAGG ATGAATCATC AAGAGCAGAG ACCCTCGAGG ATCTCAAGTT CTGTGAAAGT 
AACATTGAAA GTTTGAATAT GGAACTCCAG CAACTAAGAG AAATGACGCT CCTCTCCTCC 
CAGTCTTCAT CACTGGTGGC CCCTTCTGGG TCTGTGTCTG CCGAAAATCC AGAGCAGAGG 
ATGCTGGAGA AGAGAGCCAA GGTCATAGAA GAACTTCTTC AGACAGAAAG AGACTACATT 
CGGGATCTGG AAATGTGTAT TGAGCGGATC ATGGTACCCA TGCAGCAGGC ACAGGTACCA 
AACATTGATT TTGAGGGACT TTTTGGAAAT ATGCAGATGG TGATTAAGGT CTCGAAGCAA 
TTATTGGCTG CTCTGGAAAT CAGCGATGCT GTAGGACCTG TGTTTCTTGG TCACCGGGAT 
GAGCTTGAGG GAACATACAA GATTTACTGC CAGAATCATG ATGAGGCCAT TGCGCTGCTT 
GAAATCTACG AGAAGGATGA GAAGATCCAG AAGCATCTTC AGGACTCCTT GGCAGATCTG 
AAGAGCCTAT ACAACGAATG GGGATGCACA AATTATATTA ACCTGGGCTC CTTCCTCATC 
AAACCAGTAC AGAGAGTAAT GCGTTACCCG CTGTTGCTAA TGGAGTTGCT GAATTCCACC 
CCAGAATCCC ACCCAGATAA AGTGCCTTTA ACCAATGCAG TCCTTGCGGT CAAGGAAATC 
AACGTTAACA TTAATGAATA TAAACGGCGA AAGGACCTGG TCCTCAAGTA CCGTAAGGGT 
GATGAAGATA GCCTTATGGA GAAAATTTCC AAACTGAACA TCCACTCCAT CATCAAGAAA 
TCCAACCGAG TTAGCAGTCA CCTGAAGCAT CTCACTGGCT TTGCTCCTCA GATAAAAGAT 
GAAGTATTTG AAGAAACAGA AAAAAACTTC CGAATGCAAG AAAGATTGAT TAAGTCTTTT 
ATCCGAGACC TGTCTCTCTA CCTCCAGCAC ATCCGGAAGG AGAGGACAGA GCGGCTTGTC 
ATCTCCCCCT TAAATCAGTT ACTGAGCATG TTTACAGGGC CCCATAAGCT GGTACAGAAA 
CGCTTTGACA AGCTCCTGGA CTTCTATAAC TGTACAGAAC GGGCAGAAAA GCTAAAGGAC 
AAGAAGACCC TGGAGGAGCT GCAGTCGGCC CGGAACAACT ATGAGGCCCT GAATGCACAG 
CTGCTGGATG AGCTGCCCAA GTTCCACCAG TACGCCCAGG GCCTCTTCAC CAACTGTGTC 
CACGGCTATG CTGAAGCCCA CTGTGACTTT GTGCACCAGG CTCTGGAGCA ATTAAAGCCA 
CTGCTTTCGT TACTCAAAGT GGCTGGCAGA GAGGGAAACC TTATTGCCAT CTTCCACGAA 
GAGCACAGCA GAGTTCTGCA GCAACTCCAG GTTTTTACCT TCTTCCCGGA GTCTCTTCCA 
GCTACCAAGA AGCCATTTGA GAGGAAAACC ATTGACCGCC AGTCTGCTCG AAAGCCACTC 
CTGGGCCTGC CAAGTTACAT GCTACAGTCA GAAGAACTCC GGGCCTCCCT CCTGGCCAGG 
TATCCCCCTG AAAAACTCTT CCAGGCAGAA CGGAACTTCA ATGCTGCTCA AGACTTGGAT 
GTCTCACTTT TGGAAGGTGA CCTGGTGGGT GTGATTAAGA AAAAAGACCC CATGGGCAGC 
CAGAACCGCT GGCTGATTGA CAATGGAGTC ACCAAAGGCT TCGTGTACAG CTCTTTCCTA 
AAGCCCTACA ATCCTCGCCG CAGCCACTCC GATGCCTCCG TGGGTAGCCA CTCCTCCACA 
GAGTCTGAGC ACGGCAGCTC CTCCCCCAGG TTCCCACGCC AGAACAGCGG CAGCACCCTG 
ACCTTCAACC CCAGCAGCAT GGCTGTATCC TTTACCTCGG GGTCTTGCCA GAAGCAGCCT 
CAAGATGCAT CTCCTCCGCC AAAAGAATGT GACCAAGGAA CTCTCAGTGC ATCCCTAAAT 
CCGAGTAATT CAGAGAGTAG TCCTTCCAGA TGCCCTTCAG ACCCAGACTC CACCTCCCAG 
CCAAGGTCAG GGGACTCTGC AGATGTAGCT AGAGATGTAA AGCAACCCAC TGCCACGCCG 
AGGAGCTACC GGAACTTCAG GCATCCAGAA ATAGTTGGCT ACTCCGTACC AGGACGAAAT 
GGGCAAAGTC AAGACCTCGT CAAAGGATGT GCAAGAACAG CCCAGGCTCC GGAAGACAGA 
AGTACAGAGC CAGATGGCAG TGAGGCAGAA GGCAACCAGG TCTATTTTGC TGTCTACACC 
TTCAAGGCAC GAAACCCAAA TGAGCTGAGC GTGTCAGCCA ATCAGAAACT CAAGATCCTC 
GAGTTTAAAG ATGTTACAGG AAATACAGAG TGGTGGTTAG CTGAGGTTAA CGGGAAGAAG 
GGCTACGTTC CCTCCAATTA TATCCGCAAA ACCGAGTACA CCTGA

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

PubMed

The proline-rich region of glyceraldehyde-3-phosphate dehydrogenase from human sperm may bind SH3 domains, as revealed by a bioinformatic study of low-complexity protein segments.
Molecular reproduction and development83(2)144-8(2016 Feb)
Tatjewski M,Gruca A,Plewczynski D,Grynberg M

Genetic association of CUGBP2 and DNMBP with Alzheimer' s disease in the Chinese Han population.
Current Alzheimer research12(3)228-32(2015)
Yang P,Xu M,Liu Z,Tao Q,Lu S,Li H,Guo Q,Sun Y,Wu Z

Discoidin domain receptor 1 controls linear invadosome formation via a Cdc42-Tuba pathway.
The Journal of cell biology207(4)517-33(2014 Nov)
Juin A,Di Martino J,Leitinger B,Henriet E,Gary AS,Paysan L,Bomo J,Baffet G,Gauthier-Rouvi?re C,Rosenbaum J,Moreau V,Saltel F

Tricellulin regulates junctional tension of epithelial cells at tricellular contacts through Cdc42.
Journal of cell science127(Pt 19)4201-12(2014 Oct)
Oda Y,Otani T,Ikenouchi J,Furuse M

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DNMBP cDNA ORF clone, Homo sapiens(human)

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ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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