ANKRD31 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_017009318.1	XP_016864807.1	putative ankyrin repeat domain-containing protein 31 isoform X5
XM_017009322.1	XP_016864811.1	putative ankyrin repeat domain-containing protein 31 isoform X10
XM_011543300.2	XP_011541602.1	putative ankyrin repeat domain-containing protein 31 isoform X3
XM_024446010.1	XP_024301778.1	ankyrin repeat domain-containing protein 31 isoform X5
XM_017009318.2	XP_016864807.1	ankyrin repeat domain-containing protein 31 isoform X6
XM_017009320.1	XP_016864809.1	ankyrin repeat domain-containing protein 31 isoform X9
XM_024446011.1	XP_024301779.1	ankyrin repeat domain-containing protein 31 isoform X10
XM_011543301.2	XP_011541603.1	putative ankyrin repeat domain-containing protein 31 isoform X6
NM_001372053.1	NP_001358982.1	ankyrin repeat domain-containing protein 31 isoform 1
XM_011543300.3	XP_011541602.1	ankyrin repeat domain-containing protein 31 isoform X3
XM_011543298.2	XP_011541600.1	putative ankyrin repeat domain-containing protein 31 isoform X1
XM_017009319.1	XP_016864808.1	ankyrin repeat domain-containing protein 31 isoform X8
XM_017009321.1	XP_016864810.1	ankyrin repeat domain-containing protein 31 isoform X11
XM_011543299.1	XP_011541601.1	putative ankyrin repeat domain-containing protein 31 isoform X2
XM_017009317.1	XP_016864806.1	ankyrin repeat domain-containing protein 31 isoform X4
XM_011543301.3	XP_011541603.1	ankyrin repeat domain-containing protein 31 isoform X7
NM_001164443.1	NP_001157915.1	ankyrin repeat domain-containing protein 31 isoform 2
XM_011543298.3	XP_011541600.1	ankyrin repeat domain-containing protein 31 isoform X1
XM_011543302.2	XP_011541604.1	ankyrin repeat domain-containing protein 31 isoform X9
XM_017009322.2	XP_016864811.1	ankyrin repeat domain-containing protein 31 isoform X12

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu05538	NM_001164443.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu95806	XM_017009321.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu95807	XM_017009322.2 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu78351	NM_001372053.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu105658	XM_024446010.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu105659	XM_024446011.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu95803	XM_017009317.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu95804	XM_017009318.2 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu95805	XM_017009319.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu78350	XM_011543298.3 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78351	XM_011543299.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78352	XM_011543300.3 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78353	XM_011543301.3 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78354	XM_011543302.2 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78354	XM_017009320.1 Latest version!	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
View Old Accession Versions >>
OHu95804	XM_017009318.1	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu78352	XM_011543300.2	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78353	XM_011543301.2	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu78350	XM_011543298.2	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu95807	XM_017009322.1	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
Hide Old Accession Versions >>

ANKRD31 ( NM_001164443.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001157915.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu05538
Clone ID Related Accession (Same CDS sequence)	NM_001164443.1
Accession Version	NM_001164443.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5622bp) 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	2019-12-23
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 31 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC008769.7 and AC093259.2. This sequence is a reference standard in the RefSeqGene project. On Aug 26, 2009 this sequence version replaced XM_927671.4. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. CCDS Note: The exon combination of this CCDS representation is inferred based on available partial human transcript alignments and homology data. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGTC TCAAGATGAA 
ACAGAACGAA ATCAAGCTCT GTTACAGACT AGAAAAAACT GTTCAATGTT CATTGGGTCG 
TTTCGCCAGT CTGGACTTTC ATTGAACCAC CAAAATATTG AAGGGCCAGA GGCTGAAAGT 
CCTGAAGTTT TGCCACACAT AGAAAAGGAA CTAAGTGAAG GCAGAGATTC TCCTGAAGTT 
AGCCTTCTCT CAGGCACTGC TATTACAGTA TCTGATACAG TTGCTGTAAA GGAGACATCA 
TTAGTAGAGC CAGAGAAGAT TTTAGCAGCA CCAAATACAT TTTTTGAGCC TAGAAAGGAA 
GTCACAATGA CCATGACTTC TGAAGAAACT AAGGATGAAG AAAGCTCTCT TGAAACCTTT 
GTGTCTGCCT TAGAAAGTTT ACTTACATCA CCAGAAAGCA CCCAGGAGGA AAGATTGTTT 
GAATTAGTAA GTGATTTTGA TCGTAAAGAA TTGATGAACC CATTGAGTGA CTCTCTTAGT 
TCCATATCAA TACCTTTGAA TTCCTGGTCG GCATGTCATA GAGATTTACT AGAAGATGCA 
AAAGATGATG CATTGCCAGC TGAGTTATTG GAAGCCCTGA ACACATTGTC AGAAGCCAAG 
GTGGAAACCA TCTGTCACAG AAAAGAGGGA GGTAGCAGTC TCATTGCCAG AAATGAATGT 
TTAGAAGTGG AGTTCAATAC GTCTCAGACC AATGAAGATT GTACACAAAT AGCAGAGACT 
CTGCAAGACC CAAATCCATC TGGATTGCAA ACTTTGGCTC ATCAAAATAT CACTTCTTGT 
GAGCCACTAA GTAATAAGAG AAATTCAAAT TCAGTGACAA ATAGCTCTGA TCAGGAAACT 
GCGTGTGTGT TGAGGAGATC ATCCAGACTA GAAAAACTGA AAGTAAGCAG AGATGCAAAG 
TACTCAGATC ACATGTATAA GATGCCAGAA AAGATTTTAC CAAAAATCCT TGGCTGTGAG 
GACCTAACAA ATAATAACTC TTCAGCTCAG AATTTCAGAA TGCAGGATCC GGCTTTAATG 
ATTGATGGTA AAGAGAAGAA TATGCATTCA GCAAGGTTCA AGAATGGAAA ACAGATCAGG 
AAAAATGAAC AATTTTCAGG AAAAAAAGAA AAAATGAAGG TGAACAAAAT ATCTCTTCAT 
AGCATTAACC GGAGAAACAT TTTTGGAGAG AACTTAGTAT ATAAGGCTGC TCTACACGAT 
GATGCTGATC TTGTTCATCA TTGTATAAAA AAAGGTGGAA ATGTTAATCA GCCAAGTTAT 
GCTGGTTGGA CAGCACTTCA TGAAGCTAGT GTAGGAGGAT TTTATCGGAC AGCAAGTGAA 
CTATTAAAAG GTGGAGCAGA TGTAAATATC AAAGGATTAT ACCAGATTAC TCCCCTACAT 
GATGCAGTGA TGAATGGACA TTATAAGGTG GCAGAGTTAC TTCTTCTGAA TGGAGCTGAT 
CCATTATTTA GAAATGATGA TGGAAAATGT GCTTTGGATG AGGCCAAGGA TTTATGTATG 
AAGCGTCTCC TTGAGAGATA TATCCCTAAA CATCAAAAAT GCCTTACATC AGCTCAAAGG 
AGTAGCATTG ACCCACTAGA CATAGAGGAT GTGTACCAAC ACAAGAAACC AAAGTTCAGT 
TCTAAAAGTC ACATTTGGCA TGTTTATAAT GAAAATTCCA ACAGACAGAA GCTGGAACAT 
GTAAAAGTCA ATAAAGGAAG CAAAGCGAGT TTATTTATAA ATAAAGAAGA TGTATATGAA 
TATTACCAAA AAGATCCCAA AAACACAAAA TTTGGTAAAT CCAAGCATAA ACAATCAACT 
CTTGACCAGA TATACTCTAC AGGACTCAGA AAGGGCAATC TCCATAACGT CAAAGATCCC 
AACACAAACG TACCAAAAGG TATAGGAAGA AGAAAAACAC AACATAAAAG GACCCAAGTA 
GATGATGTAG ACTGTAATCC AAGAAAGATA CTAGCTGTCT CTCCTTCCAG GAGAATAAAC 
AGATTGGTTA CCTATCAGCA GCATATTCCA GAAACTCATA ATGACCTTCC AGAAGAATTG 
TGTGAACCTT CCAGCTTAAC TCTGTCAAGC CTGAGAAATG GATTAGATAG CAGTACTGAG 
GCTTGTTCAG TTTCCAAAGA GAAACACATC CAGAACCTGG ATTTATCAGA TAGTCAAGAA 
GTTCAATGCT TGGAATTAGA ATCTGTTGAC CAAACTGAAG CTGTTTCTTT CCCAGGGCTT 
TTATTACATA AAGAAATCAA GTTACCAGTT GTTACTACAG ATAAGCAGCC TCACACTCTC 
CAGGAACAAC ACCATGTACT TTATAAATCT CATGAAAACA GTAACTTGGT CCCAAAAGAT 
GAGAGATTTA ACAAATGGGA AAATTCTTTC CTATCCTTTG TAAAGGAAAA TTCTGATAAT 
GATGATGATG ATGATTGCTC TACCTCTGAG AAGGCTATAA CATCTAAAAA GGTGTTGTGT 
TCTACAGGTG GCAAAAAACA CTATAATTTT AAGGAGAATT TAACAAATAA AAAAGAAATG 
GGTTTCCAAC AGTTTTTACT TTCTGAAGAT CATCTTTCAC AGGAAAATGA GTTAAAAGCA 
GTCAGCCTAA CCACACTTCC AGAACAGGAA GCTGTTAATT TTTCTTATTC AGATAATGCA 
GTTATTTCTG AACATGTTGC AAATTATGAA CAATGCATAT TTGGACCTTC TTTTGATCAC 
TCAAATGGCA ATCCTGAGCA AAATTCCCTG GCTTGTATGA GAACACTTTT GACACATGAG 
GCTTCAAAGT TGACTAATCA TGTGGAGCTA TTCAAAAAGC CACAGGATTA TATTCCCAGA 
GCACCAACTT TTTTAATGAA TCAAACAGAT ACACATATTG TGGAAAAGAT GGCAAAGAAT 
TGTGACACTG AGAGGAATTA CATTGACAGA GACCAAAAAA TAATTTATTC AAATGAGCCT 
TTATCCATAG TTGCTCATTC TCAAGTAATA GAAACAACTA AAGTTGAAAA AAGGAGACAA 
AACCATCTAG AAAGTGAGAC TATACACAAT ATAGATTCTC ATTCCACTGA CAATATGAGT 
AAAGAATTGG CCAACATCTC AAAACTTAGT CAAAGAGAAA AGAAGGAAAT TTCTCACAAA 
CCAGGAATGA AAGCAGGTAG GATCAACAAG AGGAATGCCA GAGGGGAAAG CCAGCTTCAT 
TTAGCTGTCA GAAGAGGAAA TCTGCCCCTA GTGAAAGCCC TGATAGAATC TGGAGCAGAT 
GTGAATCTAA ATGATAATGC AGGTTGGACA CCACTTCATG AGGCATCTAA TGAAGGATCT 
ATTGATATAA TTGTAGAGTT ATTAAAAGCT GGTGCTAAGG TTAATTGTGA AAATATAGAT 
GGAATTCTGC CCTTACATGA TGCTGTTGCA AACAATCATT TAAAGGCAGC TGAGATTCTA 
CTACAAAATG GAGCAAACCC TAATCAAAAA GATCAAAAAC AGAAGAGTGC TTTGGATGAA 
GCAGATGATG AAAAAATGAA AGAATTACTA AGATCTTATG GTGCTATTGA GACTGTTAAT 
AGAGATGAGA GTGATGCTAT AGTCAATGAA AAAATTCCTG CTGTCCGGTC TAAAAGACAT 
AAACAGTGTT TTTGTGATGA TGGCAAAACT ATTGACTCAT CTTCCCTTTC ACACCAAGAA 
AGATCAAGAG AAAGCCTTTC TGTGCATCAG ACCCTCAGTG CCATTCTACA AGATATAGAA 
GAAAAACAAG AATATTTATT AGAGTTTGAA ATAAGAAACC CTGAAGATGC AGAACAATAC 
ATTGAAAAGA TGTTAAAGAT AAAAAAGATT ATGGATAATG TGCTTGCCAA GCAGAAAGCA 
GAAAGGGATG ATCTGGCTAA AAAATACAGG GTATCCATAG AGTCATTTAA GCATGGAGCC 
CTGAGAGAAC AATTGGCCAA CTTGGCTGCA AGACAGAAGA GCCTTTTAGT TGTGGCAAAA 
AAACAGAAAA AAATAAGCCT GAAAATTCAA AACTGTAGGA ATGTTACATC ATTGCCTTGT 
CTTAGTTTAA GGAAGCTCCC ACCCAGATCA GAAATCTCTA GTGAAAAAGA CAGCCAAGAG 
CTCACTAGTC TGGAAAATTT AGAGCATCCC CAATCAGGTT CACTTTCTCC TGTTTCTGGA 
AGCATGCAGG AAACACAATT GTCTCTGGAA ACTTGGAACT ACAGCCAAAA TACCAACATT 
TGTCTAAATT CAGAGGCAGT GAGAAGGGGA GAATTTTCTG GAAATGATAT GAATTCTAAA 
CAAAATGGCA GTGATTGTAC CTTGGATGGT TTTCCAAAAT CCAGACATTC AGATGGCACA 
GAGAAGAATA AATTACCATC CCAACCTGTT GCTTTTATTG GTCAAACAGA ATATTCACAG 
AAAGAGAATG ATCTTACAGA AGCTACAGAC AAAGACCATG AATTCTATGT TTCTTCCCCA 
GTAATCGGCA AATTAAATAT TTCAGAAACT GCAAGTGTCC TTGCCGAAAA TGCTGCCCAT 
CCATCAAATA TTATTTGTGA TCAGGACCTT TCCAATTATG ATCCCAAAAG AGGAAACAGA 
AAAACAAGTT CCCAGCAATC ACCTACAGGG GCATCAGAAT CTCTGGCACA TCAAGGGATT 
GCTGTCTTAG GCAGTGATAC AGTGCATCAG ATGAAACCAT ATCTTAAAAA ATCAGTTTCT 
GTTGTTCCAT GTGCAGATGA CAGTCAGATC TCCTCTTCCT CTGGATCTGG GCAACAAGAT 
ACAATAAAAA AGGCTTTAAA CTACAGTACA GCTCCTAAAA AGAAATGTAT TCAGATAAAA 
GATTTGATAT TACTAGGAAG AATTAACCCA GGAAATAACA TTCTGGAATT CAAAACACAG 
GAGACTACCC ACAAAGCCAG TATTTTATTG AATGGTAAAC TTAAGGTAGA AAGTGGTCAG 
ATTTATAAAA ACCCAGTCAC CTGGCTCAAG GATCTTCTGG GAGGCAACAG TTATGTGACC 
TGGAATTATG CTTGGAGTAA GGTAACGTAT CTTGGGAAGG AGCTTTTAAG GTATGTTTCT 
GAGGATGCAC CCATACTTCC AGAACCAAAC TCAGTACCTC AGCAATATCA ACCTTGTCTT 
CCAGAAGTTG CTTGTTTAGA TGACCCAGTA CAGGAACCAA ACAAATCAAT GTTTGAGAAA 
ACAAAATTTG GACAAGGAAC TTCCAGAGAG TCAATGCAAA GCAGCCCACG TTATCTACAA 
ATAAATGAAA TACTATTAAT CAGTGATCAA GAATTTCTCC CATGCCACAT AATGGATCAG 
CATTGGAAGT TTTGTGTGGA ATGTGAGGAA CTAACACCCT AA

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

RefSeq	NP_001157915.1
CDS	193..5814
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	NM_001164443.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant 2, mRNA.

Target ORF information:

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

NM_001164443.1

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGTC TCAAGATGAA 
ACAGAACGAA ATCAAGCTCT GTTACAGACT AGAAAAAACT GTTCAATGTT CATTGGGTCG 
TTTCGCCAGT CTGGACTTTC ATTGAACCAC CAAAATATTG AAGGGCCAGA GGCTGAAAGT 
CCTGAAGTTT TGCCACACAT AGAAAAGGAA CTAAGTGAAG GCAGAGATTC TCCTGAAGTT 
AGCCTTCTCT CAGGCACTGC TATTACAGTA TCTGATACAG TTGCTGTAAA GGAGACATCA 
TTAGTAGAGC CAGAGAAGAT TTTAGCAGCA CCAAATACAT TTTTTGAGCC TAGAAAGGAA 
GTCACAATGA CCATGACTTC TGAAGAAACT AAGGATGAAG AAAGCTCTCT TGAAACCTTT 
GTGTCTGCCT TAGAAAGTTT ACTTACATCA CCAGAAAGCA CCCAGGAGGA AAGATTGTTT 
GAATTAGTAA GTGATTTTGA TCGTAAAGAA TTGATGAACC CATTGAGTGA CTCTCTTAGT 
TCCATATCAA TACCTTTGAA TTCCTGGTCG GCATGTCATA GAGATTTACT AGAAGATGCA 
AAAGATGATG CATTGCCAGC TGAGTTATTG GAAGCCCTGA ACACATTGTC AGAAGCCAAG 
GTGGAAACCA TCTGTCACAG AAAAGAGGGA GGTAGCAGTC TCATTGCCAG AAATGAATGT 
TTAGAAGTGG AGTTCAATAC GTCTCAGACC AATGAAGATT GTACACAAAT AGCAGAGACT 
CTGCAAGACC CAAATCCATC TGGATTGCAA ACTTTGGCTC ATCAAAATAT CACTTCTTGT 
GAGCCACTAA GTAATAAGAG AAATTCAAAT TCAGTGACAA ATAGCTCTGA TCAGGAAACT 
GCGTGTGTGT TGAGGAGATC ATCCAGACTA GAAAAACTGA AAGTAAGCAG AGATGCAAAG 
TACTCAGATC ACATGTATAA GATGCCAGAA AAGATTTTAC CAAAAATCCT TGGCTGTGAG 
GACCTAACAA ATAATAACTC TTCAGCTCAG AATTTCAGAA TGCAGGATCC GGCTTTAATG 
ATTGATGGTA AAGAGAAGAA TATGCATTCA GCAAGGTTCA AGAATGGAAA ACAGATCAGG 
AAAAATGAAC AATTTTCAGG AAAAAAAGAA AAAATGAAGG TGAACAAAAT ATCTCTTCAT 
AGCATTAACC GGAGAAACAT TTTTGGAGAG AACTTAGTAT ATAAGGCTGC TCTACACGAT 
GATGCTGATC TTGTTCATCA TTGTATAAAA AAAGGTGGAA ATGTTAATCA GCCAAGTTAT 
GCTGGTTGGA CAGCACTTCA TGAAGCTAGT GTAGGAGGAT TTTATCGGAC AGCAAGTGAA 
CTATTAAAAG GTGGAGCAGA TGTAAATATC AAAGGATTAT ACCAGATTAC TCCCCTACAT 
GATGCAGTGA TGAATGGACA TTATAAGGTG GCAGAGTTAC TTCTTCTGAA TGGAGCTGAT 
CCATTATTTA GAAATGATGA TGGAAAATGT GCTTTGGATG AGGCCAAGGA TTTATGTATG 
AAGCGTCTCC TTGAGAGATA TATCCCTAAA CATCAAAAAT GCCTTACATC AGCTCAAAGG 
AGTAGCATTG ACCCACTAGA CATAGAGGAT GTGTACCAAC ACAAGAAACC AAAGTTCAGT 
TCTAAAAGTC ACATTTGGCA TGTTTATAAT GAAAATTCCA ACAGACAGAA GCTGGAACAT 
GTAAAAGTCA ATAAAGGAAG CAAAGCGAGT TTATTTATAA ATAAAGAAGA TGTATATGAA 
TATTACCAAA AAGATCCCAA AAACACAAAA TTTGGTAAAT CCAAGCATAA ACAATCAACT 
CTTGACCAGA TATACTCTAC AGGACTCAGA AAGGGCAATC TCCATAACGT CAAAGATCCC 
AACACAAACG TACCAAAAGG TATAGGAAGA AGAAAAACAC AACATAAAAG GACCCAAGTA 
GATGATGTAG ACTGTAATCC AAGAAAGATA CTAGCTGTCT CTCCTTCCAG GAGAATAAAC 
AGATTGGTTA CCTATCAGCA GCATATTCCA GAAACTCATA ATGACCTTCC AGAAGAATTG 
TGTGAACCTT CCAGCTTAAC TCTGTCAAGC CTGAGAAATG GATTAGATAG CAGTACTGAG 
GCTTGTTCAG TTTCCAAAGA GAAACACATC CAGAACCTGG ATTTATCAGA TAGTCAAGAA 
GTTCAATGCT TGGAATTAGA ATCTGTTGAC CAAACTGAAG CTGTTTCTTT CCCAGGGCTT 
TTATTACATA AAGAAATCAA GTTACCAGTT GTTACTACAG ATAAGCAGCC TCACACTCTC 
CAGGAACAAC ACCATGTACT TTATAAATCT CATGAAAACA GTAACTTGGT CCCAAAAGAT 
GAGAGATTTA ACAAATGGGA AAATTCTTTC CTATCCTTTG TAAAGGAAAA TTCTGATAAT 
GATGATGATG ATGATTGCTC TACCTCTGAG AAGGCTATAA CATCTAAAAA GGTGTTGTGT 
TCTACAGGTG GCAAAAAACA CTATAATTTT AAGGAGAATT TAACAAATAA AAAAGAAATG 
GGTTTCCAAC AGTTTTTACT TTCTGAAGAT CATCTTTCAC AGGAAAATGA GTTAAAAGCA 
GTCAGCCTAA CCACACTTCC AGAACAGGAA GCTGTTAATT TTTCTTATTC AGATAATGCA 
GTTATTTCTG AACATGTTGC AAATTATGAA CAATGCATAT TTGGACCTTC TTTTGATCAC 
TCAAATGGCA ATCCTGAGCA AAATTCCCTG GCTTGTATGA GAACACTTTT GACACATGAG 
GCTTCAAAGT TGACTAATCA TGTGGAGCTA TTCAAAAAGC CACAGGATTA TATTCCCAGA 
GCACCAACTT TTTTAATGAA TCAAACAGAT ACACATATTG TGGAAAAGAT GGCAAAGAAT 
TGTGACACTG AGAGGAATTA CATTGACAGA GACCAAAAAA TAATTTATTC AAATGAGCCT 
TTATCCATAG TTGCTCATTC TCAAGTAATA GAAACAACTA AAGTTGAAAA AAGGAGACAA 
AACCATCTAG AAAGTGAGAC TATACACAAT ATAGATTCTC ATTCCACTGA CAATATGAGT 
AAAGAATTGG CCAACATCTC AAAACTTAGT CAAAGAGAAA AGAAGGAAAT TTCTCACAAA 
CCAGGAATGA AAGCAGGTAG GATCAACAAG AGGAATGCCA GAGGGGAAAG CCAGCTTCAT 
TTAGCTGTCA GAAGAGGAAA TCTGCCCCTA GTGAAAGCCC TGATAGAATC TGGAGCAGAT 
GTGAATCTAA ATGATAATGC AGGTTGGACA CCACTTCATG AGGCATCTAA TGAAGGATCT 
ATTGATATAA TTGTAGAGTT ATTAAAAGCT GGTGCTAAGG TTAATTGTGA AAATATAGAT 
GGAATTCTGC CCTTACATGA TGCTGTTGCA AACAATCATT TAAAGGCAGC TGAGATTCTA 
CTACAAAATG GAGCAAACCC TAATCAAAAA GATCAAAAAC AGAAGAGTGC TTTGGATGAA 
GCAGATGATG AAAAAATGAA AGAATTACTA AGATCTTATG GTGCTATTGA GACTGTTAAT 
AGAGATGAGA GTGATGCTAT AGTCAATGAA AAAATTCCTG CTGTCCGGTC TAAAAGACAT 
AAACAGTGTT TTTGTGATGA TGGCAAAACT ATTGACTCAT CTTCCCTTTC ACACCAAGAA 
AGATCAAGAG AAAGCCTTTC TGTGCATCAG ACCCTCAGTG CCATTCTACA AGATATAGAA 
GAAAAACAAG AATATTTATT AGAGTTTGAA ATAAGAAACC CTGAAGATGC AGAACAATAC 
ATTGAAAAGA TGTTAAAGAT AAAAAAGATT ATGGATAATG TGCTTGCCAA GCAGAAAGCA 
GAAAGGGATG ATCTGGCTAA AAAATACAGG GTATCCATAG AGTCATTTAA GCATGGAGCC 
CTGAGAGAAC AATTGGCCAA CTTGGCTGCA AGACAGAAGA GCCTTTTAGT TGTGGCAAAA 
AAACAGAAAA AAATAAGCCT GAAAATTCAA AACTGTAGGA ATGTTACATC ATTGCCTTGT 
CTTAGTTTAA GGAAGCTCCC ACCCAGATCA GAAATCTCTA GTGAAAAAGA CAGCCAAGAG 
CTCACTAGTC TGGAAAATTT AGAGCATCCC CAATCAGGTT CACTTTCTCC TGTTTCTGGA 
AGCATGCAGG AAACACAATT GTCTCTGGAA ACTTGGAACT ACAGCCAAAA TACCAACATT 
TGTCTAAATT CAGAGGCAGT GAGAAGGGGA GAATTTTCTG GAAATGATAT GAATTCTAAA 
CAAAATGGCA GTGATTGTAC CTTGGATGGT TTTCCAAAAT CCAGACATTC AGATGGCACA 
GAGAAGAATA AATTACCATC CCAACCTGTT GCTTTTATTG GTCAAACAGA ATATTCACAG 
AAAGAGAATG ATCTTACAGA AGCTACAGAC AAAGACCATG AATTCTATGT TTCTTCCCCA 
GTAATCGGCA AATTAAATAT TTCAGAAACT GCAAGTGTCC TTGCCGAAAA TGCTGCCCAT 
CCATCAAATA TTATTTGTGA TCAGGACCTT TCCAATTATG ATCCCAAAAG AGGAAACAGA 
AAAACAAGTT CCCAGCAATC ACCTACAGGG GCATCAGAAT CTCTGGCACA TCAAGGGATT 
GCTGTCTTAG GCAGTGATAC AGTGCATCAG ATGAAACCAT ATCTTAAAAA ATCAGTTTCT 
GTTGTTCCAT GTGCAGATGA CAGTCAGATC TCCTCTTCCT CTGGATCTGG GCAACAAGAT 
ACAATAAAAA AGGCTTTAAA CTACAGTACA GCTCCTAAAA AGAAATGTAT TCAGATAAAA 
GATTTGATAT TACTAGGAAG AATTAACCCA GGAAATAACA TTCTGGAATT CAAAACACAG 
GAGACTACCC ACAAAGCCAG TATTTTATTG AATGGTAAAC TTAAGGTAGA AAGTGGTCAG 
ATTTATAAAA ACCCAGTCAC CTGGCTCAAG GATCTTCTGG GAGGCAACAG TTATGTGACC 
TGGAATTATG CTTGGAGTAA GGTAACGTAT CTTGGGAAGG AGCTTTTAAG GTATGTTTCT 
GAGGATGCAC CCATACTTCC AGAACCAAAC TCAGTACCTC AGCAATATCA ACCTTGTCTT 
CCAGAAGTTG CTTGTTTAGA TGACCCAGTA CAGGAACCAA ACAAATCAAT GTTTGAGAAA 
ACAAAATTTG GACAAGGAAC TTCCAGAGAG TCAATGCAAA GCAGCCCACG TTATCTACAA 
ATAAATGAAA TACTATTAAT CAGTGATCAA GAATTTCTCC CATGCCACAT AATGGATCAG 
CATTGGAAGT TTTGTGTGGA ATGTGAGGAA CTAACACCCT AA

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

ANKRD31 ( XM_017009321.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864810.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu95806
Clone ID Related Accession (Same CDS sequence)	XM_017009321.1
Accession Version	XM_017009321.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 31 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGCAGGATC CGGCTTTAAT GATTGATGGT AAAGAGAAGA ATATGCATTC AGCAAGGTTC 
AAGAATGGAA AACAGATCAG GAAAAATGAA CAATTTTCAG GAAAAAAAGA AAAAATGAAG 
GTGAACAAAA TATCTCTTCA TAGCATTAAC CGGAGAAACA TTTTTGGAGA GAACTTAGTA 
TATAAGGCTG CTCTACACGA TGATGCTGAT CTTGTTCATC ATTGTATAAA AAAAGGTGGA 
AATGTTAATC AGCCAAGTTA TGCTGGTTGG ACAGCACTTC ATGAAGCTAG TGTAGGAGGA 
TTTTATCGGA CAGCAAGTGA ACTATTAAAA GGTGGAGCAG ATGTAAATAT CAAAGGATTA 
TACCAGATTA CTCCCCTACA TGATGCAGTG ATGAATGGAC ATTATAAGGT GGCAGAGTTA 
CTTCTTCTGA ATGGAGCTGA TCCATTATTT AGAAATGATG ATGGAAAATG TGCTTTGGAT 
GAGGCCAAGG ATTTATGTAT GAAGCGTCTC CTTGAGAGAT ATATCCCTAA ACATCAAAAA 
TGCCTTACAT CAGCTCAAAG GAGTAGCATT GACCCACTAG ACATAGAGGA TGTGTACCAA 
CACAAGAAAC CAAAGTTCAG TTCTAAAAGT CACATTTGGC ATGTTTATAA TGAAAATTCC 
AACAGACAGA AGCTGGAACA TGTAAAAGTC AATAAAGGAA GCAAAGCGAG TTTATTTATA 
AATAAAGAAG ATGTATATGA ATATTACCAA AAAGATCCCA AAAACACAAA ATTTGGTAAA 
TCCAAGCATA AACAATCAAC TCTTGACCAG ATATACTCTA CAGGACTCAG AAAGGGCAAT 
CTCCATAACG TCAAAGATCC CAACACAAAC GTACCAAAAG GTATAGGAAG AAGAAAAACA 
CAACATAAAA GGACCCAAGT AGATGATGTA GACTGTAATC CAAGAAAGAT ACTAGCTGTC 
TCTCCTTCCA GGAGAATAAA CAGATTGGTT ACCTATCAGC AGCATATTCC AGAAACTCAT 
AATGACCTTC CAGAAGAATT GTGTGAACCT TCCAGCTTAA CTCTGTCAAG CCTGAGAAAT 
GGATTAGATA GCAGTACTGA GGCTTGTTCA GTTTCCAAAG AGAAACACAT CCAGAACCTG 
GATTTATCAG ATAGTCAAGA AGTTCAATGC TTGGAATTAG AATCTGTTGA CCAAACTGAA 
GCTGTTTCTT TCCCAGGGCT TTTATTACAT AAAGAAATCA AGTTACCAGT TGTTACTACA 
GATAAGCAGC CTCACACTCT CCAGGAACAA CACCATGTAC TTTATAAATC TCATGAAAAC 
AGTAACTTGG TCCCAAAAGA TGAGAGATTT AACAAATGGG AAAATTCTTT CCTATCCTTT 
GTAAAGGAAA ATTCTGATAA TGATGATGAT GATGATTGCT CTACCTCTGA GAAGGCTATA 
ACATCTAAAA AGGTGTTGTG TTCTACAGGT GGCAAAAAAC ACTATAATTT TAAGGAGAAT 
TTAACAAATA AAAAAGAAAT GGGTTTCCAA CAGTTTTTAC TTTCTGAAGA TCATCTTTCA 
CAGGAAAATG AGTTAAAAGC AGTCAGCCTA ACCACACTTC CAGAACAGGA AGCTGTTAAT 
TTTTCTTATT CAGATAATGC AGTTATTTCT GAACATGTTG CAAATTATGA ACAATGCATA 
TTTGGACCTT CTTTTGATCA CTCAAATGGC AATCCTGAGC AAAATTCCCT GGCTTGTATG 
AGAACACTTT TGACACATGA GGCTTCAAAG TTGACTAATC ATGTGGAGCT ATTCAAAAAG 
CCACAGGATT ATATTCCCAG AGCACCAACT TTTTTAATGA ATCAAACAGA TACACATATT 
GTGGAAAAGA TGGCAAAGAA TTGTGACACT GAGAGGAATT ACATTGACAG AGACCAAAAA 
ATAATTTATT CAAATGAGCC TTTATCCATA GTTGCTCATT CTCAAGTAAT AGAAACAACT 
AAAGTTGAAA AAAGGAGACA AAACCATCTA GAAAGTGAGA CTATACACAA TATAGATTCT 
CATTCCACTG ACAATATGAG TAAAGAATTG GCCAACATCT CAAAACTTAG TCAAAGAGAA 
AAGAAGGAAA TTTCTCACAA ACCAGATGAG GAATTAACTA ATAACATCAG TGGAGATGAA 
ATAACTATAA GAAATTGTGA GGAGATAAAA GAAAAAACGG AGTCAGAAAT TCACATGCCT 
ACTAATAGCC AAGAACACAA AACAGTTCAG AATTTCAGAA AAAGACAAAG TTTCTTAAAA 
ACTACCTGCA ACCTAGGAAT GAAAGCAGGT AGGATCAACA AGAGGAATGC CAGAGGGGAA 
AGCCAGCTTC ATTTAGCTGT CAGAAGAGGA AATCTGCCCC TAGTGAAAGC CCTGATAGAA 
TCTGGAGCAG ATGTGAATCT AAATGATAAT GCAGGTTGGA CACCACTTCA TGAGGCATCT 
AATGAAGGAT CTATTGATAT AATTGTAGAG TTATTAAAAG CTGGTGCTAA GGTTAATTGT 
GAAAATATAG ATGGAATTCT GCCCTTACAT GATGCTGTTG CAAACAATCA TTTAAAGGCA 
GCTGAGATTC TACTACAAAA TGGAGCAAAC CCTAATCAAA AAGATCAAAA ACAGAAGAGT 
GCTTTGGATG AAGCAGATGA TGAAAAAATG AAAGAATTAC TAAGATCTTA TGGTGCTATT 
GAGACTGTTA ATAGAGATGA GAGTGATGCT ATAGTCAATG AAAAAATTCC TGCTGTCCGG 
TCTAAAAGAC ATAAACAGTG TTTTTGTGAT GATGGCAAAA CTATTGACTC ATCTTCCCTT 
TCACACCAAG AAAGATCAAG AGAAAGCCTT TCTGTGCATC AGACCCTCAG TGCCATTCTA 
CAAGATATAG AAGAAAAACA AGAATATTTA TTAGAGTTTG AAATAAGAAA CCCTGAAGAT 
GCAGAACAAT ACATTGAAAA GATGTTAAAG ATAAAAAAGA TTATGGATAA TGTGCTTGCC 
AAGCAGAAAG CAGAAAGGGA TGATCTGGCT AAAAAATACA GGGTATCCAT AGAGTCATTT 
AAGCATGGAG CCCTGAGAGA ACAATTGGCC AACTTGGCTG CAAGACAGAA GAGCCTTTTA 
GTTGTGGCAA AAAAACAGAA AAAAATAAGC CTGAAAATTC AAAACTGTAG GAATGTTACA 
TCATTGCCTT GTCTTAGTTT AAGGAAGCTC CCACCCAGAT CAGAAATCTC TAGTGAAAAA 
GACAGCCAAG AGCTCACTAG TCTGGAAAAT TTAGAGCATC CCCAATCAGG TTCACTTTCT 
CCTGTTTCTG GAAGCATGCA GGAAACACAA TTGTCTCTGG AAACTTGGAA CTACAGCCAA 
AATACCAACA TTTGTCTAAA TTCAGAGGCA GTGAGAAGGG GAGAATTTTC TGGAAATGAT 
ATGAATTCTA AACAAAATGG CAGTGATTGT ACCTTGGATG GTTTTCCAAA ATCCAGACAT 
TCAGATGGCA CAGAGAAGAA TAAATTACCA TCCCAACCTG TTGCTTTTAT TGGTCAAACA 
GAATATTCAC AGAAAGAGAA TGATCTTACA GAAGCTACAG ACAAAGACCA TGAATTCTAT 
GTTTCTTCCC CAGTAATCGG CAAATTAAAT ATTTCAGAAA CTGCAAGTGT CCTTGCCGAA 
AATGCTGCCC ATCCATCAAA TATTATTTGT GATCAGGACC TTTCCAATTA TGATCCCAAA 
AGAGGAAACA GAAAAACAAG TTCCCAGCAA TCACCTACAG GGGCATCAGA ATCTCTGGCA 
CATCAAGGGA TTGCTGTCTT AGGCAGTGAT ACAGTGCATC AGATGAAACC ATATCTTAAA 
AAATCAGTTT CTGTTGTTCC ATGTGCAGAT GACAGTCAGA TCTCCTCTTC CTCTGGATCT 
GGGCAACAAG ATACAATAAA AAAGGCTTTA AACTACAGTA CAGCTCCTAA AAAGAAATGT 
ATTCAGATAA AAGATTTGAT ATTACTAGGA AGAATTAACC CAGGAAATAA CATTCTGGAA 
TTCAAAACAC AGGAGACTAC CCACAAAGCC AGTATTTTAT TGAATGGTAA ACTTAAGGTA 
GAAAGTGGTC AGATTTATAA AAACCCAGTC ACCTGGCTCA AGGATCTTCT GGGAGGCAAC 
AGTTATGTGA CCTGGAATTA TGCTTGGAGT AAGGTAACGT ATCTTGGGAA GGAGCTTTTA 
AGGTATGTTT CTGAGGATGC ACCCATACTT CCAGAACCAA ACTCAGTACC TCAGCAATAT 
CAACCTTGTC TTCCAGAAGT TGCTTGTTTA GATGACCCAG TACAGGAACC AAACAAATCA 
ATGTTTGAGA AAACAAAATT TGGACAAGGA ACTTCCAGAG AGTCAATGCA AAGCAGCCCA 
CGTTATCTAC AAATAAATGA AATACTATTA ATCAGTGATC AAGAATTTCT CCCATGCCAC 
ATAATGGATC AGCATTGGAA GTTTTGTGTG GAATGTGAGG AACTAACACC CTAA

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

RefSeq	XP_016864810.1
CDS	99..4592
Translation	MQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_017009321.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X12, mRNA.

Target ORF information:

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

XM_017009321.1

ORF Insert Sequence:

ATGCAGGATC CGGCTTTAAT GATTGATGGT AAAGAGAAGA ATATGCATTC AGCAAGGTTC 
AAGAATGGAA AACAGATCAG GAAAAATGAA CAATTTTCAG GAAAAAAAGA AAAAATGAAG 
GTGAACAAAA TATCTCTTCA TAGCATTAAC CGGAGAAACA TTTTTGGAGA GAACTTAGTA 
TATAAGGCTG CTCTACACGA TGATGCTGAT CTTGTTCATC ATTGTATAAA AAAAGGTGGA 
AATGTTAATC AGCCAAGTTA TGCTGGTTGG ACAGCACTTC ATGAAGCTAG TGTAGGAGGA 
TTTTATCGGA CAGCAAGTGA ACTATTAAAA GGTGGAGCAG ATGTAAATAT CAAAGGATTA 
TACCAGATTA CTCCCCTACA TGATGCAGTG ATGAATGGAC ATTATAAGGT GGCAGAGTTA 
CTTCTTCTGA ATGGAGCTGA TCCATTATTT AGAAATGATG ATGGAAAATG TGCTTTGGAT 
GAGGCCAAGG ATTTATGTAT GAAGCGTCTC CTTGAGAGAT ATATCCCTAA ACATCAAAAA 
TGCCTTACAT CAGCTCAAAG GAGTAGCATT GACCCACTAG ACATAGAGGA TGTGTACCAA 
CACAAGAAAC CAAAGTTCAG TTCTAAAAGT CACATTTGGC ATGTTTATAA TGAAAATTCC 
AACAGACAGA AGCTGGAACA TGTAAAAGTC AATAAAGGAA GCAAAGCGAG TTTATTTATA 
AATAAAGAAG ATGTATATGA ATATTACCAA AAAGATCCCA AAAACACAAA ATTTGGTAAA 
TCCAAGCATA AACAATCAAC TCTTGACCAG ATATACTCTA CAGGACTCAG AAAGGGCAAT 
CTCCATAACG TCAAAGATCC CAACACAAAC GTACCAAAAG GTATAGGAAG AAGAAAAACA 
CAACATAAAA GGACCCAAGT AGATGATGTA GACTGTAATC CAAGAAAGAT ACTAGCTGTC 
TCTCCTTCCA GGAGAATAAA CAGATTGGTT ACCTATCAGC AGCATATTCC AGAAACTCAT 
AATGACCTTC CAGAAGAATT GTGTGAACCT TCCAGCTTAA CTCTGTCAAG CCTGAGAAAT 
GGATTAGATA GCAGTACTGA GGCTTGTTCA GTTTCCAAAG AGAAACACAT CCAGAACCTG 
GATTTATCAG ATAGTCAAGA AGTTCAATGC TTGGAATTAG AATCTGTTGA CCAAACTGAA 
GCTGTTTCTT TCCCAGGGCT TTTATTACAT AAAGAAATCA AGTTACCAGT TGTTACTACA 
GATAAGCAGC CTCACACTCT CCAGGAACAA CACCATGTAC TTTATAAATC TCATGAAAAC 
AGTAACTTGG TCCCAAAAGA TGAGAGATTT AACAAATGGG AAAATTCTTT CCTATCCTTT 
GTAAAGGAAA ATTCTGATAA TGATGATGAT GATGATTGCT CTACCTCTGA GAAGGCTATA 
ACATCTAAAA AGGTGTTGTG TTCTACAGGT GGCAAAAAAC ACTATAATTT TAAGGAGAAT 
TTAACAAATA AAAAAGAAAT GGGTTTCCAA CAGTTTTTAC TTTCTGAAGA TCATCTTTCA 
CAGGAAAATG AGTTAAAAGC AGTCAGCCTA ACCACACTTC CAGAACAGGA AGCTGTTAAT 
TTTTCTTATT CAGATAATGC AGTTATTTCT GAACATGTTG CAAATTATGA ACAATGCATA 
TTTGGACCTT CTTTTGATCA CTCAAATGGC AATCCTGAGC AAAATTCCCT GGCTTGTATG 
AGAACACTTT TGACACATGA GGCTTCAAAG TTGACTAATC ATGTGGAGCT ATTCAAAAAG 
CCACAGGATT ATATTCCCAG AGCACCAACT TTTTTAATGA ATCAAACAGA TACACATATT 
GTGGAAAAGA TGGCAAAGAA TTGTGACACT GAGAGGAATT ACATTGACAG AGACCAAAAA 
ATAATTTATT CAAATGAGCC TTTATCCATA GTTGCTCATT CTCAAGTAAT AGAAACAACT 
AAAGTTGAAA AAAGGAGACA AAACCATCTA GAAAGTGAGA CTATACACAA TATAGATTCT 
CATTCCACTG ACAATATGAG TAAAGAATTG GCCAACATCT CAAAACTTAG TCAAAGAGAA 
AAGAAGGAAA TTTCTCACAA ACCAGATGAG GAATTAACTA ATAACATCAG TGGAGATGAA 
ATAACTATAA GAAATTGTGA GGAGATAAAA GAAAAAACGG AGTCAGAAAT TCACATGCCT 
ACTAATAGCC AAGAACACAA AACAGTTCAG AATTTCAGAA AAAGACAAAG TTTCTTAAAA 
ACTACCTGCA ACCTAGGAAT GAAAGCAGGT AGGATCAACA AGAGGAATGC CAGAGGGGAA 
AGCCAGCTTC ATTTAGCTGT CAGAAGAGGA AATCTGCCCC TAGTGAAAGC CCTGATAGAA 
TCTGGAGCAG ATGTGAATCT AAATGATAAT GCAGGTTGGA CACCACTTCA TGAGGCATCT 
AATGAAGGAT CTATTGATAT AATTGTAGAG TTATTAAAAG CTGGTGCTAA GGTTAATTGT 
GAAAATATAG ATGGAATTCT GCCCTTACAT GATGCTGTTG CAAACAATCA TTTAAAGGCA 
GCTGAGATTC TACTACAAAA TGGAGCAAAC CCTAATCAAA AAGATCAAAA ACAGAAGAGT 
GCTTTGGATG AAGCAGATGA TGAAAAAATG AAAGAATTAC TAAGATCTTA TGGTGCTATT 
GAGACTGTTA ATAGAGATGA GAGTGATGCT ATAGTCAATG AAAAAATTCC TGCTGTCCGG 
TCTAAAAGAC ATAAACAGTG TTTTTGTGAT GATGGCAAAA CTATTGACTC ATCTTCCCTT 
TCACACCAAG AAAGATCAAG AGAAAGCCTT TCTGTGCATC AGACCCTCAG TGCCATTCTA 
CAAGATATAG AAGAAAAACA AGAATATTTA TTAGAGTTTG AAATAAGAAA CCCTGAAGAT 
GCAGAACAAT ACATTGAAAA GATGTTAAAG ATAAAAAAGA TTATGGATAA TGTGCTTGCC 
AAGCAGAAAG CAGAAAGGGA TGATCTGGCT AAAAAATACA GGGTATCCAT AGAGTCATTT 
AAGCATGGAG CCCTGAGAGA ACAATTGGCC AACTTGGCTG CAAGACAGAA GAGCCTTTTA 
GTTGTGGCAA AAAAACAGAA AAAAATAAGC CTGAAAATTC AAAACTGTAG GAATGTTACA 
TCATTGCCTT GTCTTAGTTT AAGGAAGCTC CCACCCAGAT CAGAAATCTC TAGTGAAAAA 
GACAGCCAAG AGCTCACTAG TCTGGAAAAT TTAGAGCATC CCCAATCAGG TTCACTTTCT 
CCTGTTTCTG GAAGCATGCA GGAAACACAA TTGTCTCTGG AAACTTGGAA CTACAGCCAA 
AATACCAACA TTTGTCTAAA TTCAGAGGCA GTGAGAAGGG GAGAATTTTC TGGAAATGAT 
ATGAATTCTA AACAAAATGG CAGTGATTGT ACCTTGGATG GTTTTCCAAA ATCCAGACAT 
TCAGATGGCA CAGAGAAGAA TAAATTACCA TCCCAACCTG TTGCTTTTAT TGGTCAAACA 
GAATATTCAC AGAAAGAGAA TGATCTTACA GAAGCTACAG ACAAAGACCA TGAATTCTAT 
GTTTCTTCCC CAGTAATCGG CAAATTAAAT ATTTCAGAAA CTGCAAGTGT CCTTGCCGAA 
AATGCTGCCC ATCCATCAAA TATTATTTGT GATCAGGACC TTTCCAATTA TGATCCCAAA 
AGAGGAAACA GAAAAACAAG TTCCCAGCAA TCACCTACAG GGGCATCAGA ATCTCTGGCA 
CATCAAGGGA TTGCTGTCTT AGGCAGTGAT ACAGTGCATC AGATGAAACC ATATCTTAAA 
AAATCAGTTT CTGTTGTTCC ATGTGCAGAT GACAGTCAGA TCTCCTCTTC CTCTGGATCT 
GGGCAACAAG ATACAATAAA AAAGGCTTTA AACTACAGTA CAGCTCCTAA AAAGAAATGT 
ATTCAGATAA AAGATTTGAT ATTACTAGGA AGAATTAACC CAGGAAATAA CATTCTGGAA 
TTCAAAACAC AGGAGACTAC CCACAAAGCC AGTATTTTAT TGAATGGTAA ACTTAAGGTA 
GAAAGTGGTC AGATTTATAA AAACCCAGTC ACCTGGCTCA AGGATCTTCT GGGAGGCAAC 
AGTTATGTGA CCTGGAATTA TGCTTGGAGT AAGGTAACGT ATCTTGGGAA GGAGCTTTTA 
AGGTATGTTT CTGAGGATGC ACCCATACTT CCAGAACCAA ACTCAGTACC TCAGCAATAT 
CAACCTTGTC TTCCAGAAGT TGCTTGTTTA GATGACCCAG TACAGGAACC AAACAAATCA 
ATGTTTGAGA AAACAAAATT TGGACAAGGA ACTTCCAGAG AGTCAATGCA AAGCAGCCCA 
CGTTATCTAC AAATAAATGA AATACTATTA ATCAGTGATC AAGAATTTCT CCCATGCCAC 
ATAATGGATC AGCATTGGAA GTTTTGTGTG GAATGTGAGG AACTAACACC CTAA

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

ANKRD31 ( XM_017009322.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864811.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu95807
Clone ID Related Accession (Same CDS sequence)	XM_017009322.1 , XM_017009322.2
Accession Version	XM_017009322.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4179bp) 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	putative ankyrin repeat domain-containing protein 31 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGGG TATCCATAGA GTCATTTAA

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

RefSeq	XP_016864811.1
CDS	212..4390
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVGIHRVI

Target ORF information:

RefSeq Version	XM_017009322.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X11, mRNA.

Target ORF information:

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

XM_017009322.1

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGGG TATCCATAGA GTCATTTAA

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

ANKRD31 ( XM_017009322.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864811.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X13, mRNA.

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CloneID	OHu95807
Clone ID Related Accession (Same CDS sequence)	XM_017009322.1 , XM_017009322.2
Accession Version	XM_017009322.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4179bp) 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	ankyrin repeat domain-containing protein 31 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017009322.1. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGGG TATCCATAGA GTCATTTAA

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

RefSeq	XP_016864811.1
CDS	237..4415
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVGIHRVI

Target ORF information:

RefSeq Version	XM_017009322.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X13, mRNA.

Target ORF information:

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

XM_017009322.2

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGGG TATCCATAGA GTCATTTAA

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

ANKRD31 ( NM_001372053.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001358982.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant 1, mRNA.

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CloneID	OHu78351
Clone ID Related Accession (Same CDS sequence)	NM_001372053.1 , XM_011543299.1
Accession Version	NM_001372053.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5793bp) 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	2019-10-20
Organism	Homo sapiens(human)
Product	ankyrin repeat domain-containing protein 31 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC008769.7 and AC093259.2. On Aug 5, 2019 this sequence version replaced XM_011543299.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000506364.6/ ENSP00000427262.2 RefSeq Select criteria :: based on manual assertion, conservation, expression ##RefSeq-Attributes-END##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGTC TCAAGATGAA 
ACAGAACGAA ATCAAGCTCT GTTACAGACT AGAAAAAACT GTTCAATGTT CATTGGGTCG 
TTTCGCCAGT CTGGACTTTC ATTGAACCAC CAAAATATTG AAGGGCCAGA GGCTGAAAGT 
CCTGAAGTTT TGCCACACAT AGAAAAGGAA CTAAGTGAAG GCAGAGATTC TCCTGAAGTT 
AGCCTTCTCT CAGGCACTGC TATTACAGTA TCTGATACAG TTGCTGTAAA GGAGACATCA 
TTAGTAGAGC CAGAGAAGAT TTTAGCAGCA CCAAATACAT TTTTTGAGCC TAGAAAGGAA 
GTCACAATGA CCATGACTTC TGAAGAAACT AAGGATGAAG AAAGCTCTCT TGAAACCTTT 
GTGTCTGCCT TAGAAAGTTT ACTTACATCA CCAGAAAGCA CCCAGGAGGA AAGATTGTTT 
GAATTAGTAA GTGATTTTGA TCGTAAAGAA TTGATGAACC CATTGAGTGA CTCTCTTAGT 
TCCATATCAA TACCTTTGAA TTCCTGGTCG GCATGTCATA GAGATTTACT AGAAGATGCA 
AAAGATGATG CATTGCCAGC TGAGTTATTG GAAGCCCTGA ACACATTGTC AGAAGCCAAG 
GTGGAAACCA TCTGTCACAG AAAAGAGGGA GGTAGCAGTC TCATTGCCAG AAATGAATGT 
TTAGAAGTGG AGTTCAATAC GTCTCAGACC AATGAAGATT GTACACAAAT AGCAGAGACT 
CTGCAAGACC CAAATCCATC TGGATTGCAA ACTTTGGCTC ATCAAAATAT CACTTCTTGT 
GAGCCACTAA GTAATAAGAG AAATTCAAAT TCAGTGACAA ATAGCTCTGA TCAGGAAACT 
GCGTGTGTGT TGAGGAGATC ATCCAGACTA GAAAAACTGA AAGTAAGCAG AGATGCAAAG 
TACTCAGATC ACATGTATAA GATGCCAGAA AAGATTTTAC CAAAAATCCT TGGCTGTGAG 
GACCTAACAA ATAATAACTC TTCAGCTCAG AATTTCAGAA TGCAGGATCC GGCTTTAATG 
ATTGATGGTA AAGAGAAGAA TATGCATTCA GCAAGGTTCA AGAATGGAAA ACAGATCAGG 
AAAAATGAAC AATTTTCAGG AAAAAAAGAA AAAATGAAGG TGAACAAAAT ATCTCTTCAT 
AGCATTAACC GGAGAAACAT TTTTGGAGAG AACTTAGTAT ATAAGGCTGC TCTACACGAT 
GATGCTGATC TTGTTCATCA TTGTATAAAA AAAGGTGGAA ATGTTAATCA GCCAAGTTAT 
GCTGGTTGGA CAGCACTTCA TGAAGCTAGT GTAGGAGGAT TTTATCGGAC AGCAAGTGAA 
CTATTAAAAG GTGGAGCAGA TGTAAATATC AAAGGATTAT ACCAGATTAC TCCCCTACAT 
GATGCAGTGA TGAATGGACA TTATAAGGTG GCAGAGTTAC TTCTTCTGAA TGGAGCTGAT 
CCATTATTTA GAAATGATGA TGGAAAATGT GCTTTGGATG AGGCCAAGGA TTTATGTATG 
AAGCGTCTCC TTGAGAGATA TATCCCTAAA CATCAAAAAT GCCTTACATC AGCTCAAAGG 
AGTAGCATTG ACCCACTAGA CATAGAGGAT GTGTACCAAC ACAAGAAACC AAAGTTCAGT 
TCTAAAAGTC ACATTTGGCA TGTTTATAAT GAAAATTCCA ACAGACAGAA GCTGGAACAT 
GTAAAAGTCA ATAAAGGAAG CAAAGCGAGT TTATTTATAA ATAAAGAAGA TGTATATGAA 
TATTACCAAA AAGATCCCAA AAACACAAAA TTTGGTAAAT CCAAGCATAA ACAATCAACT 
CTTGACCAGA TATACTCTAC AGGACTCAGA AAGGGCAATC TCCATAACGT CAAAGATCCC 
AACACAAACG TACCAAAAGG TATAGGAAGA AGAAAAACAC AACATAAAAG GACCCAAGTA 
GATGATGTAG ACTGTAATCC AAGAAAGATA CTAGCTGTCT CTCCTTCCAG GAGAATAAAC 
AGATTGGTTA CCTATCAGCA GCATATTCCA GAAACTCATA ATGACCTTCC AGAAGAATTG 
TGTGAACCTT CCAGCTTAAC TCTGTCAAGC CTGAGAAATG GATTAGATAG CAGTACTGAG 
GCTTGTTCAG TTTCCAAAGA GAAACACATC CAGAACCTGG ATTTATCAGA TAGTCAAGAA 
GTTCAATGCT TGGAATTAGA ATCTGTTGAC CAAACTGAAG CTGTTTCTTT CCCAGGGCTT 
TTATTACATA AAGAAATCAA GTTACCAGTT GTTACTACAG ATAAGCAGCC TCACACTCTC 
CAGGAACAAC ACCATGTACT TTATAAATCT CATGAAAACA GTAACTTGGT CCCAAAAGAT 
GAGAGATTTA ACAAATGGGA AAATTCTTTC CTATCCTTTG TAAAGGAAAA TTCTGATAAT 
GATGATGATG ATGATTGCTC TACCTCTGAG AAGGCTATAA CATCTAAAAA GGTGTTGTGT 
TCTACAGGTG GCAAAAAACA CTATAATTTT AAGGAGAATT TAACAAATAA AAAAGAAATG 
GGTTTCCAAC AGTTTTTACT TTCTGAAGAT CATCTTTCAC AGGAAAATGA GTTAAAAGCA 
GTCAGCCTAA CCACACTTCC AGAACAGGAA GCTGTTAATT TTTCTTATTC AGATAATGCA 
GTTATTTCTG AACATGTTGC AAATTATGAA CAATGCATAT TTGGACCTTC TTTTGATCAC 
TCAAATGGCA ATCCTGAGCA AAATTCCCTG GCTTGTATGA GAACACTTTT GACACATGAG 
GCTTCAAAGT TGACTAATCA TGTGGAGCTA TTCAAAAAGC CACAGGATTA TATTCCCAGA 
GCACCAACTT TTTTAATGAA TCAAACAGAT ACACATATTG TGGAAAAGAT GGCAAAGAAT 
TGTGACACTG AGAGGAATTA CATTGACAGA GACCAAAAAA TAATTTATTC AAATGAGCCT 
TTATCCATAG TTGCTCATTC TCAAGTAATA GAAACAACTA AAGTTGAAAA AAGGAGACAA 
AACCATCTAG AAAGTGAGAC TATACACAAT ATAGATTCTC ATTCCACTGA CAATATGAGT 
AAAGAATTGG CCAACATCTC AAAACTTAGT CAAAGAGAAA AGAAGGAAAT TTCTCACAAA 
CCAGATGAGG AATTAACTAA TAACATCAGT GGAGATGAAA TAACTATAAG AAATTGTGAG 
GAGATAAAAG AAAAAACGGA GTCAGAAATT CACATGCCTA CTAATAGCCA AGAACACAAA 
ACAGTTCAGA ATTTCAGAAA AAGACAAAGT TTCTTAAAAA CTACCTGCAA CCTAGGAATG 
AAAGCAGGTA GGATCAACAA GAGGAATGCC AGAGGGGAAA GCCAGCTTCA TTTAGCTGTC 
AGAAGAGGAA ATCTGCCCCT AGTGAAAGCC CTGATAGAAT CTGGAGCAGA TGTGAATCTA 
AATGATAATG CAGGTTGGAC ACCACTTCAT GAGGCATCTA ATGAAGGATC TATTGATATA 
ATTGTAGAGT TATTAAAAGC TGGTGCTAAG GTTAATTGTG AAAATATAGA TGGAATTCTG 
CCCTTACATG ATGCTGTTGC AAACAATCAT TTAAAGGCAG CTGAGATTCT ACTACAAAAT 
GGAGCAAACC CTAATCAAAA AGATCAAAAA CAGAAGAGTG CTTTGGATGA AGCAGATGAT 
GAAAAAATGA AAGAATTACT AAGATCTTAT GGTGCTATTG AGACTGTTAA TAGAGATGAG 
AGTGATGCTA TAGTCAATGA AAAAATTCCT GCTGTCCGGT CTAAAAGACA TAAACAGTGT 
TTTTGTGATG ATGGCAAAAC TATTGACTCA TCTTCCCTTT CACACCAAGA AAGATCAAGA 
GAAAGCCTTT CTGTGCATCA GACCCTCAGT GCCATTCTAC AAGATATAGA AGAAAAACAA 
GAATATTTAT TAGAGTTTGA AATAAGAAAC CCTGAAGATG CAGAACAATA CATTGAAAAG 
ATGTTAAAGA TAAAAAAGAT TATGGATAAT GTGCTTGCCA AGCAGAAAGC AGAAAGGGAT 
GATCTGGCTA AAAAATACAG GGTATCCATA GAGTCATTTA AGCATGGAGC CCTGAGAGAA 
CAATTGGCCA ACTTGGCTGC AAGACAGAAG AGCCTTTTAG TTGTGGCAAA AAAACAGAAA 
AAAATAAGCC TGAAAATTCA AAACTGTAGG AATGTTACAT CATTGCCTTG TCTTAGTTTA 
AGGAAGCTCC CACCCAGATC AGAAATCTCT AGTGAAAAAG ACAGCCAAGA GCTCACTAGT 
CTGGAAAATT TAGAGCATCC CCAATCAGGT TCACTTTCTC CTGTTTCTGG AAGCATGCAG 
GAAACACAAT TGTCTCTGGA AACTTGGAAC TACAGCCAAA ATACCAACAT TTGTCTAAAT 
TCAGAGGCAG TGAGAAGGGG AGAATTTTCT GGAAATGATA TGAATTCTAA ACAAAATGGC 
AGTGATTGTA CCTTGGATGG TTTTCCAAAA TCCAGACATT CAGATGGCAC AGAGAAGAAT 
AAATTACCAT CCCAACCTGT TGCTTTTATT GGTCAAACAG AATATTCACA GAAAGAGAAT 
GATCTTACAG AAGCTACAGA CAAAGACCAT GAATTCTATG TTTCTTCCCC AGTAATCGGC 
AAATTAAATA TTTCAGAAAC TGCAAGTGTC CTTGCCGAAA ATGCTGCCCA TCCATCAAAT 
ATTATTTGTG ATCAGGACCT TTCCAATTAT GATCCCAAAA GAGGAAACAG AAAAACAAGT 
TCCCAGCAAT CACCTACAGG GGCATCAGAA TCTCTGGCAC ATCAAGGGAT TGCTGTCTTA 
GGCAGTGATA CAGTGCATCA GATGAAACCA TATCTTAAAA AATCAGTTTC TGTTGTTCCA 
TGTGCAGATG ACAGTCAGAT CTCCTCTTCC TCTGGATCTG GGCAACAAGA TACAATAAAA 
AAGGCTTTAA ACTACAGTAC AGCTCCTAAA AAGAAATGTA TTCAGATAAA AGATTTGATA 
TTACTAGGAA GAATTAACCC AGGAAATAAC ATTCTGGAAT TCAAAACACA GGAGACTACC 
CACAAAGCCA GTATTTTATT GAATGGTAAA CTTAAGGTAG AAAGTGGTCA GATTTATAAA 
AACCCAGTCA CCTGGCTCAA GGATCTTCTG GGAGGCAACA GTTATGTGAC CTGGAATTAT 
GCTTGGAGTA AGGTAACGTA TCTTGGGAAG GAGCTTTTAA GGTATGTTTC TGAGGATGCA 
CCCATACTTC CAGAACCAAA CTCAGTACCT CAGCAATATC AACCTTGTCT TCCAGAAGTT 
GCTTGTTTAG ATGACCCAGT ACAGGAACCA AACAAATCAA TGTTTGAGAA AACAAAATTT 
GGACAAGGAA CTTCCAGAGA GTCAATGCAA AGCAGCCCAC GTTATCTACA AATAAATGAA 
ATACTATTAA TCAGTGATCA AGAATTTCTC CCATGCCACA TAATGGATCA GCATTGGAAG 
TTTTGTGTGG AATGTGAGGA ACTAACACCC TAA

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

RefSeq	NP_001358982.1
CDS	193..5985
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	NM_001372053.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant 1, mRNA.

Target ORF information:

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

NM_001372053.1

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGTC TCAAGATGAA 
ACAGAACGAA ATCAAGCTCT GTTACAGACT AGAAAAAACT GTTCAATGTT CATTGGGTCG 
TTTCGCCAGT CTGGACTTTC ATTGAACCAC CAAAATATTG AAGGGCCAGA GGCTGAAAGT 
CCTGAAGTTT TGCCACACAT AGAAAAGGAA CTAAGTGAAG GCAGAGATTC TCCTGAAGTT 
AGCCTTCTCT CAGGCACTGC TATTACAGTA TCTGATACAG TTGCTGTAAA GGAGACATCA 
TTAGTAGAGC CAGAGAAGAT TTTAGCAGCA CCAAATACAT TTTTTGAGCC TAGAAAGGAA 
GTCACAATGA CCATGACTTC TGAAGAAACT AAGGATGAAG AAAGCTCTCT TGAAACCTTT 
GTGTCTGCCT TAGAAAGTTT ACTTACATCA CCAGAAAGCA CCCAGGAGGA AAGATTGTTT 
GAATTAGTAA GTGATTTTGA TCGTAAAGAA TTGATGAACC CATTGAGTGA CTCTCTTAGT 
TCCATATCAA TACCTTTGAA TTCCTGGTCG GCATGTCATA GAGATTTACT AGAAGATGCA 
AAAGATGATG CATTGCCAGC TGAGTTATTG GAAGCCCTGA ACACATTGTC AGAAGCCAAG 
GTGGAAACCA TCTGTCACAG AAAAGAGGGA GGTAGCAGTC TCATTGCCAG AAATGAATGT 
TTAGAAGTGG AGTTCAATAC GTCTCAGACC AATGAAGATT GTACACAAAT AGCAGAGACT 
CTGCAAGACC CAAATCCATC TGGATTGCAA ACTTTGGCTC ATCAAAATAT CACTTCTTGT 
GAGCCACTAA GTAATAAGAG AAATTCAAAT TCAGTGACAA ATAGCTCTGA TCAGGAAACT 
GCGTGTGTGT TGAGGAGATC ATCCAGACTA GAAAAACTGA AAGTAAGCAG AGATGCAAAG 
TACTCAGATC ACATGTATAA GATGCCAGAA AAGATTTTAC CAAAAATCCT TGGCTGTGAG 
GACCTAACAA ATAATAACTC TTCAGCTCAG AATTTCAGAA TGCAGGATCC GGCTTTAATG 
ATTGATGGTA AAGAGAAGAA TATGCATTCA GCAAGGTTCA AGAATGGAAA ACAGATCAGG 
AAAAATGAAC AATTTTCAGG AAAAAAAGAA AAAATGAAGG TGAACAAAAT ATCTCTTCAT 
AGCATTAACC GGAGAAACAT TTTTGGAGAG AACTTAGTAT ATAAGGCTGC TCTACACGAT 
GATGCTGATC TTGTTCATCA TTGTATAAAA AAAGGTGGAA ATGTTAATCA GCCAAGTTAT 
GCTGGTTGGA CAGCACTTCA TGAAGCTAGT GTAGGAGGAT TTTATCGGAC AGCAAGTGAA 
CTATTAAAAG GTGGAGCAGA TGTAAATATC AAAGGATTAT ACCAGATTAC TCCCCTACAT 
GATGCAGTGA TGAATGGACA TTATAAGGTG GCAGAGTTAC TTCTTCTGAA TGGAGCTGAT 
CCATTATTTA GAAATGATGA TGGAAAATGT GCTTTGGATG AGGCCAAGGA TTTATGTATG 
AAGCGTCTCC TTGAGAGATA TATCCCTAAA CATCAAAAAT GCCTTACATC AGCTCAAAGG 
AGTAGCATTG ACCCACTAGA CATAGAGGAT GTGTACCAAC ACAAGAAACC AAAGTTCAGT 
TCTAAAAGTC ACATTTGGCA TGTTTATAAT GAAAATTCCA ACAGACAGAA GCTGGAACAT 
GTAAAAGTCA ATAAAGGAAG CAAAGCGAGT TTATTTATAA ATAAAGAAGA TGTATATGAA 
TATTACCAAA AAGATCCCAA AAACACAAAA TTTGGTAAAT CCAAGCATAA ACAATCAACT 
CTTGACCAGA TATACTCTAC AGGACTCAGA AAGGGCAATC TCCATAACGT CAAAGATCCC 
AACACAAACG TACCAAAAGG TATAGGAAGA AGAAAAACAC AACATAAAAG GACCCAAGTA 
GATGATGTAG ACTGTAATCC AAGAAAGATA CTAGCTGTCT CTCCTTCCAG GAGAATAAAC 
AGATTGGTTA CCTATCAGCA GCATATTCCA GAAACTCATA ATGACCTTCC AGAAGAATTG 
TGTGAACCTT CCAGCTTAAC TCTGTCAAGC CTGAGAAATG GATTAGATAG CAGTACTGAG 
GCTTGTTCAG TTTCCAAAGA GAAACACATC CAGAACCTGG ATTTATCAGA TAGTCAAGAA 
GTTCAATGCT TGGAATTAGA ATCTGTTGAC CAAACTGAAG CTGTTTCTTT CCCAGGGCTT 
TTATTACATA AAGAAATCAA GTTACCAGTT GTTACTACAG ATAAGCAGCC TCACACTCTC 
CAGGAACAAC ACCATGTACT TTATAAATCT CATGAAAACA GTAACTTGGT CCCAAAAGAT 
GAGAGATTTA ACAAATGGGA AAATTCTTTC CTATCCTTTG TAAAGGAAAA TTCTGATAAT 
GATGATGATG ATGATTGCTC TACCTCTGAG AAGGCTATAA CATCTAAAAA GGTGTTGTGT 
TCTACAGGTG GCAAAAAACA CTATAATTTT AAGGAGAATT TAACAAATAA AAAAGAAATG 
GGTTTCCAAC AGTTTTTACT TTCTGAAGAT CATCTTTCAC AGGAAAATGA GTTAAAAGCA 
GTCAGCCTAA CCACACTTCC AGAACAGGAA GCTGTTAATT TTTCTTATTC AGATAATGCA 
GTTATTTCTG AACATGTTGC AAATTATGAA CAATGCATAT TTGGACCTTC TTTTGATCAC 
TCAAATGGCA ATCCTGAGCA AAATTCCCTG GCTTGTATGA GAACACTTTT GACACATGAG 
GCTTCAAAGT TGACTAATCA TGTGGAGCTA TTCAAAAAGC CACAGGATTA TATTCCCAGA 
GCACCAACTT TTTTAATGAA TCAAACAGAT ACACATATTG TGGAAAAGAT GGCAAAGAAT 
TGTGACACTG AGAGGAATTA CATTGACAGA GACCAAAAAA TAATTTATTC AAATGAGCCT 
TTATCCATAG TTGCTCATTC TCAAGTAATA GAAACAACTA AAGTTGAAAA AAGGAGACAA 
AACCATCTAG AAAGTGAGAC TATACACAAT ATAGATTCTC ATTCCACTGA CAATATGAGT 
AAAGAATTGG CCAACATCTC AAAACTTAGT CAAAGAGAAA AGAAGGAAAT TTCTCACAAA 
CCAGATGAGG AATTAACTAA TAACATCAGT GGAGATGAAA TAACTATAAG AAATTGTGAG 
GAGATAAAAG AAAAAACGGA GTCAGAAATT CACATGCCTA CTAATAGCCA AGAACACAAA 
ACAGTTCAGA ATTTCAGAAA AAGACAAAGT TTCTTAAAAA CTACCTGCAA CCTAGGAATG 
AAAGCAGGTA GGATCAACAA GAGGAATGCC AGAGGGGAAA GCCAGCTTCA TTTAGCTGTC 
AGAAGAGGAA ATCTGCCCCT AGTGAAAGCC CTGATAGAAT CTGGAGCAGA TGTGAATCTA 
AATGATAATG CAGGTTGGAC ACCACTTCAT GAGGCATCTA ATGAAGGATC TATTGATATA 
ATTGTAGAGT TATTAAAAGC TGGTGCTAAG GTTAATTGTG AAAATATAGA TGGAATTCTG 
CCCTTACATG ATGCTGTTGC AAACAATCAT TTAAAGGCAG CTGAGATTCT ACTACAAAAT 
GGAGCAAACC CTAATCAAAA AGATCAAAAA CAGAAGAGTG CTTTGGATGA AGCAGATGAT 
GAAAAAATGA AAGAATTACT AAGATCTTAT GGTGCTATTG AGACTGTTAA TAGAGATGAG 
AGTGATGCTA TAGTCAATGA AAAAATTCCT GCTGTCCGGT CTAAAAGACA TAAACAGTGT 
TTTTGTGATG ATGGCAAAAC TATTGACTCA TCTTCCCTTT CACACCAAGA AAGATCAAGA 
GAAAGCCTTT CTGTGCATCA GACCCTCAGT GCCATTCTAC AAGATATAGA AGAAAAACAA 
GAATATTTAT TAGAGTTTGA AATAAGAAAC CCTGAAGATG CAGAACAATA CATTGAAAAG 
ATGTTAAAGA TAAAAAAGAT TATGGATAAT GTGCTTGCCA AGCAGAAAGC AGAAAGGGAT 
GATCTGGCTA AAAAATACAG GGTATCCATA GAGTCATTTA AGCATGGAGC CCTGAGAGAA 
CAATTGGCCA ACTTGGCTGC AAGACAGAAG AGCCTTTTAG TTGTGGCAAA AAAACAGAAA 
AAAATAAGCC TGAAAATTCA AAACTGTAGG AATGTTACAT CATTGCCTTG TCTTAGTTTA 
AGGAAGCTCC CACCCAGATC AGAAATCTCT AGTGAAAAAG ACAGCCAAGA GCTCACTAGT 
CTGGAAAATT TAGAGCATCC CCAATCAGGT TCACTTTCTC CTGTTTCTGG AAGCATGCAG 
GAAACACAAT TGTCTCTGGA AACTTGGAAC TACAGCCAAA ATACCAACAT TTGTCTAAAT 
TCAGAGGCAG TGAGAAGGGG AGAATTTTCT GGAAATGATA TGAATTCTAA ACAAAATGGC 
AGTGATTGTA CCTTGGATGG TTTTCCAAAA TCCAGACATT CAGATGGCAC AGAGAAGAAT 
AAATTACCAT CCCAACCTGT TGCTTTTATT GGTCAAACAG AATATTCACA GAAAGAGAAT 
GATCTTACAG AAGCTACAGA CAAAGACCAT GAATTCTATG TTTCTTCCCC AGTAATCGGC 
AAATTAAATA TTTCAGAAAC TGCAAGTGTC CTTGCCGAAA ATGCTGCCCA TCCATCAAAT 
ATTATTTGTG ATCAGGACCT TTCCAATTAT GATCCCAAAA GAGGAAACAG AAAAACAAGT 
TCCCAGCAAT CACCTACAGG GGCATCAGAA TCTCTGGCAC ATCAAGGGAT TGCTGTCTTA 
GGCAGTGATA CAGTGCATCA GATGAAACCA TATCTTAAAA AATCAGTTTC TGTTGTTCCA 
TGTGCAGATG ACAGTCAGAT CTCCTCTTCC TCTGGATCTG GGCAACAAGA TACAATAAAA 
AAGGCTTTAA ACTACAGTAC AGCTCCTAAA AAGAAATGTA TTCAGATAAA AGATTTGATA 
TTACTAGGAA GAATTAACCC AGGAAATAAC ATTCTGGAAT TCAAAACACA GGAGACTACC 
CACAAAGCCA GTATTTTATT GAATGGTAAA CTTAAGGTAG AAAGTGGTCA GATTTATAAA 
AACCCAGTCA CCTGGCTCAA GGATCTTCTG GGAGGCAACA GTTATGTGAC CTGGAATTAT 
GCTTGGAGTA AGGTAACGTA TCTTGGGAAG GAGCTTTTAA GGTATGTTTC TGAGGATGCA 
CCCATACTTC CAGAACCAAA CTCAGTACCT CAGCAATATC AACCTTGTCT TCCAGAAGTT 
GCTTGTTTAG ATGACCCAGT ACAGGAACCA AACAAATCAA TGTTTGAGAA AACAAAATTT 
GGACAAGGAA CTTCCAGAGA GTCAATGCAA AGCAGCCCAC GTTATCTACA AATAAATGAA 
ATACTATTAA TCAGTGATCA AGAATTTCTC CCATGCCACA TAATGGATCA GCATTGGAAG 
TTTTGTGTGG AATGTGAGGA ACTAACACCC TAA

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

ANKRD31 ( XM_024446010.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024301778.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X5, mRNA.

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CloneID	OHu105658
Clone ID Related Accession (Same CDS sequence)	XM_024446010.1
Accession Version	XM_024446010.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5694bp) 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	ankyrin repeat domain-containing protein 31 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGAGGTTGC TGTTTGATCA AGACGCATCT CTTAAATCTG AGTTCAGTCT GCATCCTGAT 
ACAAGAGGAA TGTGCAAAGG CATGCCTTCT CCTGAGATTC AACTTGGATT TAAGCTCAGA 
GAGGATCTGC AAGAGCAAAT GAATAAAAAT AAGATGATGC CTGTTCTTAG CGAGGATACA 
ATATTACAGT CTCAAGATGA AACAGAACGA AATCAAGCTC TGTTACAGAC TAGAAAAAAC 
TGTTCAATGT TCATTGGGTC GTTTCGCCAG TCTGGACTTT CATTGAACCA CCAAAATATT 
GAAGGGCCAG AGGCTGAAAG TCCTGAAGTT TTGCCACACA TAGAAAAGGA ACTAAGTGAA 
GGCAGAGATT CTCCTGAAGT TAGCCTTCTC TCAGGCACTG CTATTACAGT ATCTGATACA 
GTTGCTGTAA AGGAGACATC ATTAGTAGAG CCAGAGAAGA TTTTAGCAGC ACCAAATACA 
TTTTTTGAGC CTAGAAAGGA AGTCACAATG ACCATGACTT CTGAAGAAAC TAAGGATGAA 
GAAAGCTCTC TTGAAACCTT TGTGTCTGCC TTAGAAAGTT TACTTACATC ACCAGAAAGC 
ACCCAGGAGG AAAGATTGTT TGAATTAGTA AGTGATTTTG ATCGTAAAGA ATTGATGAAC 
CCATTGAGTG ACTCTCTTAG TTCCATATCA ATACCTTTGA ATTCCTGGTC GGCATGTCAT 
AGAGATTTAC TAGAAGATGC AAAAGATGAT GCATTGCCAG CTGAGTTATT GGAAGCCCTG 
AACACATTGT CAGAAGCCAA GGTGGAAACC ATCTGTCACA GAAAAGAGGG AGGTAGCAGT 
CTCATTGCCA GAAATGAATG TTTAGAAGTG GAGTTCAATA CGTCTCAGAC CAATGAAGAT 
TGTACACAAA TAGCAGAGAC TCTGCAAGAC CCAAATCCAT CTGGATTGCA AACTTTGGCT 
CATCAAAATA TCACTTCTTG TGAGCCACTA AGTAATAAGA GAAATTCAAA TTCAGTGACA 
AATAGCTCTG ATCAGGAAAC TGCGTGTGTG TTGAGGAGAT CATCCAGACT AGAAAAACTG 
AAAGTAAGCA GAGATGCAAA GTACTCAGAT CACATGTATA AGATGCCAGA AAAGATTTTA 
CCAAAAATCC TTGGCTGTGA GGACCTAACA AATAATAACT CTTCAGCTCA GAATTTCAGA 
ATGCAGGATC CGGCTTTAAT GATTGATGGT AAAGAGAAGA ATATGCATTC AGCAAGGTTC 
AAGAATGGAA AACAGATCAG GAAAAATGAA CAATTTTCAG GAAAAAAAGA AAAAATGAAG 
GTGAACAAAA TATCTCTTCA TAGCATTAAC CGGAGAAACA TTTTTGGAGA GAACTTAGTA 
TATAAGGCTG CTCTACACGA TGATGCTGAT CTTGTTCATC ATTGTATAAA AAAAGGTGGA 
AATGTTAATC AGCCAAGTTA TGCTGGTTGG ACAGCACTTC ATGAAGCTAG TGTAGGAGGA 
TTTTATCGGA CAGCAAGTGA ACTATTAAAA GGTGGAGCAG ATGTAAATAT CAAAGGATTA 
TACCAGATTA CTCCCCTACA TGATGCAGTG ATGAATGGAC ATTATAAGGT GGCAGAGTTA 
CTTCTTCTGA ATGGAGCTGA TCCATTATTT AGAAATGATG ATGGAAAATG TGCTTTGGAT 
GAGGCCAAGG ATTTATGTAT GAAGCGTCTC CTTGAGAGAT ATATCCCTAA ACATCAAAAA 
TGCCTTACAT CAGCTCAAAG GAGTAGCATT GACCCACTAG ACATAGAGGA TGTGTACCAA 
CACAAGAAAC CAAAGTTCAG TTCTAAAAGT CACATTTGGC ATGTTTATAA TGAAAATTCC 
AACAGACAGA AGCTGGAACA TGTAAAAGTC AATAAAGGAA GCAAAGCGAG TTTATTTATA 
AATAAAGAAG ATGTATATGA ATATTACCAA AAAGATCCCA AAAACACAAA ATTTGGTAAA 
TCCAAGCATA AACAATCAAC TCTTGACCAG ATATACTCTA CAGGACTCAG AAAGGGCAAT 
CTCCATAACG TCAAAGATCC CAACACAAAC GTACCAAAAG GTATAGGAAG AAGAAAAACA 
CAACATAAAA GGACCCAAGT AGATGATGTA GACTGTAATC CAAGAAAGAT ACTAGCTGTC 
TCTCCTTCCA GGAGAATAAA CAGATTGGTT ACCTATCAGC AGCATATTCC AGAAACTCAT 
AATGACCTTC CAGAAGAATT GTGTGAACCT TCCAGCTTAA CTCTGTCAAG CCTGAGAAAT 
GGATTAGATA GCAGTACTGA GGCTTGTTCA GTTTCCAAAG AGAAACACAT CCAGAACCTG 
GATTTATCAG ATAGTCAAGA AGTTCAATGC TTGGAATTAG AATCTGTTGA CCAAACTGAA 
GCTGTTTCTT TCCCAGGGCT TTTATTACAT AAAGAAATCA AGTTACCAGT TGTTACTACA 
GATAAGCAGC CTCACACTCT CCAGGAACAA CACCATGTAC TTTATAAATC TCATGAAAAC 
AGTAACTTGG TCCCAAAAGA TGAGAGATTT AACAAATGGG AAAATTCTTT CCTATCCTTT 
GTAAAGGAAA ATTCTGATAA TGATGATGAT GATGATTGCT CTACCTCTGA GAAGGCTATA 
ACATCTAAAA AGGTGTTGTG TTCTACAGGT GGCAAAAAAC ACTATAATTT TAAGGAGAAT 
TTAACAAATA AAAAAGAAAT GGGTTTCCAA CAGTTTTTAC TTTCTGAAGA TCATCTTTCA 
CAGGAAAATG AGTTAAAAGC AGTCAGCCTA ACCACACTTC CAGAACAGGA AGCTGTTAAT 
TTTTCTTATT CAGATAATGC AGTTATTTCT GAACATGTTG CAAATTATGA ACAATGCATA 
TTTGGACCTT CTTTTGATCA CTCAAATGGC AATCCTGAGC AAAATTCCCT GGCTTGTATG 
AGAACACTTT TGACACATGA GGCTTCAAAG TTGACTAATC ATGTGGAGCT ATTCAAAAAG 
CCACAGGATT ATATTCCCAG AGCACCAACT TTTTTAATGA ATCAAACAGA TACACATATT 
GTGGAAAAGA TGGCAAAGAA TTGTGACACT GAGAGGAATT ACATTGACAG AGACCAAAAA 
ATAATTTATT CAAATGAGCC TTTATCCATA GTTGCTCATT CTCAAGTAAT AGAAACAACT 
AAAGTTGAAA AAAGGAGACA AAACCATCTA GAAAGTGAGA CTATACACAA TATAGATTCT 
CATTCCACTG ACAATATGAG TAAAGAATTG GCCAACATCT CAAAACTTAG TCAAAGAGAA 
AAGAAGGAAA TTTCTCACAA ACCAGATGAG GAATTAACTA ATAACATCAG TGGAGATGAA 
ATAACTATAA GAAATTGTGA GGAGATAAAA GAAAAAACGG AGTCAGAAAT TCACATGCCT 
ACTAATAGCC AAGAACACAA AACAGTTCAG AATTTCAGAA AAAGACAAAG TTTCTTAAAA 
ACTACCTGCA ACCTAGGAAT GAAAGCAGGT AGGATCAACA AGAGGAATGC CAGAGGGGAA 
AGCCAGCTTC ATTTAGCTGT CAGAAGAGGA AATCTGCCCC TAGTGAAAGC CCTGATAGAA 
TCTGGAGCAG ATGTGAATCT AAATGATAAT GCAGGTTGGA CACCACTTCA TGAGGCATCT 
AATGAAGGAT CTATTGATAT AATTGTAGAG TTATTAAAAG CTGGTGCTAA GGTTAATTGT 
GAAAATATAG ATGGAATTCT GCCCTTACAT GATGCTGTTG CAAACAATCA TTTAAAGGCA 
GCTGAGATTC TACTACAAAA TGGAGCAAAC CCTAATCAAA AAGATCAAAA ACAGAAGAGT 
GCTTTGGATG AAGCAGATGA TGAAAAAATG AAAGAATTAC TAAGATCTTA TGGTGCTATT 
GAGACTGTTA ATAGAGATGA GAGTGATGCT ATAGTCAATG AAAAAATTCC TGCTGTCCGG 
TCTAAAAGAC ATAAACAGTG TTTTTGTGAT GATGGCAAAA CTATTGACTC ATCTTCCCTT 
TCACACCAAG AAAGATCAAG AGAAAGCCTT TCTGTGCATC AGACCCTCAG TGCCATTCTA 
CAAGATATAG AAGAAAAACA AGAATATTTA TTAGAGTTTG AAATAAGAAA CCCTGAAGAT 
GCAGAACAAT ACATTGAAAA GATGTTAAAG ATAAAAAAGA TTATGGATAA TGTGCTTGCC 
AAGCAGAAAG CAGAAAGGGA TGATCTGGCT AAAAAATACA GGGTATCCAT AGAGTCATTT 
AAGCATGGAG CCCTGAGAGA ACAATTGGCC AACTTGGCTG CAAGACAGAA GAGCCTTTTA 
GTTGTGGCAA AAAAACAGAA AAAAATAAGC CTGAAAATTC AAAACTGTAG GAATGTTACA 
TCATTGCCTT GTCTTAGTTT AAGGAAGCTC CCACCCAGAT CAGAAATCTC TAGTGAAAAA 
GACAGCCAAG AGCTCACTAG TCTGGAAAAT TTAGAGCATC CCCAATCAGG TTCACTTTCT 
CCTGTTTCTG GAAGCATGCA GGAAACACAA TTGTCTCTGG AAACTTGGAA CTACAGCCAA 
AATACCAACA TTTGTCTAAA TTCAGAGGCA GTGAGAAGGG GAGAATTTTC TGGAAATGAT 
ATGAATTCTA AACAAAATGG CAGTGATTGT ACCTTGGATG GTTTTCCAAA ATCCAGACAT 
TCAGATGGCA CAGAGAAGAA TAAATTACCA TCCCAACCTG TTGCTTTTAT TGGTCAAACA 
GAATATTCAC AGAAAGAGAA TGATCTTACA GAAGCTACAG ACAAAGACCA TGAATTCTAT 
GTTTCTTCCC CAGTAATCGG CAAATTAAAT ATTTCAGAAA CTGCAAGTGT CCTTGCCGAA 
AATGCTGCCC ATCCATCAAA TATTATTTGT GATCAGGACC TTTCCAATTA TGATCCCAAA 
AGAGGAAACA GAAAAACAAG TTCCCAGCAA TCACCTACAG GGGCATCAGA ATCTCTGGCA 
CATCAAGGGA TTGCTGTCTT AGGCAGTGAT ACAGTGCATC AGATGAAACC ATATCTTAAA 
AAATCAGTTT CTGTTGTTCC ATGTGCAGAT GACAGTCAGA TCTCCTCTTC CTCTGGATCT 
GGGCAACAAG ATACAATAAA AAAGGCTTTA AACTACAGTA CAGCTCCTAA AAAGAAATGT 
ATTCAGATAA AAGATTTGAT ATTACTAGGA AGAATTAACC CAGGAAATAA CATTCTGGAA 
TTCAAAACAC AGGAGACTAC CCACAAAGCC AGTATTTTAT TGAATGGTAA ACTTAAGGTA 
GAAAGTGGTC AGATTTATAA AAACCCAGTC ACCTGGCTCA AGGATCTTCT GGGAGGCAAC 
AGTTATGTGA CCTGGAATTA TGCTTGGAGT AAGGTAACGT ATCTTGGGAA GGAGCTTTTA 
AGGTATGTTT CTGAGGATGC ACCCATACTT CCAGAACCAA ACTCAGTACC TCAGCAATAT 
CAACCTTGTC TTCCAGAAGT TGCTTGTTTA GATGACCCAG TACAGGAACC AAACAAATCA 
ATGTTTGAGA AAACAAAATT TGGACAAGGA ACTTCCAGAG AGTCAATGCA AAGCAGCCCA 
CGTTATCTAC AAATAAATGA AATACTATTA ATCAGTGATC AAGAATTTCT CCCATGCCAC 
ATAATGGATC AGCATTGGAA GTTTTGTGTG GAATGTGAGG AACTAACACC CTAA

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

RefSeq	XP_024301778.1
CDS	528..6221
Translation	MRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_024446010.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X5, mRNA.

Target ORF information:

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

XM_024446010.1

ORF Insert Sequence:

ATGAGGTTGC TGTTTGATCA AGACGCATCT CTTAAATCTG AGTTCAGTCT GCATCCTGAT 
ACAAGAGGAA TGTGCAAAGG CATGCCTTCT CCTGAGATTC AACTTGGATT TAAGCTCAGA 
GAGGATCTGC AAGAGCAAAT GAATAAAAAT AAGATGATGC CTGTTCTTAG CGAGGATACA 
ATATTACAGT CTCAAGATGA AACAGAACGA AATCAAGCTC TGTTACAGAC TAGAAAAAAC 
TGTTCAATGT TCATTGGGTC GTTTCGCCAG TCTGGACTTT CATTGAACCA CCAAAATATT 
GAAGGGCCAG AGGCTGAAAG TCCTGAAGTT TTGCCACACA TAGAAAAGGA ACTAAGTGAA 
GGCAGAGATT CTCCTGAAGT TAGCCTTCTC TCAGGCACTG CTATTACAGT ATCTGATACA 
GTTGCTGTAA AGGAGACATC ATTAGTAGAG CCAGAGAAGA TTTTAGCAGC ACCAAATACA 
TTTTTTGAGC CTAGAAAGGA AGTCACAATG ACCATGACTT CTGAAGAAAC TAAGGATGAA 
GAAAGCTCTC TTGAAACCTT TGTGTCTGCC TTAGAAAGTT TACTTACATC ACCAGAAAGC 
ACCCAGGAGG AAAGATTGTT TGAATTAGTA AGTGATTTTG ATCGTAAAGA ATTGATGAAC 
CCATTGAGTG ACTCTCTTAG TTCCATATCA ATACCTTTGA ATTCCTGGTC GGCATGTCAT 
AGAGATTTAC TAGAAGATGC AAAAGATGAT GCATTGCCAG CTGAGTTATT GGAAGCCCTG 
AACACATTGT CAGAAGCCAA GGTGGAAACC ATCTGTCACA GAAAAGAGGG AGGTAGCAGT 
CTCATTGCCA GAAATGAATG TTTAGAAGTG GAGTTCAATA CGTCTCAGAC CAATGAAGAT 
TGTACACAAA TAGCAGAGAC TCTGCAAGAC CCAAATCCAT CTGGATTGCA AACTTTGGCT 
CATCAAAATA TCACTTCTTG TGAGCCACTA AGTAATAAGA GAAATTCAAA TTCAGTGACA 
AATAGCTCTG ATCAGGAAAC TGCGTGTGTG TTGAGGAGAT CATCCAGACT AGAAAAACTG 
AAAGTAAGCA GAGATGCAAA GTACTCAGAT CACATGTATA AGATGCCAGA AAAGATTTTA 
CCAAAAATCC TTGGCTGTGA GGACCTAACA AATAATAACT CTTCAGCTCA GAATTTCAGA 
ATGCAGGATC CGGCTTTAAT GATTGATGGT AAAGAGAAGA ATATGCATTC AGCAAGGTTC 
AAGAATGGAA AACAGATCAG GAAAAATGAA CAATTTTCAG GAAAAAAAGA AAAAATGAAG 
GTGAACAAAA TATCTCTTCA TAGCATTAAC CGGAGAAACA TTTTTGGAGA GAACTTAGTA 
TATAAGGCTG CTCTACACGA TGATGCTGAT CTTGTTCATC ATTGTATAAA AAAAGGTGGA 
AATGTTAATC AGCCAAGTTA TGCTGGTTGG ACAGCACTTC ATGAAGCTAG TGTAGGAGGA 
TTTTATCGGA CAGCAAGTGA ACTATTAAAA GGTGGAGCAG ATGTAAATAT CAAAGGATTA 
TACCAGATTA CTCCCCTACA TGATGCAGTG ATGAATGGAC ATTATAAGGT GGCAGAGTTA 
CTTCTTCTGA ATGGAGCTGA TCCATTATTT AGAAATGATG ATGGAAAATG TGCTTTGGAT 
GAGGCCAAGG ATTTATGTAT GAAGCGTCTC CTTGAGAGAT ATATCCCTAA ACATCAAAAA 
TGCCTTACAT CAGCTCAAAG GAGTAGCATT GACCCACTAG ACATAGAGGA TGTGTACCAA 
CACAAGAAAC CAAAGTTCAG TTCTAAAAGT CACATTTGGC ATGTTTATAA TGAAAATTCC 
AACAGACAGA AGCTGGAACA TGTAAAAGTC AATAAAGGAA GCAAAGCGAG TTTATTTATA 
AATAAAGAAG ATGTATATGA ATATTACCAA AAAGATCCCA AAAACACAAA ATTTGGTAAA 
TCCAAGCATA AACAATCAAC TCTTGACCAG ATATACTCTA CAGGACTCAG AAAGGGCAAT 
CTCCATAACG TCAAAGATCC CAACACAAAC GTACCAAAAG GTATAGGAAG AAGAAAAACA 
CAACATAAAA GGACCCAAGT AGATGATGTA GACTGTAATC CAAGAAAGAT ACTAGCTGTC 
TCTCCTTCCA GGAGAATAAA CAGATTGGTT ACCTATCAGC AGCATATTCC AGAAACTCAT 
AATGACCTTC CAGAAGAATT GTGTGAACCT TCCAGCTTAA CTCTGTCAAG CCTGAGAAAT 
GGATTAGATA GCAGTACTGA GGCTTGTTCA GTTTCCAAAG AGAAACACAT CCAGAACCTG 
GATTTATCAG ATAGTCAAGA AGTTCAATGC TTGGAATTAG AATCTGTTGA CCAAACTGAA 
GCTGTTTCTT TCCCAGGGCT TTTATTACAT AAAGAAATCA AGTTACCAGT TGTTACTACA 
GATAAGCAGC CTCACACTCT CCAGGAACAA CACCATGTAC TTTATAAATC TCATGAAAAC 
AGTAACTTGG TCCCAAAAGA TGAGAGATTT AACAAATGGG AAAATTCTTT CCTATCCTTT 
GTAAAGGAAA ATTCTGATAA TGATGATGAT GATGATTGCT CTACCTCTGA GAAGGCTATA 
ACATCTAAAA AGGTGTTGTG TTCTACAGGT GGCAAAAAAC ACTATAATTT TAAGGAGAAT 
TTAACAAATA AAAAAGAAAT GGGTTTCCAA CAGTTTTTAC TTTCTGAAGA TCATCTTTCA 
CAGGAAAATG AGTTAAAAGC AGTCAGCCTA ACCACACTTC CAGAACAGGA AGCTGTTAAT 
TTTTCTTATT CAGATAATGC AGTTATTTCT GAACATGTTG CAAATTATGA ACAATGCATA 
TTTGGACCTT CTTTTGATCA CTCAAATGGC AATCCTGAGC AAAATTCCCT GGCTTGTATG 
AGAACACTTT TGACACATGA GGCTTCAAAG TTGACTAATC ATGTGGAGCT ATTCAAAAAG 
CCACAGGATT ATATTCCCAG AGCACCAACT TTTTTAATGA ATCAAACAGA TACACATATT 
GTGGAAAAGA TGGCAAAGAA TTGTGACACT GAGAGGAATT ACATTGACAG AGACCAAAAA 
ATAATTTATT CAAATGAGCC TTTATCCATA GTTGCTCATT CTCAAGTAAT AGAAACAACT 
AAAGTTGAAA AAAGGAGACA AAACCATCTA GAAAGTGAGA CTATACACAA TATAGATTCT 
CATTCCACTG ACAATATGAG TAAAGAATTG GCCAACATCT CAAAACTTAG TCAAAGAGAA 
AAGAAGGAAA TTTCTCACAA ACCAGATGAG GAATTAACTA ATAACATCAG TGGAGATGAA 
ATAACTATAA GAAATTGTGA GGAGATAAAA GAAAAAACGG AGTCAGAAAT TCACATGCCT 
ACTAATAGCC AAGAACACAA AACAGTTCAG AATTTCAGAA AAAGACAAAG TTTCTTAAAA 
ACTACCTGCA ACCTAGGAAT GAAAGCAGGT AGGATCAACA AGAGGAATGC CAGAGGGGAA 
AGCCAGCTTC ATTTAGCTGT CAGAAGAGGA AATCTGCCCC TAGTGAAAGC CCTGATAGAA 
TCTGGAGCAG ATGTGAATCT AAATGATAAT GCAGGTTGGA CACCACTTCA TGAGGCATCT 
AATGAAGGAT CTATTGATAT AATTGTAGAG TTATTAAAAG CTGGTGCTAA GGTTAATTGT 
GAAAATATAG ATGGAATTCT GCCCTTACAT GATGCTGTTG CAAACAATCA TTTAAAGGCA 
GCTGAGATTC TACTACAAAA TGGAGCAAAC CCTAATCAAA AAGATCAAAA ACAGAAGAGT 
GCTTTGGATG AAGCAGATGA TGAAAAAATG AAAGAATTAC TAAGATCTTA TGGTGCTATT 
GAGACTGTTA ATAGAGATGA GAGTGATGCT ATAGTCAATG AAAAAATTCC TGCTGTCCGG 
TCTAAAAGAC ATAAACAGTG TTTTTGTGAT GATGGCAAAA CTATTGACTC ATCTTCCCTT 
TCACACCAAG AAAGATCAAG AGAAAGCCTT TCTGTGCATC AGACCCTCAG TGCCATTCTA 
CAAGATATAG AAGAAAAACA AGAATATTTA TTAGAGTTTG AAATAAGAAA CCCTGAAGAT 
GCAGAACAAT ACATTGAAAA GATGTTAAAG ATAAAAAAGA TTATGGATAA TGTGCTTGCC 
AAGCAGAAAG CAGAAAGGGA TGATCTGGCT AAAAAATACA GGGTATCCAT AGAGTCATTT 
AAGCATGGAG CCCTGAGAGA ACAATTGGCC AACTTGGCTG CAAGACAGAA GAGCCTTTTA 
GTTGTGGCAA AAAAACAGAA AAAAATAAGC CTGAAAATTC AAAACTGTAG GAATGTTACA 
TCATTGCCTT GTCTTAGTTT AAGGAAGCTC CCACCCAGAT CAGAAATCTC TAGTGAAAAA 
GACAGCCAAG AGCTCACTAG TCTGGAAAAT TTAGAGCATC CCCAATCAGG TTCACTTTCT 
CCTGTTTCTG GAAGCATGCA GGAAACACAA TTGTCTCTGG AAACTTGGAA CTACAGCCAA 
AATACCAACA TTTGTCTAAA TTCAGAGGCA GTGAGAAGGG GAGAATTTTC TGGAAATGAT 
ATGAATTCTA AACAAAATGG CAGTGATTGT ACCTTGGATG GTTTTCCAAA ATCCAGACAT 
TCAGATGGCA CAGAGAAGAA TAAATTACCA TCCCAACCTG TTGCTTTTAT TGGTCAAACA 
GAATATTCAC AGAAAGAGAA TGATCTTACA GAAGCTACAG ACAAAGACCA TGAATTCTAT 
GTTTCTTCCC CAGTAATCGG CAAATTAAAT ATTTCAGAAA CTGCAAGTGT CCTTGCCGAA 
AATGCTGCCC ATCCATCAAA TATTATTTGT GATCAGGACC TTTCCAATTA TGATCCCAAA 
AGAGGAAACA GAAAAACAAG TTCCCAGCAA TCACCTACAG GGGCATCAGA ATCTCTGGCA 
CATCAAGGGA TTGCTGTCTT AGGCAGTGAT ACAGTGCATC AGATGAAACC ATATCTTAAA 
AAATCAGTTT CTGTTGTTCC ATGTGCAGAT GACAGTCAGA TCTCCTCTTC CTCTGGATCT 
GGGCAACAAG ATACAATAAA AAAGGCTTTA AACTACAGTA CAGCTCCTAA AAAGAAATGT 
ATTCAGATAA AAGATTTGAT ATTACTAGGA AGAATTAACC CAGGAAATAA CATTCTGGAA 
TTCAAAACAC AGGAGACTAC CCACAAAGCC AGTATTTTAT TGAATGGTAA ACTTAAGGTA 
GAAAGTGGTC AGATTTATAA AAACCCAGTC ACCTGGCTCA AGGATCTTCT GGGAGGCAAC 
AGTTATGTGA CCTGGAATTA TGCTTGGAGT AAGGTAACGT ATCTTGGGAA GGAGCTTTTA 
AGGTATGTTT CTGAGGATGC ACCCATACTT CCAGAACCAA ACTCAGTACC TCAGCAATAT 
CAACCTTGTC TTCCAGAAGT TGCTTGTTTA GATGACCCAG TACAGGAACC AAACAAATCA 
ATGTTTGAGA AAACAAAATT TGGACAAGGA ACTTCCAGAG AGTCAATGCA AAGCAGCCCA 
CGTTATCTAC AAATAAATGA AATACTATTA ATCAGTGATC AAGAATTTCT CCCATGCCAC 
ATAATGGATC AGCATTGGAA GTTTTGTGTG GAATGTGAGG AACTAACACC CTAA

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

ANKRD31 ( XM_024446011.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024301779.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X11, mRNA.

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CloneID	OHu105659
Clone ID Related Accession (Same CDS sequence)	XM_024446011.1
Accession Version	XM_024446011.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5406bp) 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	ankyrin repeat domain-containing protein 31 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGAGGTTGC TGTTTGATCA AGACGCATCT CTTAAATCTG AGTTCAGTCT GCATCCTGAT 
ACAAGAGGAA TGTGCAAAGG CATGCCTTCT CCTGAGATTC AACTTGGATT TAAGCTCAGA 
GAGGATCTGC AAGAGCAAAT GAATAAAAAT AAGATGATGC CTGTTCTTAG CGAGGATACA 
ATATTACAGC AGTCTCAAGA TGAAACAGAA CGAAATCAAG CTCTGTTACA GACTAGAAAA 
AACTGTTCAA TGTTCATTGG GTCGTTTCGC CAGTCTGGAC TTTCATTGAA CCACCAAAAT 
ATTGAAGGGC CAGAGGCTGA AAGTCCTGAA GTTTTGCCAC ACATAGAAAA GGAACTAAGT 
GAAGGCAGAG ATTCTCCTGA AGTTAGCCTT CTCTCAGGCA CTGCTATTAC AGTATCTGAT 
ACAGTTGCTG TAAAGGAGAC ATCATTAGTA GAGCCAGAGA AGATTTTAGC AGCACCAAAT 
ACATTTTTTG AGCCTAGAAA GGAAGTCACA ATGACCATGA CTTCTGAAGA AACTAAGGAT 
GAAGAAAGCT CTCTTGAAAC CTTTGTGTCT GCCTTAGAAA GTTTACTTAC ATCACCAGAA 
AGCACCCAGG AGGAAAGATT GTTTGAATTA ACTCTGCAAG ACCCAAATCC ATCTGGATTG 
CAAACTTTGG CTCATCAAAA TATCACTTCT TGTGAGCCAC TAAGTAATAA GAGAAATTCA 
AATTCAGTGA CAAATAGCTC TGATCAGGAA ACTGCGTGTG TGTTGAGGAG ATCATCCAGA 
CTAGAAAAAC TGAAAGTAAG CAGAGATGCA AAGTACTCAG ATCACATGTA TAAGATGCCA 
GAAAAGATTT TACCAAAAAT CCTTGGCTGT GAGGACCTAA CAAATAATAA CTCTTCAGCT 
CAGAATTTCA GAATGCAGGA TCCGGCTTTA ATGATTGATG GTAAAGAGAA GAATATGCAT 
TCAGCAAGGT TCAAGAATGG AAAACAGATC AGGAAAAATG AACAATTTTC AGGAAAAAAA 
GAAAAAATGA AGGTGAACAA AATATCTCTT CATAGCATTA ACCGGAGAAA CATTTTTGGA 
GAGAACTTAG TATATAAGGC TGCTCTACAC GATGATGCTG ATCTTGTTCA TCATTGTATA 
AAAAAAGGTG GAAATGTTAA TCAGCCAAGT TATGCTGGTT GGACAGCACT TCATGAAGCT 
AGTGTAGGAG GATTTTATCG GACAGCAAGT GAACTATTAA AAGGTGGAGC AGATGTAAAT 
ATCAAAGGAT TATACCAGAT TACTCCCCTA CATGATGCAG TGATGAATGG ACATTATAAG 
GTGGCAGAGT TACTTCTTCT GAATGGAGCT GATCCATTAT TTAGAAATGA TGATGGAAAA 
TGTGCTTTGG ATGAGGCCAA GGATTTATGT ATGAAGCGTC TCCTTGAGAG ATATATCCCT 
AAACATCAAA AATGCCTTAC ATCAGCTCAA AGGAGTAGCA TTGACCCACT AGACATAGAG 
GATGTGTACC AACACAAGAA ACCAAAGTTC AGTTCTAAAA GTCACATTTG GCATGTTTAT 
AATGAAAATT CCAACAGACA GAAGCTGGAA CATGTAAAAG TCAATAAAGG AAGCAAAGCG 
AGTTTATTTA TAAATAAAGA AGATGTATAT GAATATTACC AAAAAGATCC CAAAAACACA 
AAATTTGGTA AATCCAAGCA TAAACAATCA ACTCTTGACC AGATATACTC TACAGGACTC 
AGAAAGGGCA ATCTCCATAA CGTCAAAGAT CCCAACACAA ACGTACCAAA AGGTATAGGA 
AGAAGAAAAA CACAACATAA AAGGACCCAA GTAGATGATG TAGACTGTAA TCCAAGAAAG 
ATACTAGCTG TCTCTCCTTC CAGGAGAATA AACAGATTGG TTACCTATCA GCAGCATATT 
CCAGAAACTC ATAATGACCT TCCAGAAGAA TTGTGTGAAC CTTCCAGCTT AACTCTGTCA 
AGCCTGAGAA ATGGATTAGA TAGCAGTACT GAGGCTTGTT CAGTTTCCAA AGAGAAACAC 
ATCCAGAACC TGGATTTATC AGATAGTCAA GAAGTTCAAT GCTTGGAATT AGAATCTGTT 
GACCAAACTG AAGCTGTTTC TTTCCCAGGG CTTTTATTAC ATAAAGAAAT CAAGTTACCA 
GTTGTTACTA CAGATAAGCA GCCTCACACT CTCCAGGAAC AACACCATGT ACTTTATAAA 
TCTCATGAAA ACAGTAACTT GGTCCCAAAA GATGAGAGAT TTAACAAATG GGAAAATTCT 
TTCCTATCCT TTGTAAAGGA AAATTCTGAT AATGATGATG ATGATGATTG CTCTACCTCT 
GAGAAGGCTA TAACATCTAA AAAGGTGTTG TGTTCTACAG GTGGCAAAAA ACACTATAAT 
TTTAAGGAGA ATTTAACAAA TAAAAAAGAA ATGGGTTTCC AACAGTTTTT ACTTTCTGAA 
GATCATCTTT CACAGGAAAA TGAGTTAAAA GCAGTCAGCC TAACCACACT TCCAGAACAG 
GAAGCTGTTA ATTTTTCTTA TTCAGATAAT GCAGTTATTT CTGAACATGT TGCAAATTAT 
GAACAATGCA TATTTGGACC TTCTTTTGAT CACTCAAATG GCAATCCTGA GCAAAATTCC 
CTGGCTTGTA TGAGAACACT TTTGACACAT GAGGCTTCAA AGTTGACTAA TCATGTGGAG 
CTATTCAAAA AGCCACAGGA TTATATTCCC AGAGCACCAA CTTTTTTAAT GAATCAAACA 
GATACACATA TTGTGGAAAA GATGGCAAAG AATTGTGACA CTGAGAGGAA TTACATTGAC 
AGAGACCAAA AAATAATTTA TTCAAATGAG CCTTTATCCA TAGTTGCTCA TTCTCAAGTA 
ATAGAAACAA CTAAAGTTGA AAAAAGGAGA CAAAACCATC TAGAAAGTGA GACTATACAC 
AATATAGATT CTCATTCCAC TGACAATATG AGTAAAGAAT TGGCCAACAT CTCAAAACTT 
AGTCAAAGAG AAAAGAAGGA AATTTCTCAC AAACCAGATG AGGAATTAAC TAATAACATC 
AGTGGAGATG AAATAACTAT AAGAAATTGT GAGGAGATAA AAGAAAAAAC GGAGTCAGAA 
ATTCACATGC CTACTAATAG CCAAGAACAC AAAACAGTTC AGAATTTCAG AAAAAGACAA 
AGTTTCTTAA AAACTACCTG CAACCTAGGA ATGAAAGCAG GTAGGATCAA CAAGAGGAAT 
GCCAGAGGGG AAAGCCAGCT TCATTTAGCT GTCAGAAGAG GAAATCTGCC CCTAGTGAAA 
GCCCTGATAG AATCTGGAGC AGATGTGAAT CTAAATGATA ATGCAGGTTG GACACCACTT 
CATGAGGCAT CTAATGAAGG ATCTATTGAT ATAATTGTAG AGTTATTAAA AGCTGGTGCT 
AAGGTTAATT GTGAAAATAT AGATGGAATT CTGCCCTTAC ATGATGCTGT TGCAAACAAT 
CATTTAAAGG CAGCTGAGAT TCTACTACAA AATGGAGCAA ACCCTAATCA AAAAGATCAA 
AAACAGAAGA GTGCTTTGGA TGAAGCAGAT GATGAAAAAA TGAAAGAATT ACTAAGATCT 
TATGGTGCTA TTGAGACTGT TAATAGAGAT GAGAGTGATG CTATAGTCAA TGAAAAAATT 
CCTGCTGTCC GGTCTAAAAG ACATAAACAG TGTTTTTGTG ATGATGGCAA AACTATTGAC 
TCATCTTCCC TTTCACACCA AGAAAGATCA AGAGAAAGCC TTTCTGTGCA TCAGACCCTC 
AGTGCCATTC TACAAGATAT AGAAGAAAAA CAAGAATATT TATTAGAGTT TGAAATAAGA 
AACCCTGAAG ATGCAGAACA ATACATTGAA AAGATGTTAA AGATAAAAAA GATTATGGAT 
AATGTGCTTG CCAAGCAGAA AGCAGAAAGG GATGATCTGG CTAAAAAATA CAGGGTATCC 
ATAGAGTCAT TTAAGCATGG AGCCCTGAGA GAACAATTGG CCAACTTGGC TGCAAGACAG 
AAGAGCCTTT TAGTTGTGGC AAAAAAACAG AAAAAAATAA GCCTGAAAAT TCAAAACTGT 
AGGAATGTTA CATCATTGCC TTGTCTTAGT TTAAGGAAGC TCCCACCCAG ATCAGAAATC 
TCTAGTGAAA AAGACAGCCA AGAGCTCACT AGTCTGGAAA ATTTAGAGCA TCCCCAATCA 
GGTTCACTTT CTCCTGTTTC TGGAAGCATG CAGGAAACAC AATTGTCTCT GGAAACTTGG 
AACTACAGCC AAAATACCAA CATTTGTCTA AATTCAGAGG CAGTGAGAAG GGGAGAATTT 
TCTGGAAATG ATATGAATTC TAAACAAAAT GGCAGTGATT GTACCTTGGA TGGTTTTCCA 
AAATCCAGAC ATTCAGATGG CACAGAGAAG AATAAATTAC CATCCCAACC TGTTGCTTTT 
ATTGGTCAAA CAGAATATTC ACAGAAAGAG AATGATCTTA CAGAAGCTAC AGACAAAGAC 
CATGAATTCT ATGTTTCTTC CCCAGTAATC GGCAAATTAA ATATTTCAGA AACTGCAAGT 
GTCCTTGCCG AAAATGCTGC CCATCCATCA AATATTATTT GTGATCAGGA CCTTTCCAAT 
TATGATCCCA AAAGAGGAAA CAGAAAAACA AGTTCCCAGC AATCACCTAC AGGGGCATCA 
GAATCTCTGG CACATCAAGG GATTGCTGTC TTAGGCAGTG ATACAGTGCA TCAGATGAAA 
CCATATCTTA AAAAATCAGT TTCTGTTGTT CCATGTGCAG ATGACAGTCA GATCTCCTCT 
TCCTCTGGAT CTGGGCAACA AGATACAATA AAAAAGGCTT TAAACTACAG TACAGCTCCT 
AAAAAGAAAT GTATTCAGAT AAAAGATTTG ATATTACTAG GAAGAATTAA CCCAGGAAAT 
AACATTCTGG AATTCAAAAC ACAGGAGACT ACCCACAAAG CCAGTATTTT ATTGAATGGT 
AAACTTAAGG TAGAAAGTGG TCAGATTTAT AAAAACCCAG TCACCTGGCT CAAGGATCTT 
CTGGGAGGCA ACAGTTATGT GACCTGGAAT TATGCTTGGA GTAAGGTAAC GTATCTTGGG 
AAGGAGCTTT TAAGGTATGT TTCTGAGGAT GCACCCATAC TTCCAGAACC AAACTCAGTA 
CCTCAGCAAT ATCAACCTTG TCTTCCAGAA GTTGCTTGTT TAGATGACCC AGTACAGGAA 
CCAAACAAAT CAATGTTTGA GAAAACAAAA TTTGGACAAG GAACTTCCAG AGAGTCAATG 
CAAAGCAGCC CACGTTATCT ACAAATAAAT GAAATACTAT TAATCAGTGA TCAAGAATTT 
CTCCCATGCC ACATAATGGA TCAGCATTGG AAGTTTTGTG TGGAATGTGA GGAACTAACA 
CCCTAA

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

RefSeq	XP_024301779.1
CDS	528..5933
Translation	MRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELTLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_024446011.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X11, mRNA.

Target ORF information:

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

XM_024446011.1

ORF Insert Sequence:

ATGAGGTTGC TGTTTGATCA AGACGCATCT CTTAAATCTG AGTTCAGTCT GCATCCTGAT 
ACAAGAGGAA TGTGCAAAGG CATGCCTTCT CCTGAGATTC AACTTGGATT TAAGCTCAGA 
GAGGATCTGC AAGAGCAAAT GAATAAAAAT AAGATGATGC CTGTTCTTAG CGAGGATACA 
ATATTACAGC AGTCTCAAGA TGAAACAGAA CGAAATCAAG CTCTGTTACA GACTAGAAAA 
AACTGTTCAA TGTTCATTGG GTCGTTTCGC CAGTCTGGAC TTTCATTGAA CCACCAAAAT 
ATTGAAGGGC CAGAGGCTGA AAGTCCTGAA GTTTTGCCAC ACATAGAAAA GGAACTAAGT 
GAAGGCAGAG ATTCTCCTGA AGTTAGCCTT CTCTCAGGCA CTGCTATTAC AGTATCTGAT 
ACAGTTGCTG TAAAGGAGAC ATCATTAGTA GAGCCAGAGA AGATTTTAGC AGCACCAAAT 
ACATTTTTTG AGCCTAGAAA GGAAGTCACA ATGACCATGA CTTCTGAAGA AACTAAGGAT 
GAAGAAAGCT CTCTTGAAAC CTTTGTGTCT GCCTTAGAAA GTTTACTTAC ATCACCAGAA 
AGCACCCAGG AGGAAAGATT GTTTGAATTA ACTCTGCAAG ACCCAAATCC ATCTGGATTG 
CAAACTTTGG CTCATCAAAA TATCACTTCT TGTGAGCCAC TAAGTAATAA GAGAAATTCA 
AATTCAGTGA CAAATAGCTC TGATCAGGAA ACTGCGTGTG TGTTGAGGAG ATCATCCAGA 
CTAGAAAAAC TGAAAGTAAG CAGAGATGCA AAGTACTCAG ATCACATGTA TAAGATGCCA 
GAAAAGATTT TACCAAAAAT CCTTGGCTGT GAGGACCTAA CAAATAATAA CTCTTCAGCT 
CAGAATTTCA GAATGCAGGA TCCGGCTTTA ATGATTGATG GTAAAGAGAA GAATATGCAT 
TCAGCAAGGT TCAAGAATGG AAAACAGATC AGGAAAAATG AACAATTTTC AGGAAAAAAA 
GAAAAAATGA AGGTGAACAA AATATCTCTT CATAGCATTA ACCGGAGAAA CATTTTTGGA 
GAGAACTTAG TATATAAGGC TGCTCTACAC GATGATGCTG ATCTTGTTCA TCATTGTATA 
AAAAAAGGTG GAAATGTTAA TCAGCCAAGT TATGCTGGTT GGACAGCACT TCATGAAGCT 
AGTGTAGGAG GATTTTATCG GACAGCAAGT GAACTATTAA AAGGTGGAGC AGATGTAAAT 
ATCAAAGGAT TATACCAGAT TACTCCCCTA CATGATGCAG TGATGAATGG ACATTATAAG 
GTGGCAGAGT TACTTCTTCT GAATGGAGCT GATCCATTAT TTAGAAATGA TGATGGAAAA 
TGTGCTTTGG ATGAGGCCAA GGATTTATGT ATGAAGCGTC TCCTTGAGAG ATATATCCCT 
AAACATCAAA AATGCCTTAC ATCAGCTCAA AGGAGTAGCA TTGACCCACT AGACATAGAG 
GATGTGTACC AACACAAGAA ACCAAAGTTC AGTTCTAAAA GTCACATTTG GCATGTTTAT 
AATGAAAATT CCAACAGACA GAAGCTGGAA CATGTAAAAG TCAATAAAGG AAGCAAAGCG 
AGTTTATTTA TAAATAAAGA AGATGTATAT GAATATTACC AAAAAGATCC CAAAAACACA 
AAATTTGGTA AATCCAAGCA TAAACAATCA ACTCTTGACC AGATATACTC TACAGGACTC 
AGAAAGGGCA ATCTCCATAA CGTCAAAGAT CCCAACACAA ACGTACCAAA AGGTATAGGA 
AGAAGAAAAA CACAACATAA AAGGACCCAA GTAGATGATG TAGACTGTAA TCCAAGAAAG 
ATACTAGCTG TCTCTCCTTC CAGGAGAATA AACAGATTGG TTACCTATCA GCAGCATATT 
CCAGAAACTC ATAATGACCT TCCAGAAGAA TTGTGTGAAC CTTCCAGCTT AACTCTGTCA 
AGCCTGAGAA ATGGATTAGA TAGCAGTACT GAGGCTTGTT CAGTTTCCAA AGAGAAACAC 
ATCCAGAACC TGGATTTATC AGATAGTCAA GAAGTTCAAT GCTTGGAATT AGAATCTGTT 
GACCAAACTG AAGCTGTTTC TTTCCCAGGG CTTTTATTAC ATAAAGAAAT CAAGTTACCA 
GTTGTTACTA CAGATAAGCA GCCTCACACT CTCCAGGAAC AACACCATGT ACTTTATAAA 
TCTCATGAAA ACAGTAACTT GGTCCCAAAA GATGAGAGAT TTAACAAATG GGAAAATTCT 
TTCCTATCCT TTGTAAAGGA AAATTCTGAT AATGATGATG ATGATGATTG CTCTACCTCT 
GAGAAGGCTA TAACATCTAA AAAGGTGTTG TGTTCTACAG GTGGCAAAAA ACACTATAAT 
TTTAAGGAGA ATTTAACAAA TAAAAAAGAA ATGGGTTTCC AACAGTTTTT ACTTTCTGAA 
GATCATCTTT CACAGGAAAA TGAGTTAAAA GCAGTCAGCC TAACCACACT TCCAGAACAG 
GAAGCTGTTA ATTTTTCTTA TTCAGATAAT GCAGTTATTT CTGAACATGT TGCAAATTAT 
GAACAATGCA TATTTGGACC TTCTTTTGAT CACTCAAATG GCAATCCTGA GCAAAATTCC 
CTGGCTTGTA TGAGAACACT TTTGACACAT GAGGCTTCAA AGTTGACTAA TCATGTGGAG 
CTATTCAAAA AGCCACAGGA TTATATTCCC AGAGCACCAA CTTTTTTAAT GAATCAAACA 
GATACACATA TTGTGGAAAA GATGGCAAAG AATTGTGACA CTGAGAGGAA TTACATTGAC 
AGAGACCAAA AAATAATTTA TTCAAATGAG CCTTTATCCA TAGTTGCTCA TTCTCAAGTA 
ATAGAAACAA CTAAAGTTGA AAAAAGGAGA CAAAACCATC TAGAAAGTGA GACTATACAC 
AATATAGATT CTCATTCCAC TGACAATATG AGTAAAGAAT TGGCCAACAT CTCAAAACTT 
AGTCAAAGAG AAAAGAAGGA AATTTCTCAC AAACCAGATG AGGAATTAAC TAATAACATC 
AGTGGAGATG AAATAACTAT AAGAAATTGT GAGGAGATAA AAGAAAAAAC GGAGTCAGAA 
ATTCACATGC CTACTAATAG CCAAGAACAC AAAACAGTTC AGAATTTCAG AAAAAGACAA 
AGTTTCTTAA AAACTACCTG CAACCTAGGA ATGAAAGCAG GTAGGATCAA CAAGAGGAAT 
GCCAGAGGGG AAAGCCAGCT TCATTTAGCT GTCAGAAGAG GAAATCTGCC CCTAGTGAAA 
GCCCTGATAG AATCTGGAGC AGATGTGAAT CTAAATGATA ATGCAGGTTG GACACCACTT 
CATGAGGCAT CTAATGAAGG ATCTATTGAT ATAATTGTAG AGTTATTAAA AGCTGGTGCT 
AAGGTTAATT GTGAAAATAT AGATGGAATT CTGCCCTTAC ATGATGCTGT TGCAAACAAT 
CATTTAAAGG CAGCTGAGAT TCTACTACAA AATGGAGCAA ACCCTAATCA AAAAGATCAA 
AAACAGAAGA GTGCTTTGGA TGAAGCAGAT GATGAAAAAA TGAAAGAATT ACTAAGATCT 
TATGGTGCTA TTGAGACTGT TAATAGAGAT GAGAGTGATG CTATAGTCAA TGAAAAAATT 
CCTGCTGTCC GGTCTAAAAG ACATAAACAG TGTTTTTGTG ATGATGGCAA AACTATTGAC 
TCATCTTCCC TTTCACACCA AGAAAGATCA AGAGAAAGCC TTTCTGTGCA TCAGACCCTC 
AGTGCCATTC TACAAGATAT AGAAGAAAAA CAAGAATATT TATTAGAGTT TGAAATAAGA 
AACCCTGAAG ATGCAGAACA ATACATTGAA AAGATGTTAA AGATAAAAAA GATTATGGAT 
AATGTGCTTG CCAAGCAGAA AGCAGAAAGG GATGATCTGG CTAAAAAATA CAGGGTATCC 
ATAGAGTCAT TTAAGCATGG AGCCCTGAGA GAACAATTGG CCAACTTGGC TGCAAGACAG 
AAGAGCCTTT TAGTTGTGGC AAAAAAACAG AAAAAAATAA GCCTGAAAAT TCAAAACTGT 
AGGAATGTTA CATCATTGCC TTGTCTTAGT TTAAGGAAGC TCCCACCCAG ATCAGAAATC 
TCTAGTGAAA AAGACAGCCA AGAGCTCACT AGTCTGGAAA ATTTAGAGCA TCCCCAATCA 
GGTTCACTTT CTCCTGTTTC TGGAAGCATG CAGGAAACAC AATTGTCTCT GGAAACTTGG 
AACTACAGCC AAAATACCAA CATTTGTCTA AATTCAGAGG CAGTGAGAAG GGGAGAATTT 
TCTGGAAATG ATATGAATTC TAAACAAAAT GGCAGTGATT GTACCTTGGA TGGTTTTCCA 
AAATCCAGAC ATTCAGATGG CACAGAGAAG AATAAATTAC CATCCCAACC TGTTGCTTTT 
ATTGGTCAAA CAGAATATTC ACAGAAAGAG AATGATCTTA CAGAAGCTAC AGACAAAGAC 
CATGAATTCT ATGTTTCTTC CCCAGTAATC GGCAAATTAA ATATTTCAGA AACTGCAAGT 
GTCCTTGCCG AAAATGCTGC CCATCCATCA AATATTATTT GTGATCAGGA CCTTTCCAAT 
TATGATCCCA AAAGAGGAAA CAGAAAAACA AGTTCCCAGC AATCACCTAC AGGGGCATCA 
GAATCTCTGG CACATCAAGG GATTGCTGTC TTAGGCAGTG ATACAGTGCA TCAGATGAAA 
CCATATCTTA AAAAATCAGT TTCTGTTGTT CCATGTGCAG ATGACAGTCA GATCTCCTCT 
TCCTCTGGAT CTGGGCAACA AGATACAATA AAAAAGGCTT TAAACTACAG TACAGCTCCT 
AAAAAGAAAT GTATTCAGAT AAAAGATTTG ATATTACTAG GAAGAATTAA CCCAGGAAAT 
AACATTCTGG AATTCAAAAC ACAGGAGACT ACCCACAAAG CCAGTATTTT ATTGAATGGT 
AAACTTAAGG TAGAAAGTGG TCAGATTTAT AAAAACCCAG TCACCTGGCT CAAGGATCTT 
CTGGGAGGCA ACAGTTATGT GACCTGGAAT TATGCTTGGA GTAAGGTAAC GTATCTTGGG 
AAGGAGCTTT TAAGGTATGT TTCTGAGGAT GCACCCATAC TTCCAGAACC AAACTCAGTA 
CCTCAGCAAT ATCAACCTTG TCTTCCAGAA GTTGCTTGTT TAGATGACCC AGTACAGGAA 
CCAAACAAAT CAATGTTTGA GAAAACAAAA TTTGGACAAG GAACTTCCAG AGAGTCAATG 
CAAAGCAGCC CACGTTATCT ACAAATAAAT GAAATACTAT TAATCAGTGA TCAAGAATTT 
CTCCCATGCC ACATAATGGA TCAGCATTGG AAGTTTTGTG TGGAATGTGA GGAACTAACA 
CCCTAA

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

ANKRD31 ( XM_017009317.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864806.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X4, mRNA.

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CloneID	OHu95803
Clone ID Related Accession (Same CDS sequence)	XM_017009317.1
Accession Version	XM_017009317.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5697bp) 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	ankyrin repeat domain-containing protein 31 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGAGGTTGC TGTTTGATCA AGACGCATCT CTTAAATCTG AGTTCAGTCT GCATCCTGAT 
ACAAGAGGAA TGTGCAAAGG CATGCCTTCT CCTGAGATTC AACTTGGATT TAAGCTCAGA 
GAGGATCTGC AAGAGCAAAT GAATAAAAAT AAGATGATGC CTGTTCTTAG CGAGGATACA 
ATATTACAGC AGTCTCAAGA TGAAACAGAA CGAAATCAAG CTCTGTTACA GACTAGAAAA 
AACTGTTCAA TGTTCATTGG GTCGTTTCGC CAGTCTGGAC TTTCATTGAA CCACCAAAAT 
ATTGAAGGGC CAGAGGCTGA AAGTCCTGAA GTTTTGCCAC ACATAGAAAA GGAACTAAGT 
GAAGGCAGAG ATTCTCCTGA AGTTAGCCTT CTCTCAGGCA CTGCTATTAC AGTATCTGAT 
ACAGTTGCTG TAAAGGAGAC ATCATTAGTA GAGCCAGAGA AGATTTTAGC AGCACCAAAT 
ACATTTTTTG AGCCTAGAAA GGAAGTCACA ATGACCATGA CTTCTGAAGA AACTAAGGAT 
GAAGAAAGCT CTCTTGAAAC CTTTGTGTCT GCCTTAGAAA GTTTACTTAC ATCACCAGAA 
AGCACCCAGG AGGAAAGATT GTTTGAATTA GTAAGTGATT TTGATCGTAA AGAATTGATG 
AACCCATTGA GTGACTCTCT TAGTTCCATA TCAATACCTT TGAATTCCTG GTCGGCATGT 
CATAGAGATT TACTAGAAGA TGCAAAAGAT GATGCATTGC CAGCTGAGTT ATTGGAAGCC 
CTGAACACAT TGTCAGAAGC CAAGGTGGAA ACCATCTGTC ACAGAAAAGA GGGAGGTAGC 
AGTCTCATTG CCAGAAATGA ATGTTTAGAA GTGGAGTTCA ATACGTCTCA GACCAATGAA 
GATTGTACAC AAATAGCAGA GACTCTGCAA GACCCAAATC CATCTGGATT GCAAACTTTG 
GCTCATCAAA ATATCACTTC TTGTGAGCCA CTAAGTAATA AGAGAAATTC AAATTCAGTG 
ACAAATAGCT CTGATCAGGA AACTGCGTGT GTGTTGAGGA GATCATCCAG ACTAGAAAAA 
CTGAAAGTAA GCAGAGATGC AAAGTACTCA GATCACATGT ATAAGATGCC AGAAAAGATT 
TTACCAAAAA TCCTTGGCTG TGAGGACCTA ACAAATAATA ACTCTTCAGC TCAGAATTTC 
AGAATGCAGG ATCCGGCTTT AATGATTGAT GGTAAAGAGA AGAATATGCA TTCAGCAAGG 
TTCAAGAATG GAAAACAGAT CAGGAAAAAT GAACAATTTT CAGGAAAAAA AGAAAAAATG 
AAGGTGAACA AAATATCTCT TCATAGCATT AACCGGAGAA ACATTTTTGG AGAGAACTTA 
GTATATAAGG CTGCTCTACA CGATGATGCT GATCTTGTTC ATCATTGTAT AAAAAAAGGT 
GGAAATGTTA ATCAGCCAAG TTATGCTGGT TGGACAGCAC TTCATGAAGC TAGTGTAGGA 
GGATTTTATC GGACAGCAAG TGAACTATTA AAAGGTGGAG CAGATGTAAA TATCAAAGGA 
TTATACCAGA TTACTCCCCT ACATGATGCA GTGATGAATG GACATTATAA GGTGGCAGAG 
TTACTTCTTC TGAATGGAGC TGATCCATTA TTTAGAAATG ATGATGGAAA ATGTGCTTTG 
GATGAGGCCA AGGATTTATG TATGAAGCGT CTCCTTGAGA GATATATCCC TAAACATCAA 
AAATGCCTTA CATCAGCTCA AAGGAGTAGC ATTGACCCAC TAGACATAGA GGATGTGTAC 
CAACACAAGA AACCAAAGTT CAGTTCTAAA AGTCACATTT GGCATGTTTA TAATGAAAAT 
TCCAACAGAC AGAAGCTGGA ACATGTAAAA GTCAATAAAG GAAGCAAAGC GAGTTTATTT 
ATAAATAAAG AAGATGTATA TGAATATTAC CAAAAAGATC CCAAAAACAC AAAATTTGGT 
AAATCCAAGC ATAAACAATC AACTCTTGAC CAGATATACT CTACAGGACT CAGAAAGGGC 
AATCTCCATA ACGTCAAAGA TCCCAACACA AACGTACCAA AAGGTATAGG AAGAAGAAAA 
ACACAACATA AAAGGACCCA AGTAGATGAT GTAGACTGTA ATCCAAGAAA GATACTAGCT 
GTCTCTCCTT CCAGGAGAAT AAACAGATTG GTTACCTATC AGCAGCATAT TCCAGAAACT 
CATAATGACC TTCCAGAAGA ATTGTGTGAA CCTTCCAGCT TAACTCTGTC AAGCCTGAGA 
AATGGATTAG ATAGCAGTAC TGAGGCTTGT TCAGTTTCCA AAGAGAAACA CATCCAGAAC 
CTGGATTTAT CAGATAGTCA AGAAGTTCAA TGCTTGGAAT TAGAATCTGT TGACCAAACT 
GAAGCTGTTT CTTTCCCAGG GCTTTTATTA CATAAAGAAA TCAAGTTACC AGTTGTTACT 
ACAGATAAGC AGCCTCACAC TCTCCAGGAA CAACACCATG TACTTTATAA ATCTCATGAA 
AACAGTAACT TGGTCCCAAA AGATGAGAGA TTTAACAAAT GGGAAAATTC TTTCCTATCC 
TTTGTAAAGG AAAATTCTGA TAATGATGAT GATGATGATT GCTCTACCTC TGAGAAGGCT 
ATAACATCTA AAAAGGTGTT GTGTTCTACA GGTGGCAAAA AACACTATAA TTTTAAGGAG 
AATTTAACAA ATAAAAAAGA AATGGGTTTC CAACAGTTTT TACTTTCTGA AGATCATCTT 
TCACAGGAAA ATGAGTTAAA AGCAGTCAGC CTAACCACAC TTCCAGAACA GGAAGCTGTT 
AATTTTTCTT ATTCAGATAA TGCAGTTATT TCTGAACATG TTGCAAATTA TGAACAATGC 
ATATTTGGAC CTTCTTTTGA TCACTCAAAT GGCAATCCTG AGCAAAATTC CCTGGCTTGT 
ATGAGAACAC TTTTGACACA TGAGGCTTCA AAGTTGACTA ATCATGTGGA GCTATTCAAA 
AAGCCACAGG ATTATATTCC CAGAGCACCA ACTTTTTTAA TGAATCAAAC AGATACACAT 
ATTGTGGAAA AGATGGCAAA GAATTGTGAC ACTGAGAGGA ATTACATTGA CAGAGACCAA 
AAAATAATTT ATTCAAATGA GCCTTTATCC ATAGTTGCTC ATTCTCAAGT AATAGAAACA 
ACTAAAGTTG AAAAAAGGAG ACAAAACCAT CTAGAAAGTG AGACTATACA CAATATAGAT 
TCTCATTCCA CTGACAATAT GAGTAAAGAA TTGGCCAACA TCTCAAAACT TAGTCAAAGA 
GAAAAGAAGG AAATTTCTCA CAAACCAGAT GAGGAATTAA CTAATAACAT CAGTGGAGAT 
GAAATAACTA TAAGAAATTG TGAGGAGATA AAAGAAAAAA CGGAGTCAGA AATTCACATG 
CCTACTAATA GCCAAGAACA CAAAACAGTT CAGAATTTCA GAAAAAGACA AAGTTTCTTA 
AAAACTACCT GCAACCTAGG AATGAAAGCA GGTAGGATCA ACAAGAGGAA TGCCAGAGGG 
GAAAGCCAGC TTCATTTAGC TGTCAGAAGA GGAAATCTGC CCCTAGTGAA AGCCCTGATA 
GAATCTGGAG CAGATGTGAA TCTAAATGAT AATGCAGGTT GGACACCACT TCATGAGGCA 
TCTAATGAAG GATCTATTGA TATAATTGTA GAGTTATTAA AAGCTGGTGC TAAGGTTAAT 
TGTGAAAATA TAGATGGAAT TCTGCCCTTA CATGATGCTG TTGCAAACAA TCATTTAAAG 
GCAGCTGAGA TTCTACTACA AAATGGAGCA AACCCTAATC AAAAAGATCA AAAACAGAAG 
AGTGCTTTGG ATGAAGCAGA TGATGAAAAA ATGAAAGAAT TACTAAGATC TTATGGTGCT 
ATTGAGACTG TTAATAGAGA TGAGAGTGAT GCTATAGTCA ATGAAAAAAT TCCTGCTGTC 
CGGTCTAAAA GACATAAACA GTGTTTTTGT GATGATGGCA AAACTATTGA CTCATCTTCC 
CTTTCACACC AAGAAAGATC AAGAGAAAGC CTTTCTGTGC ATCAGACCCT CAGTGCCATT 
CTACAAGATA TAGAAGAAAA ACAAGAATAT TTATTAGAGT TTGAAATAAG AAACCCTGAA 
GATGCAGAAC AATACATTGA AAAGATGTTA AAGATAAAAA AGATTATGGA TAATGTGCTT 
GCCAAGCAGA AAGCAGAAAG GGATGATCTG GCTAAAAAAT ACAGGGTATC CATAGAGTCA 
TTTAAGCATG GAGCCCTGAG AGAACAATTG GCCAACTTGG CTGCAAGACA GAAGAGCCTT 
TTAGTTGTGG CAAAAAAACA GAAAAAAATA AGCCTGAAAA TTCAAAACTG TAGGAATGTT 
ACATCATTGC CTTGTCTTAG TTTAAGGAAG CTCCCACCCA GATCAGAAAT CTCTAGTGAA 
AAAGACAGCC AAGAGCTCAC TAGTCTGGAA AATTTAGAGC ATCCCCAATC AGGTTCACTT 
TCTCCTGTTT CTGGAAGCAT GCAGGAAACA CAATTGTCTC TGGAAACTTG GAACTACAGC 
CAAAATACCA ACATTTGTCT AAATTCAGAG GCAGTGAGAA GGGGAGAATT TTCTGGAAAT 
GATATGAATT CTAAACAAAA TGGCAGTGAT TGTACCTTGG ATGGTTTTCC AAAATCCAGA 
CATTCAGATG GCACAGAGAA GAATAAATTA CCATCCCAAC CTGTTGCTTT TATTGGTCAA 
ACAGAATATT CACAGAAAGA GAATGATCTT ACAGAAGCTA CAGACAAAGA CCATGAATTC 
TATGTTTCTT CCCCAGTAAT CGGCAAATTA AATATTTCAG AAACTGCAAG TGTCCTTGCC 
GAAAATGCTG CCCATCCATC AAATATTATT TGTGATCAGG ACCTTTCCAA TTATGATCCC 
AAAAGAGGAA ACAGAAAAAC AAGTTCCCAG CAATCACCTA CAGGGGCATC AGAATCTCTG 
GCACATCAAG GGATTGCTGT CTTAGGCAGT GATACAGTGC ATCAGATGAA ACCATATCTT 
AAAAAATCAG TTTCTGTTGT TCCATGTGCA GATGACAGTC AGATCTCCTC TTCCTCTGGA 
TCTGGGCAAC AAGATACAAT AAAAAAGGCT TTAAACTACA GTACAGCTCC TAAAAAGAAA 
TGTATTCAGA TAAAAGATTT GATATTACTA GGAAGAATTA ACCCAGGAAA TAACATTCTG 
GAATTCAAAA CACAGGAGAC TACCCACAAA GCCAGTATTT TATTGAATGG TAAACTTAAG 
GTAGAAAGTG GTCAGATTTA TAAAAACCCA GTCACCTGGC TCAAGGATCT TCTGGGAGGC 
AACAGTTATG TGACCTGGAA TTATGCTTGG AGTAAGGTAA CGTATCTTGG GAAGGAGCTT 
TTAAGGTATG TTTCTGAGGA TGCACCCATA CTTCCAGAAC CAAACTCAGT ACCTCAGCAA 
TATCAACCTT GTCTTCCAGA AGTTGCTTGT TTAGATGACC CAGTACAGGA ACCAAACAAA 
TCAATGTTTG AGAAAACAAA ATTTGGACAA GGAACTTCCA GAGAGTCAAT GCAAAGCAGC 
CCACGTTATC TACAAATAAA TGAAATACTA TTAATCAGTG ATCAAGAATT TCTCCCATGC 
CACATAATGG ATCAGCATTG GAAGTTTTGT GTGGAATGTG AGGAACTAAC ACCCTAA

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

RefSeq	XP_016864806.1
CDS	206..5902
Translation	MRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_017009317.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X4, mRNA.

Target ORF information:

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

XM_017009317.1

ORF Insert Sequence:

ATGAGGTTGC TGTTTGATCA AGACGCATCT CTTAAATCTG AGTTCAGTCT GCATCCTGAT 
ACAAGAGGAA TGTGCAAAGG CATGCCTTCT CCTGAGATTC AACTTGGATT TAAGCTCAGA 
GAGGATCTGC AAGAGCAAAT GAATAAAAAT AAGATGATGC CTGTTCTTAG CGAGGATACA 
ATATTACAGC AGTCTCAAGA TGAAACAGAA CGAAATCAAG CTCTGTTACA GACTAGAAAA 
AACTGTTCAA TGTTCATTGG GTCGTTTCGC CAGTCTGGAC TTTCATTGAA CCACCAAAAT 
ATTGAAGGGC CAGAGGCTGA AAGTCCTGAA GTTTTGCCAC ACATAGAAAA GGAACTAAGT 
GAAGGCAGAG ATTCTCCTGA AGTTAGCCTT CTCTCAGGCA CTGCTATTAC AGTATCTGAT 
ACAGTTGCTG TAAAGGAGAC ATCATTAGTA GAGCCAGAGA AGATTTTAGC AGCACCAAAT 
ACATTTTTTG AGCCTAGAAA GGAAGTCACA ATGACCATGA CTTCTGAAGA AACTAAGGAT 
GAAGAAAGCT CTCTTGAAAC CTTTGTGTCT GCCTTAGAAA GTTTACTTAC ATCACCAGAA 
AGCACCCAGG AGGAAAGATT GTTTGAATTA GTAAGTGATT TTGATCGTAA AGAATTGATG 
AACCCATTGA GTGACTCTCT TAGTTCCATA TCAATACCTT TGAATTCCTG GTCGGCATGT 
CATAGAGATT TACTAGAAGA TGCAAAAGAT GATGCATTGC CAGCTGAGTT ATTGGAAGCC 
CTGAACACAT TGTCAGAAGC CAAGGTGGAA ACCATCTGTC ACAGAAAAGA GGGAGGTAGC 
AGTCTCATTG CCAGAAATGA ATGTTTAGAA GTGGAGTTCA ATACGTCTCA GACCAATGAA 
GATTGTACAC AAATAGCAGA GACTCTGCAA GACCCAAATC CATCTGGATT GCAAACTTTG 
GCTCATCAAA ATATCACTTC TTGTGAGCCA CTAAGTAATA AGAGAAATTC AAATTCAGTG 
ACAAATAGCT CTGATCAGGA AACTGCGTGT GTGTTGAGGA GATCATCCAG ACTAGAAAAA 
CTGAAAGTAA GCAGAGATGC AAAGTACTCA GATCACATGT ATAAGATGCC AGAAAAGATT 
TTACCAAAAA TCCTTGGCTG TGAGGACCTA ACAAATAATA ACTCTTCAGC TCAGAATTTC 
AGAATGCAGG ATCCGGCTTT AATGATTGAT GGTAAAGAGA AGAATATGCA TTCAGCAAGG 
TTCAAGAATG GAAAACAGAT CAGGAAAAAT GAACAATTTT CAGGAAAAAA AGAAAAAATG 
AAGGTGAACA AAATATCTCT TCATAGCATT AACCGGAGAA ACATTTTTGG AGAGAACTTA 
GTATATAAGG CTGCTCTACA CGATGATGCT GATCTTGTTC ATCATTGTAT AAAAAAAGGT 
GGAAATGTTA ATCAGCCAAG TTATGCTGGT TGGACAGCAC TTCATGAAGC TAGTGTAGGA 
GGATTTTATC GGACAGCAAG TGAACTATTA AAAGGTGGAG CAGATGTAAA TATCAAAGGA 
TTATACCAGA TTACTCCCCT ACATGATGCA GTGATGAATG GACATTATAA GGTGGCAGAG 
TTACTTCTTC TGAATGGAGC TGATCCATTA TTTAGAAATG ATGATGGAAA ATGTGCTTTG 
GATGAGGCCA AGGATTTATG TATGAAGCGT CTCCTTGAGA GATATATCCC TAAACATCAA 
AAATGCCTTA CATCAGCTCA AAGGAGTAGC ATTGACCCAC TAGACATAGA GGATGTGTAC 
CAACACAAGA AACCAAAGTT CAGTTCTAAA AGTCACATTT GGCATGTTTA TAATGAAAAT 
TCCAACAGAC AGAAGCTGGA ACATGTAAAA GTCAATAAAG GAAGCAAAGC GAGTTTATTT 
ATAAATAAAG AAGATGTATA TGAATATTAC CAAAAAGATC CCAAAAACAC AAAATTTGGT 
AAATCCAAGC ATAAACAATC AACTCTTGAC CAGATATACT CTACAGGACT CAGAAAGGGC 
AATCTCCATA ACGTCAAAGA TCCCAACACA AACGTACCAA AAGGTATAGG AAGAAGAAAA 
ACACAACATA AAAGGACCCA AGTAGATGAT GTAGACTGTA ATCCAAGAAA GATACTAGCT 
GTCTCTCCTT CCAGGAGAAT AAACAGATTG GTTACCTATC AGCAGCATAT TCCAGAAACT 
CATAATGACC TTCCAGAAGA ATTGTGTGAA CCTTCCAGCT TAACTCTGTC AAGCCTGAGA 
AATGGATTAG ATAGCAGTAC TGAGGCTTGT TCAGTTTCCA AAGAGAAACA CATCCAGAAC 
CTGGATTTAT CAGATAGTCA AGAAGTTCAA TGCTTGGAAT TAGAATCTGT TGACCAAACT 
GAAGCTGTTT CTTTCCCAGG GCTTTTATTA CATAAAGAAA TCAAGTTACC AGTTGTTACT 
ACAGATAAGC AGCCTCACAC TCTCCAGGAA CAACACCATG TACTTTATAA ATCTCATGAA 
AACAGTAACT TGGTCCCAAA AGATGAGAGA TTTAACAAAT GGGAAAATTC TTTCCTATCC 
TTTGTAAAGG AAAATTCTGA TAATGATGAT GATGATGATT GCTCTACCTC TGAGAAGGCT 
ATAACATCTA AAAAGGTGTT GTGTTCTACA GGTGGCAAAA AACACTATAA TTTTAAGGAG 
AATTTAACAA ATAAAAAAGA AATGGGTTTC CAACAGTTTT TACTTTCTGA AGATCATCTT 
TCACAGGAAA ATGAGTTAAA AGCAGTCAGC CTAACCACAC TTCCAGAACA GGAAGCTGTT 
AATTTTTCTT ATTCAGATAA TGCAGTTATT TCTGAACATG TTGCAAATTA TGAACAATGC 
ATATTTGGAC CTTCTTTTGA TCACTCAAAT GGCAATCCTG AGCAAAATTC CCTGGCTTGT 
ATGAGAACAC TTTTGACACA TGAGGCTTCA AAGTTGACTA ATCATGTGGA GCTATTCAAA 
AAGCCACAGG ATTATATTCC CAGAGCACCA ACTTTTTTAA TGAATCAAAC AGATACACAT 
ATTGTGGAAA AGATGGCAAA GAATTGTGAC ACTGAGAGGA ATTACATTGA CAGAGACCAA 
AAAATAATTT ATTCAAATGA GCCTTTATCC ATAGTTGCTC ATTCTCAAGT AATAGAAACA 
ACTAAAGTTG AAAAAAGGAG ACAAAACCAT CTAGAAAGTG AGACTATACA CAATATAGAT 
TCTCATTCCA CTGACAATAT GAGTAAAGAA TTGGCCAACA TCTCAAAACT TAGTCAAAGA 
GAAAAGAAGG AAATTTCTCA CAAACCAGAT GAGGAATTAA CTAATAACAT CAGTGGAGAT 
GAAATAACTA TAAGAAATTG TGAGGAGATA AAAGAAAAAA CGGAGTCAGA AATTCACATG 
CCTACTAATA GCCAAGAACA CAAAACAGTT CAGAATTTCA GAAAAAGACA AAGTTTCTTA 
AAAACTACCT GCAACCTAGG AATGAAAGCA GGTAGGATCA ACAAGAGGAA TGCCAGAGGG 
GAAAGCCAGC TTCATTTAGC TGTCAGAAGA GGAAATCTGC CCCTAGTGAA AGCCCTGATA 
GAATCTGGAG CAGATGTGAA TCTAAATGAT AATGCAGGTT GGACACCACT TCATGAGGCA 
TCTAATGAAG GATCTATTGA TATAATTGTA GAGTTATTAA AAGCTGGTGC TAAGGTTAAT 
TGTGAAAATA TAGATGGAAT TCTGCCCTTA CATGATGCTG TTGCAAACAA TCATTTAAAG 
GCAGCTGAGA TTCTACTACA AAATGGAGCA AACCCTAATC AAAAAGATCA AAAACAGAAG 
AGTGCTTTGG ATGAAGCAGA TGATGAAAAA ATGAAAGAAT TACTAAGATC TTATGGTGCT 
ATTGAGACTG TTAATAGAGA TGAGAGTGAT GCTATAGTCA ATGAAAAAAT TCCTGCTGTC 
CGGTCTAAAA GACATAAACA GTGTTTTTGT GATGATGGCA AAACTATTGA CTCATCTTCC 
CTTTCACACC AAGAAAGATC AAGAGAAAGC CTTTCTGTGC ATCAGACCCT CAGTGCCATT 
CTACAAGATA TAGAAGAAAA ACAAGAATAT TTATTAGAGT TTGAAATAAG AAACCCTGAA 
GATGCAGAAC AATACATTGA AAAGATGTTA AAGATAAAAA AGATTATGGA TAATGTGCTT 
GCCAAGCAGA AAGCAGAAAG GGATGATCTG GCTAAAAAAT ACAGGGTATC CATAGAGTCA 
TTTAAGCATG GAGCCCTGAG AGAACAATTG GCCAACTTGG CTGCAAGACA GAAGAGCCTT 
TTAGTTGTGG CAAAAAAACA GAAAAAAATA AGCCTGAAAA TTCAAAACTG TAGGAATGTT 
ACATCATTGC CTTGTCTTAG TTTAAGGAAG CTCCCACCCA GATCAGAAAT CTCTAGTGAA 
AAAGACAGCC AAGAGCTCAC TAGTCTGGAA AATTTAGAGC ATCCCCAATC AGGTTCACTT 
TCTCCTGTTT CTGGAAGCAT GCAGGAAACA CAATTGTCTC TGGAAACTTG GAACTACAGC 
CAAAATACCA ACATTTGTCT AAATTCAGAG GCAGTGAGAA GGGGAGAATT TTCTGGAAAT 
GATATGAATT CTAAACAAAA TGGCAGTGAT TGTACCTTGG ATGGTTTTCC AAAATCCAGA 
CATTCAGATG GCACAGAGAA GAATAAATTA CCATCCCAAC CTGTTGCTTT TATTGGTCAA 
ACAGAATATT CACAGAAAGA GAATGATCTT ACAGAAGCTA CAGACAAAGA CCATGAATTC 
TATGTTTCTT CCCCAGTAAT CGGCAAATTA AATATTTCAG AAACTGCAAG TGTCCTTGCC 
GAAAATGCTG CCCATCCATC AAATATTATT TGTGATCAGG ACCTTTCCAA TTATGATCCC 
AAAAGAGGAA ACAGAAAAAC AAGTTCCCAG CAATCACCTA CAGGGGCATC AGAATCTCTG 
GCACATCAAG GGATTGCTGT CTTAGGCAGT GATACAGTGC ATCAGATGAA ACCATATCTT 
AAAAAATCAG TTTCTGTTGT TCCATGTGCA GATGACAGTC AGATCTCCTC TTCCTCTGGA 
TCTGGGCAAC AAGATACAAT AAAAAAGGCT TTAAACTACA GTACAGCTCC TAAAAAGAAA 
TGTATTCAGA TAAAAGATTT GATATTACTA GGAAGAATTA ACCCAGGAAA TAACATTCTG 
GAATTCAAAA CACAGGAGAC TACCCACAAA GCCAGTATTT TATTGAATGG TAAACTTAAG 
GTAGAAAGTG GTCAGATTTA TAAAAACCCA GTCACCTGGC TCAAGGATCT TCTGGGAGGC 
AACAGTTATG TGACCTGGAA TTATGCTTGG AGTAAGGTAA CGTATCTTGG GAAGGAGCTT 
TTAAGGTATG TTTCTGAGGA TGCACCCATA CTTCCAGAAC CAAACTCAGT ACCTCAGCAA 
TATCAACCTT GTCTTCCAGA AGTTGCTTGT TTAGATGACC CAGTACAGGA ACCAAACAAA 
TCAATGTTTG AGAAAACAAA ATTTGGACAA GGAACTTCCA GAGAGTCAAT GCAAAGCAGC 
CCACGTTATC TACAAATAAA TGAAATACTA TTAATCAGTG ATCAAGAATT TCTCCCATGC 
CACATAATGG ATCAGCATTG GAAGTTTTGT GTGGAATGTG AGGAACTAAC ACCCTAA

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

ANKRD31 ( XM_017009318.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864807.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X5, mRNA.

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CloneID	OHu95804
Clone ID Related Accession (Same CDS sequence)	XM_017009318.1 , XM_017009318.2
Accession Version	XM_017009318.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5655bp) 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	putative ankyrin repeat domain-containing protein 31 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGTAACG 
TATCTTGGGA AGGAGCTTTT AAGGTATGTT TCTGAGGATG CACCCATACT TCCAGAACCA 
AACTCAGTAC CTCAGCAATA TCAACCTTGT CTTCCAGAAG TTGCTTGTTT AGATGACCCA 
GTACAGGAAC CAAACAAATC AATGTTTGAG AAAACAAAAT TTGGACAAGG AACTTCCAGA 
GAGTCAATGC AAAGCAGCCC ACGTTATCTA CAAATAAATG AAATACTATT AATCAGTGAT 
CAAGAATTTC TCCCATGCCA CATAATGGAT CAGCATTGGA AGTTTTGTGT GGAATGTGAG 
GAACTAACAC CCTAA

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

RefSeq	XP_016864807.1
CDS	212..5866
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_017009318.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X5, mRNA.

Target ORF information:

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

XM_017009318.1

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGTAACG 
TATCTTGGGA AGGAGCTTTT AAGGTATGTT TCTGAGGATG CACCCATACT TCCAGAACCA 
AACTCAGTAC CTCAGCAATA TCAACCTTGT CTTCCAGAAG TTGCTTGTTT AGATGACCCA 
GTACAGGAAC CAAACAAATC AATGTTTGAG AAAACAAAAT TTGGACAAGG AACTTCCAGA 
GAGTCAATGC AAAGCAGCCC ACGTTATCTA CAAATAAATG AAATACTATT AATCAGTGAT 
CAAGAATTTC TCCCATGCCA CATAATGGAT CAGCATTGGA AGTTTTGTGT GGAATGTGAG 
GAACTAACAC CCTAA

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

ANKRD31 ( XM_017009318.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864807.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu95804
Clone ID Related Accession (Same CDS sequence)	XM_017009318.1 , XM_017009318.2
Accession Version	XM_017009318.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5655bp) 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	ankyrin repeat domain-containing protein 31 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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_017009318.1. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGTAACG 
TATCTTGGGA AGGAGCTTTT AAGGTATGTT TCTGAGGATG CACCCATACT TCCAGAACCA 
AACTCAGTAC CTCAGCAATA TCAACCTTGT CTTCCAGAAG TTGCTTGTTT AGATGACCCA 
GTACAGGAAC CAAACAAATC AATGTTTGAG AAAACAAAAT TTGGACAAGG AACTTCCAGA 
GAGTCAATGC AAAGCAGCCC ACGTTATCTA CAAATAAATG AAATACTATT AATCAGTGAT 
CAAGAATTTC TCCCATGCCA CATAATGGAT CAGCATTGGA AGTTTTGTGT GGAATGTGAG 
GAACTAACAC CCTAA

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

RefSeq	XP_016864807.1
CDS	237..5891
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_017009318.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X6, mRNA.

Target ORF information:

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

XM_017009318.2

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGTAACG 
TATCTTGGGA AGGAGCTTTT AAGGTATGTT TCTGAGGATG CACCCATACT TCCAGAACCA 
AACTCAGTAC CTCAGCAATA TCAACCTTGT CTTCCAGAAG TTGCTTGTTT AGATGACCCA 
GTACAGGAAC CAAACAAATC AATGTTTGAG AAAACAAAAT TTGGACAAGG AACTTCCAGA 
GAGTCAATGC AAAGCAGCCC ACGTTATCTA CAAATAAATG AAATACTATT AATCAGTGAT 
CAAGAATTTC TCCCATGCCA CATAATGGAT CAGCATTGGA AGTTTTGTGT GGAATGTGAG 
GAACTAACAC CCTAA

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

ANKRD31 ( XM_017009319.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864808.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu95805
Clone ID Related Accession (Same CDS sequence)	XM_017009319.1
Accession Version	XM_017009319.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5505bp) 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	ankyrin repeat domain-containing protein 31 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAA CTCTGCAAGA CCCAAATCCA TCTGGATTGC AAACTTTGGC TCATCAAAAT 
ATCACTTCTT GTGAGCCACT AAGTAATAAG AGAAATTCAA ATTCAGTGAC AAATAGCTCT 
GATCAGGAAA CTGCGTGTGT GTTGAGGAGA TCATCCAGAC TAGAAAAACT GAAAGTAAGC 
AGAGATGCAA AGTACTCAGA TCACATGTAT AAGATGCCAG AAAAGATTTT ACCAAAAATC 
CTTGGCTGTG AGGACCTAAC AAATAATAAC TCTTCAGCTC AGAATTTCAG AATGCAGGAT 
CCGGCTTTAA TGATTGATGG TAAAGAGAAG AATATGCATT CAGCAAGGTT CAAGAATGGA 
AAACAGATCA GGAAAAATGA ACAATTTTCA GGAAAAAAAG AAAAAATGAA GGTGAACAAA 
ATATCTCTTC ATAGCATTAA CCGGAGAAAC ATTTTTGGAG AGAACTTAGT ATATAAGGCT 
GCTCTACACG ATGATGCTGA TCTTGTTCAT CATTGTATAA AAAAAGGTGG AAATGTTAAT 
CAGCCAAGTT ATGCTGGTTG GACAGCACTT CATGAAGCTA GTGTAGGAGG ATTTTATCGG 
ACAGCAAGTG AACTATTAAA AGGTGGAGCA GATGTAAATA TCAAAGGATT ATACCAGATT 
ACTCCCCTAC ATGATGCAGT GATGAATGGA CATTATAAGG TGGCAGAGTT ACTTCTTCTG 
AATGGAGCTG ATCCATTATT TAGAAATGAT GATGGAAAAT GTGCTTTGGA TGAGGCCAAG 
GATTTATGTA TGAAGCGTCT CCTTGAGAGA TATATCCCTA AACATCAAAA ATGCCTTACA 
TCAGCTCAAA GGAGTAGCAT TGACCCACTA GACATAGAGG ATGTGTACCA ACACAAGAAA 
CCAAAGTTCA GTTCTAAAAG TCACATTTGG CATGTTTATA ATGAAAATTC CAACAGACAG 
AAGCTGGAAC ATGTAAAAGT CAATAAAGGA AGCAAAGCGA GTTTATTTAT AAATAAAGAA 
GATGTATATG AATATTACCA AAAAGATCCC AAAAACACAA AATTTGGTAA ATCCAAGCAT 
AAACAATCAA CTCTTGACCA GATATACTCT ACAGGACTCA GAAAGGGCAA TCTCCATAAC 
GTCAAAGATC CCAACACAAA CGTACCAAAA GGTATAGGAA GAAGAAAAAC ACAACATAAA 
AGGACCCAAG TAGATGATGT AGACTGTAAT CCAAGAAAGA TACTAGCTGT CTCTCCTTCC 
AGGAGAATAA ACAGATTGGT TACCTATCAG CAGCATATTC CAGAAACTCA TAATGACCTT 
CCAGAAGAAT TGTGTGAACC TTCCAGCTTA ACTCTGTCAA GCCTGAGAAA TGGATTAGAT 
AGCAGTACTG AGGCTTGTTC AGTTTCCAAA GAGAAACACA TCCAGAACCT GGATTTATCA 
GATAGTCAAG AAGTTCAATG CTTGGAATTA GAATCTGTTG ACCAAACTGA AGCTGTTTCT 
TTCCCAGGGC TTTTATTACA TAAAGAAATC AAGTTACCAG TTGTTACTAC AGATAAGCAG 
CCTCACACTC TCCAGGAACA ACACCATGTA CTTTATAAAT CTCATGAAAA CAGTAACTTG 
GTCCCAAAAG ATGAGAGATT TAACAAATGG GAAAATTCTT TCCTATCCTT TGTAAAGGAA 
AATTCTGATA ATGATGATGA TGATGATTGC TCTACCTCTG AGAAGGCTAT AACATCTAAA 
AAGGTGTTGT GTTCTACAGG TGGCAAAAAA CACTATAATT TTAAGGAGAA TTTAACAAAT 
AAAAAAGAAA TGGGTTTCCA ACAGTTTTTA CTTTCTGAAG ATCATCTTTC ACAGGAAAAT 
GAGTTAAAAG CAGTCAGCCT AACCACACTT CCAGAACAGG AAGCTGTTAA TTTTTCTTAT 
TCAGATAATG CAGTTATTTC TGAACATGTT GCAAATTATG AACAATGCAT ATTTGGACCT 
TCTTTTGATC ACTCAAATGG CAATCCTGAG CAAAATTCCC TGGCTTGTAT GAGAACACTT 
TTGACACATG AGGCTTCAAA GTTGACTAAT CATGTGGAGC TATTCAAAAA GCCACAGGAT 
TATATTCCCA GAGCACCAAC TTTTTTAATG AATCAAACAG ATACACATAT TGTGGAAAAG 
ATGGCAAAGA ATTGTGACAC TGAGAGGAAT TACATTGACA GAGACCAAAA AATAATTTAT 
TCAAATGAGC CTTTATCCAT AGTTGCTCAT TCTCAAGTAA TAGAAACAAC TAAAGTTGAA 
AAAAGGAGAC AAAACCATCT AGAAAGTGAG ACTATACACA ATATAGATTC TCATTCCACT 
GACAATATGA GTAAAGAATT GGCCAACATC TCAAAACTTA GTCAAAGAGA AAAGAAGGAA 
ATTTCTCACA AACCAGATGA GGAATTAACT AATAACATCA GTGGAGATGA AATAACTATA 
AGAAATTGTG AGGAGATAAA AGAAAAAACG GAGTCAGAAA TTCACATGCC TACTAATAGC 
CAAGAACACA AAACAGTTCA GAATTTCAGA AAAAGACAAA GTTTCTTAAA AACTACCTGC 
AACCTAGGAA TGAAAGCAGG TAGGATCAAC AAGAGGAATG CCAGAGGGGA AAGCCAGCTT 
CATTTAGCTG TCAGAAGAGG AAATCTGCCC CTAGTGAAAG CCCTGATAGA ATCTGGAGCA 
GATGTGAATC TAAATGATAA TGCAGGTTGG ACACCACTTC ATGAGGCATC TAATGAAGGA 
TCTATTGATA TAATTGTAGA GTTATTAAAA GCTGGTGCTA AGGTTAATTG TGAAAATATA 
GATGGAATTC TGCCCTTACA TGATGCTGTT GCAAACAATC ATTTAAAGGC AGCTGAGATT 
CTACTACAAA ATGGAGCAAA CCCTAATCAA AAAGATCAAA AACAGAAGAG TGCTTTGGAT 
GAAGCAGATG ATGAAAAAAT GAAAGAATTA CTAAGATCTT ATGGTGCTAT TGAGACTGTT 
AATAGAGATG AGAGTGATGC TATAGTCAAT GAAAAAATTC CTGCTGTCCG GTCTAAAAGA 
CATAAACAGT GTTTTTGTGA TGATGGCAAA ACTATTGACT CATCTTCCCT TTCACACCAA 
GAAAGATCAA GAGAAAGCCT TTCTGTGCAT CAGACCCTCA GTGCCATTCT ACAAGATATA 
GAAGAAAAAC AAGAATATTT ATTAGAGTTT GAAATAAGAA ACCCTGAAGA TGCAGAACAA 
TACATTGAAA AGATGTTAAA GATAAAAAAG ATTATGGATA ATGTGCTTGC CAAGCAGAAA 
GCAGAAAGGG ATGATCTGGC TAAAAAATAC AGGGTATCCA TAGAGTCATT TAAGCATGGA 
GCCCTGAGAG AACAATTGGC CAACTTGGCT GCAAGACAGA AGAGCCTTTT AGTTGTGGCA 
AAAAAACAGA AAAAAATAAG CCTGAAAATT CAAAACTGTA GGAATGTTAC ATCATTGCCT 
TGTCTTAGTT TAAGGAAGCT CCCACCCAGA TCAGAAATCT CTAGTGAAAA AGACAGCCAA 
GAGCTCACTA GTCTGGAAAA TTTAGAGCAT CCCCAATCAG GTTCACTTTC TCCTGTTTCT 
GGAAGCATGC AGGAAACACA ATTGTCTCTG GAAACTTGGA ACTACAGCCA AAATACCAAC 
ATTTGTCTAA ATTCAGAGGC AGTGAGAAGG GGAGAATTTT CTGGAAATGA TATGAATTCT 
AAACAAAATG GCAGTGATTG TACCTTGGAT GGTTTTCCAA AATCCAGACA TTCAGATGGC 
ACAGAGAAGA ATAAATTACC ATCCCAACCT GTTGCTTTTA TTGGTCAAAC AGAATATTCA 
CAGAAAGAGA ATGATCTTAC AGAAGCTACA GACAAAGACC ATGAATTCTA TGTTTCTTCC 
CCAGTAATCG GCAAATTAAA TATTTCAGAA ACTGCAAGTG TCCTTGCCGA AAATGCTGCC 
CATCCATCAA ATATTATTTG TGATCAGGAC CTTTCCAATT ATGATCCCAA AAGAGGAAAC 
AGAAAAACAA GTTCCCAGCA ATCACCTACA GGGGCATCAG AATCTCTGGC ACATCAAGGG 
ATTGCTGTCT TAGGCAGTGA TACAGTGCAT CAGATGAAAC CATATCTTAA AAAATCAGTT 
TCTGTTGTTC CATGTGCAGA TGACAGTCAG ATCTCCTCTT CCTCTGGATC TGGGCAACAA 
GATACAATAA AAAAGGCTTT AAACTACAGT ACAGCTCCTA AAAAGAAATG TATTCAGATA 
AAAGATTTGA TATTACTAGG AAGAATTAAC CCAGGAAATA ACATTCTGGA ATTCAAAACA 
CAGGAGACTA CCCACAAAGC CAGTATTTTA TTGAATGGTA AACTTAAGGT AGAAAGTGGT 
CAGATTTATA AAAACCCAGT CACCTGGCTC AAGGATCTTC TGGGAGGCAA CAGTTATGTG 
ACCTGGAATT ATGCTTGGAG TAAGGTAACG TATCTTGGGA AGGAGCTTTT AAGGTATGTT 
TCTGAGGATG CACCCATACT TCCAGAACCA AACTCAGTAC CTCAGCAATA TCAACCTTGT 
CTTCCAGAAG TTGCTTGTTT AGATGACCCA GTACAGGAAC CAAACAAATC AATGTTTGAG 
AAAACAAAAT TTGGACAAGG AACTTCCAGA GAGTCAATGC AAAGCAGCCC ACGTTATCTA 
CAAATAAATG AAATACTATT AATCAGTGAT CAAGAATTTC TCCCATGCCA CATAATGGAT 
CAGCATTGGA AGTTTTGTGT GGAATGTGAG GAACTAACAC CCTAA

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

RefSeq	XP_016864808.1
CDS	212..5716
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELTLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_017009319.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X8, mRNA.

Target ORF information:

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

XM_017009319.1

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAA CTCTGCAAGA CCCAAATCCA TCTGGATTGC AAACTTTGGC TCATCAAAAT 
ATCACTTCTT GTGAGCCACT AAGTAATAAG AGAAATTCAA ATTCAGTGAC AAATAGCTCT 
GATCAGGAAA CTGCGTGTGT GTTGAGGAGA TCATCCAGAC TAGAAAAACT GAAAGTAAGC 
AGAGATGCAA AGTACTCAGA TCACATGTAT AAGATGCCAG AAAAGATTTT ACCAAAAATC 
CTTGGCTGTG AGGACCTAAC AAATAATAAC TCTTCAGCTC AGAATTTCAG AATGCAGGAT 
CCGGCTTTAA TGATTGATGG TAAAGAGAAG AATATGCATT CAGCAAGGTT CAAGAATGGA 
AAACAGATCA GGAAAAATGA ACAATTTTCA GGAAAAAAAG AAAAAATGAA GGTGAACAAA 
ATATCTCTTC ATAGCATTAA CCGGAGAAAC ATTTTTGGAG AGAACTTAGT ATATAAGGCT 
GCTCTACACG ATGATGCTGA TCTTGTTCAT CATTGTATAA AAAAAGGTGG AAATGTTAAT 
CAGCCAAGTT ATGCTGGTTG GACAGCACTT CATGAAGCTA GTGTAGGAGG ATTTTATCGG 
ACAGCAAGTG AACTATTAAA AGGTGGAGCA GATGTAAATA TCAAAGGATT ATACCAGATT 
ACTCCCCTAC ATGATGCAGT GATGAATGGA CATTATAAGG TGGCAGAGTT ACTTCTTCTG 
AATGGAGCTG ATCCATTATT TAGAAATGAT GATGGAAAAT GTGCTTTGGA TGAGGCCAAG 
GATTTATGTA TGAAGCGTCT CCTTGAGAGA TATATCCCTA AACATCAAAA ATGCCTTACA 
TCAGCTCAAA GGAGTAGCAT TGACCCACTA GACATAGAGG ATGTGTACCA ACACAAGAAA 
CCAAAGTTCA GTTCTAAAAG TCACATTTGG CATGTTTATA ATGAAAATTC CAACAGACAG 
AAGCTGGAAC ATGTAAAAGT CAATAAAGGA AGCAAAGCGA GTTTATTTAT AAATAAAGAA 
GATGTATATG AATATTACCA AAAAGATCCC AAAAACACAA AATTTGGTAA ATCCAAGCAT 
AAACAATCAA CTCTTGACCA GATATACTCT ACAGGACTCA GAAAGGGCAA TCTCCATAAC 
GTCAAAGATC CCAACACAAA CGTACCAAAA GGTATAGGAA GAAGAAAAAC ACAACATAAA 
AGGACCCAAG TAGATGATGT AGACTGTAAT CCAAGAAAGA TACTAGCTGT CTCTCCTTCC 
AGGAGAATAA ACAGATTGGT TACCTATCAG CAGCATATTC CAGAAACTCA TAATGACCTT 
CCAGAAGAAT TGTGTGAACC TTCCAGCTTA ACTCTGTCAA GCCTGAGAAA TGGATTAGAT 
AGCAGTACTG AGGCTTGTTC AGTTTCCAAA GAGAAACACA TCCAGAACCT GGATTTATCA 
GATAGTCAAG AAGTTCAATG CTTGGAATTA GAATCTGTTG ACCAAACTGA AGCTGTTTCT 
TTCCCAGGGC TTTTATTACA TAAAGAAATC AAGTTACCAG TTGTTACTAC AGATAAGCAG 
CCTCACACTC TCCAGGAACA ACACCATGTA CTTTATAAAT CTCATGAAAA CAGTAACTTG 
GTCCCAAAAG ATGAGAGATT TAACAAATGG GAAAATTCTT TCCTATCCTT TGTAAAGGAA 
AATTCTGATA ATGATGATGA TGATGATTGC TCTACCTCTG AGAAGGCTAT AACATCTAAA 
AAGGTGTTGT GTTCTACAGG TGGCAAAAAA CACTATAATT TTAAGGAGAA TTTAACAAAT 
AAAAAAGAAA TGGGTTTCCA ACAGTTTTTA CTTTCTGAAG ATCATCTTTC ACAGGAAAAT 
GAGTTAAAAG CAGTCAGCCT AACCACACTT CCAGAACAGG AAGCTGTTAA TTTTTCTTAT 
TCAGATAATG CAGTTATTTC TGAACATGTT GCAAATTATG AACAATGCAT ATTTGGACCT 
TCTTTTGATC ACTCAAATGG CAATCCTGAG CAAAATTCCC TGGCTTGTAT GAGAACACTT 
TTGACACATG AGGCTTCAAA GTTGACTAAT CATGTGGAGC TATTCAAAAA GCCACAGGAT 
TATATTCCCA GAGCACCAAC TTTTTTAATG AATCAAACAG ATACACATAT TGTGGAAAAG 
ATGGCAAAGA ATTGTGACAC TGAGAGGAAT TACATTGACA GAGACCAAAA AATAATTTAT 
TCAAATGAGC CTTTATCCAT AGTTGCTCAT TCTCAAGTAA TAGAAACAAC TAAAGTTGAA 
AAAAGGAGAC AAAACCATCT AGAAAGTGAG ACTATACACA ATATAGATTC TCATTCCACT 
GACAATATGA GTAAAGAATT GGCCAACATC TCAAAACTTA GTCAAAGAGA AAAGAAGGAA 
ATTTCTCACA AACCAGATGA GGAATTAACT AATAACATCA GTGGAGATGA AATAACTATA 
AGAAATTGTG AGGAGATAAA AGAAAAAACG GAGTCAGAAA TTCACATGCC TACTAATAGC 
CAAGAACACA AAACAGTTCA GAATTTCAGA AAAAGACAAA GTTTCTTAAA AACTACCTGC 
AACCTAGGAA TGAAAGCAGG TAGGATCAAC AAGAGGAATG CCAGAGGGGA AAGCCAGCTT 
CATTTAGCTG TCAGAAGAGG AAATCTGCCC CTAGTGAAAG CCCTGATAGA ATCTGGAGCA 
GATGTGAATC TAAATGATAA TGCAGGTTGG ACACCACTTC ATGAGGCATC TAATGAAGGA 
TCTATTGATA TAATTGTAGA GTTATTAAAA GCTGGTGCTA AGGTTAATTG TGAAAATATA 
GATGGAATTC TGCCCTTACA TGATGCTGTT GCAAACAATC ATTTAAAGGC AGCTGAGATT 
CTACTACAAA ATGGAGCAAA CCCTAATCAA AAAGATCAAA AACAGAAGAG TGCTTTGGAT 
GAAGCAGATG ATGAAAAAAT GAAAGAATTA CTAAGATCTT ATGGTGCTAT TGAGACTGTT 
AATAGAGATG AGAGTGATGC TATAGTCAAT GAAAAAATTC CTGCTGTCCG GTCTAAAAGA 
CATAAACAGT GTTTTTGTGA TGATGGCAAA ACTATTGACT CATCTTCCCT TTCACACCAA 
GAAAGATCAA GAGAAAGCCT TTCTGTGCAT CAGACCCTCA GTGCCATTCT ACAAGATATA 
GAAGAAAAAC AAGAATATTT ATTAGAGTTT GAAATAAGAA ACCCTGAAGA TGCAGAACAA 
TACATTGAAA AGATGTTAAA GATAAAAAAG ATTATGGATA ATGTGCTTGC CAAGCAGAAA 
GCAGAAAGGG ATGATCTGGC TAAAAAATAC AGGGTATCCA TAGAGTCATT TAAGCATGGA 
GCCCTGAGAG AACAATTGGC CAACTTGGCT GCAAGACAGA AGAGCCTTTT AGTTGTGGCA 
AAAAAACAGA AAAAAATAAG CCTGAAAATT CAAAACTGTA GGAATGTTAC ATCATTGCCT 
TGTCTTAGTT TAAGGAAGCT CCCACCCAGA TCAGAAATCT CTAGTGAAAA AGACAGCCAA 
GAGCTCACTA GTCTGGAAAA TTTAGAGCAT CCCCAATCAG GTTCACTTTC TCCTGTTTCT 
GGAAGCATGC AGGAAACACA ATTGTCTCTG GAAACTTGGA ACTACAGCCA AAATACCAAC 
ATTTGTCTAA ATTCAGAGGC AGTGAGAAGG GGAGAATTTT CTGGAAATGA TATGAATTCT 
AAACAAAATG GCAGTGATTG TACCTTGGAT GGTTTTCCAA AATCCAGACA TTCAGATGGC 
ACAGAGAAGA ATAAATTACC ATCCCAACCT GTTGCTTTTA TTGGTCAAAC AGAATATTCA 
CAGAAAGAGA ATGATCTTAC AGAAGCTACA GACAAAGACC ATGAATTCTA TGTTTCTTCC 
CCAGTAATCG GCAAATTAAA TATTTCAGAA ACTGCAAGTG TCCTTGCCGA AAATGCTGCC 
CATCCATCAA ATATTATTTG TGATCAGGAC CTTTCCAATT ATGATCCCAA AAGAGGAAAC 
AGAAAAACAA GTTCCCAGCA ATCACCTACA GGGGCATCAG AATCTCTGGC ACATCAAGGG 
ATTGCTGTCT TAGGCAGTGA TACAGTGCAT CAGATGAAAC CATATCTTAA AAAATCAGTT 
TCTGTTGTTC CATGTGCAGA TGACAGTCAG ATCTCCTCTT CCTCTGGATC TGGGCAACAA 
GATACAATAA AAAAGGCTTT AAACTACAGT ACAGCTCCTA AAAAGAAATG TATTCAGATA 
AAAGATTTGA TATTACTAGG AAGAATTAAC CCAGGAAATA ACATTCTGGA ATTCAAAACA 
CAGGAGACTA CCCACAAAGC CAGTATTTTA TTGAATGGTA AACTTAAGGT AGAAAGTGGT 
CAGATTTATA AAAACCCAGT CACCTGGCTC AAGGATCTTC TGGGAGGCAA CAGTTATGTG 
ACCTGGAATT ATGCTTGGAG TAAGGTAACG TATCTTGGGA AGGAGCTTTT AAGGTATGTT 
TCTGAGGATG CACCCATACT TCCAGAACCA AACTCAGTAC CTCAGCAATA TCAACCTTGT 
CTTCCAGAAG TTGCTTGTTT AGATGACCCA GTACAGGAAC CAAACAAATC AATGTTTGAG 
AAAACAAAAT TTGGACAAGG AACTTCCAGA GAGTCAATGC AAAGCAGCCC ACGTTATCTA 
CAAATAAATG AAATACTATT AATCAGTGAT CAAGAATTTC TCCCATGCCA CATAATGGAT 
CAGCATTGGA AGTTTTGTGT GGAATGTGAG GAACTAACAC CCTAA

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

ANKRD31 ( XM_011543298.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541600.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X1, mRNA.

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CloneID	OHu78350
Clone ID Related Accession (Same CDS sequence)	XM_011543298.2 , XM_011543298.3
Accession Version	XM_011543298.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5796bp) 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	putative ankyrin repeat domain-containing protein 31 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011543298.1. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGAA 
GTTGCTTGTT TAGATGACCC AGTACAGGAA CCAAACAAAT CAATGTTTGA GAAAACAAAA 
TTTGGACAAG GAACTTCCAG AGAGTCAATG CAAAGCAGCC CACGTTATCT ACAAATAAAT 
GAAATACTAT TAATCAGTGA TCAAGAATTT CTCCCATGCC ACATAATGGA TCAGCATTGG 
AAGTTTTGTG TGGAATGTGA GGAACTAACA CCCTAA

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

RefSeq	XP_011541600.1
CDS	212..6007
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543298.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X1, mRNA.

Target ORF information:

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

XM_011543298.2

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGAA 
GTTGCTTGTT TAGATGACCC AGTACAGGAA CCAAACAAAT CAATGTTTGA GAAAACAAAA 
TTTGGACAAG GAACTTCCAG AGAGTCAATG CAAAGCAGCC CACGTTATCT ACAAATAAAT 
GAAATACTAT TAATCAGTGA TCAAGAATTT CTCCCATGCC ACATAATGGA TCAGCATTGG 
AAGTTTTGTG TGGAATGTGA GGAACTAACA CCCTAA

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

ANKRD31 ( XM_011543298.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541600.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X1, mRNA.

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CloneID	OHu78350
Clone ID Related Accession (Same CDS sequence)	XM_011543298.2 , XM_011543298.3
Accession Version	XM_011543298.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5796bp) 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	ankyrin repeat domain-containing protein 31 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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_011543298.2. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGAA 
GTTGCTTGTT TAGATGACCC AGTACAGGAA CCAAACAAAT CAATGTTTGA GAAAACAAAA 
TTTGGACAAG GAACTTCCAG AGAGTCAATG CAAAGCAGCC CACGTTATCT ACAAATAAAT 
GAAATACTAT TAATCAGTGA TCAAGAATTT CTCCCATGCC ACATAATGGA TCAGCATTGG 
AAGTTTTGTG TGGAATGTGA GGAACTAACA CCCTAA

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

RefSeq	XP_011541600.1
CDS	237..6032
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543298.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X1, mRNA.

Target ORF information:

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

XM_011543298.3

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGAA 
GTTGCTTGTT TAGATGACCC AGTACAGGAA CCAAACAAAT CAATGTTTGA GAAAACAAAA 
TTTGGACAAG GAACTTCCAG AGAGTCAATG CAAAGCAGCC CACGTTATCT ACAAATAAAT 
GAAATACTAT TAATCAGTGA TCAAGAATTT CTCCCATGCC ACATAATGGA TCAGCATTGG 
AAGTTTTGTG TGGAATGTGA GGAACTAACA CCCTAA

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

ANKRD31 ( XM_011543299.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541601.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X2, mRNA.

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CloneID	OHu78351
Clone ID Related Accession (Same CDS sequence)	NM_001372053.1 , XM_011543299.1
Accession Version	XM_011543299.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5793bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	putative ankyrin repeat domain-containing protein 31 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGTC TCAAGATGAA 
ACAGAACGAA ATCAAGCTCT GTTACAGACT AGAAAAAACT GTTCAATGTT CATTGGGTCG 
TTTCGCCAGT CTGGACTTTC ATTGAACCAC CAAAATATTG AAGGGCCAGA GGCTGAAAGT 
CCTGAAGTTT TGCCACACAT AGAAAAGGAA CTAAGTGAAG GCAGAGATTC TCCTGAAGTT 
AGCCTTCTCT CAGGCACTGC TATTACAGTA TCTGATACAG TTGCTGTAAA GGAGACATCA 
TTAGTAGAGC CAGAGAAGAT TTTAGCAGCA CCAAATACAT TTTTTGAGCC TAGAAAGGAA 
GTCACAATGA CCATGACTTC TGAAGAAACT AAGGATGAAG AAAGCTCTCT TGAAACCTTT 
GTGTCTGCCT TAGAAAGTTT ACTTACATCA CCAGAAAGCA CCCAGGAGGA AAGATTGTTT 
GAATTAGTAA GTGATTTTGA TCGTAAAGAA TTGATGAACC CATTGAGTGA CTCTCTTAGT 
TCCATATCAA TACCTTTGAA TTCCTGGTCG GCATGTCATA GAGATTTACT AGAAGATGCA 
AAAGATGATG CATTGCCAGC TGAGTTATTG GAAGCCCTGA ACACATTGTC AGAAGCCAAG 
GTGGAAACCA TCTGTCACAG AAAAGAGGGA GGTAGCAGTC TCATTGCCAG AAATGAATGT 
TTAGAAGTGG AGTTCAATAC GTCTCAGACC AATGAAGATT GTACACAAAT AGCAGAGACT 
CTGCAAGACC CAAATCCATC TGGATTGCAA ACTTTGGCTC ATCAAAATAT CACTTCTTGT 
GAGCCACTAA GTAATAAGAG AAATTCAAAT TCAGTGACAA ATAGCTCTGA TCAGGAAACT 
GCGTGTGTGT TGAGGAGATC ATCCAGACTA GAAAAACTGA AAGTAAGCAG AGATGCAAAG 
TACTCAGATC ACATGTATAA GATGCCAGAA AAGATTTTAC CAAAAATCCT TGGCTGTGAG 
GACCTAACAA ATAATAACTC TTCAGCTCAG AATTTCAGAA TGCAGGATCC GGCTTTAATG 
ATTGATGGTA AAGAGAAGAA TATGCATTCA GCAAGGTTCA AGAATGGAAA ACAGATCAGG 
AAAAATGAAC AATTTTCAGG AAAAAAAGAA AAAATGAAGG TGAACAAAAT ATCTCTTCAT 
AGCATTAACC GGAGAAACAT TTTTGGAGAG AACTTAGTAT ATAAGGCTGC TCTACACGAT 
GATGCTGATC TTGTTCATCA TTGTATAAAA AAAGGTGGAA ATGTTAATCA GCCAAGTTAT 
GCTGGTTGGA CAGCACTTCA TGAAGCTAGT GTAGGAGGAT TTTATCGGAC AGCAAGTGAA 
CTATTAAAAG GTGGAGCAGA TGTAAATATC AAAGGATTAT ACCAGATTAC TCCCCTACAT 
GATGCAGTGA TGAATGGACA TTATAAGGTG GCAGAGTTAC TTCTTCTGAA TGGAGCTGAT 
CCATTATTTA GAAATGATGA TGGAAAATGT GCTTTGGATG AGGCCAAGGA TTTATGTATG 
AAGCGTCTCC TTGAGAGATA TATCCCTAAA CATCAAAAAT GCCTTACATC AGCTCAAAGG 
AGTAGCATTG ACCCACTAGA CATAGAGGAT GTGTACCAAC ACAAGAAACC AAAGTTCAGT 
TCTAAAAGTC ACATTTGGCA TGTTTATAAT GAAAATTCCA ACAGACAGAA GCTGGAACAT 
GTAAAAGTCA ATAAAGGAAG CAAAGCGAGT TTATTTATAA ATAAAGAAGA TGTATATGAA 
TATTACCAAA AAGATCCCAA AAACACAAAA TTTGGTAAAT CCAAGCATAA ACAATCAACT 
CTTGACCAGA TATACTCTAC AGGACTCAGA AAGGGCAATC TCCATAACGT CAAAGATCCC 
AACACAAACG TACCAAAAGG TATAGGAAGA AGAAAAACAC AACATAAAAG GACCCAAGTA 
GATGATGTAG ACTGTAATCC AAGAAAGATA CTAGCTGTCT CTCCTTCCAG GAGAATAAAC 
AGATTGGTTA CCTATCAGCA GCATATTCCA GAAACTCATA ATGACCTTCC AGAAGAATTG 
TGTGAACCTT CCAGCTTAAC TCTGTCAAGC CTGAGAAATG GATTAGATAG CAGTACTGAG 
GCTTGTTCAG TTTCCAAAGA GAAACACATC CAGAACCTGG ATTTATCAGA TAGTCAAGAA 
GTTCAATGCT TGGAATTAGA ATCTGTTGAC CAAACTGAAG CTGTTTCTTT CCCAGGGCTT 
TTATTACATA AAGAAATCAA GTTACCAGTT GTTACTACAG ATAAGCAGCC TCACACTCTC 
CAGGAACAAC ACCATGTACT TTATAAATCT CATGAAAACA GTAACTTGGT CCCAAAAGAT 
GAGAGATTTA ACAAATGGGA AAATTCTTTC CTATCCTTTG TAAAGGAAAA TTCTGATAAT 
GATGATGATG ATGATTGCTC TACCTCTGAG AAGGCTATAA CATCTAAAAA GGTGTTGTGT 
TCTACAGGTG GCAAAAAACA CTATAATTTT AAGGAGAATT TAACAAATAA AAAAGAAATG 
GGTTTCCAAC AGTTTTTACT TTCTGAAGAT CATCTTTCAC AGGAAAATGA GTTAAAAGCA 
GTCAGCCTAA CCACACTTCC AGAACAGGAA GCTGTTAATT TTTCTTATTC AGATAATGCA 
GTTATTTCTG AACATGTTGC AAATTATGAA CAATGCATAT TTGGACCTTC TTTTGATCAC 
TCAAATGGCA ATCCTGAGCA AAATTCCCTG GCTTGTATGA GAACACTTTT GACACATGAG 
GCTTCAAAGT TGACTAATCA TGTGGAGCTA TTCAAAAAGC CACAGGATTA TATTCCCAGA 
GCACCAACTT TTTTAATGAA TCAAACAGAT ACACATATTG TGGAAAAGAT GGCAAAGAAT 
TGTGACACTG AGAGGAATTA CATTGACAGA GACCAAAAAA TAATTTATTC AAATGAGCCT 
TTATCCATAG TTGCTCATTC TCAAGTAATA GAAACAACTA AAGTTGAAAA AAGGAGACAA 
AACCATCTAG AAAGTGAGAC TATACACAAT ATAGATTCTC ATTCCACTGA CAATATGAGT 
AAAGAATTGG CCAACATCTC AAAACTTAGT CAAAGAGAAA AGAAGGAAAT TTCTCACAAA 
CCAGATGAGG AATTAACTAA TAACATCAGT GGAGATGAAA TAACTATAAG AAATTGTGAG 
GAGATAAAAG AAAAAACGGA GTCAGAAATT CACATGCCTA CTAATAGCCA AGAACACAAA 
ACAGTTCAGA ATTTCAGAAA AAGACAAAGT TTCTTAAAAA CTACCTGCAA CCTAGGAATG 
AAAGCAGGTA GGATCAACAA GAGGAATGCC AGAGGGGAAA GCCAGCTTCA TTTAGCTGTC 
AGAAGAGGAA ATCTGCCCCT AGTGAAAGCC CTGATAGAAT CTGGAGCAGA TGTGAATCTA 
AATGATAATG CAGGTTGGAC ACCACTTCAT GAGGCATCTA ATGAAGGATC TATTGATATA 
ATTGTAGAGT TATTAAAAGC TGGTGCTAAG GTTAATTGTG AAAATATAGA TGGAATTCTG 
CCCTTACATG ATGCTGTTGC AAACAATCAT TTAAAGGCAG CTGAGATTCT ACTACAAAAT 
GGAGCAAACC CTAATCAAAA AGATCAAAAA CAGAAGAGTG CTTTGGATGA AGCAGATGAT 
GAAAAAATGA AAGAATTACT AAGATCTTAT GGTGCTATTG AGACTGTTAA TAGAGATGAG 
AGTGATGCTA TAGTCAATGA AAAAATTCCT GCTGTCCGGT CTAAAAGACA TAAACAGTGT 
TTTTGTGATG ATGGCAAAAC TATTGACTCA TCTTCCCTTT CACACCAAGA AAGATCAAGA 
GAAAGCCTTT CTGTGCATCA GACCCTCAGT GCCATTCTAC AAGATATAGA AGAAAAACAA 
GAATATTTAT TAGAGTTTGA AATAAGAAAC CCTGAAGATG CAGAACAATA CATTGAAAAG 
ATGTTAAAGA TAAAAAAGAT TATGGATAAT GTGCTTGCCA AGCAGAAAGC AGAAAGGGAT 
GATCTGGCTA AAAAATACAG GGTATCCATA GAGTCATTTA AGCATGGAGC CCTGAGAGAA 
CAATTGGCCA ACTTGGCTGC AAGACAGAAG AGCCTTTTAG TTGTGGCAAA AAAACAGAAA 
AAAATAAGCC TGAAAATTCA AAACTGTAGG AATGTTACAT CATTGCCTTG TCTTAGTTTA 
AGGAAGCTCC CACCCAGATC AGAAATCTCT AGTGAAAAAG ACAGCCAAGA GCTCACTAGT 
CTGGAAAATT TAGAGCATCC CCAATCAGGT TCACTTTCTC CTGTTTCTGG AAGCATGCAG 
GAAACACAAT TGTCTCTGGA AACTTGGAAC TACAGCCAAA ATACCAACAT TTGTCTAAAT 
TCAGAGGCAG TGAGAAGGGG AGAATTTTCT GGAAATGATA TGAATTCTAA ACAAAATGGC 
AGTGATTGTA CCTTGGATGG TTTTCCAAAA TCCAGACATT CAGATGGCAC AGAGAAGAAT 
AAATTACCAT CCCAACCTGT TGCTTTTATT GGTCAAACAG AATATTCACA GAAAGAGAAT 
GATCTTACAG AAGCTACAGA CAAAGACCAT GAATTCTATG TTTCTTCCCC AGTAATCGGC 
AAATTAAATA TTTCAGAAAC TGCAAGTGTC CTTGCCGAAA ATGCTGCCCA TCCATCAAAT 
ATTATTTGTG ATCAGGACCT TTCCAATTAT GATCCCAAAA GAGGAAACAG AAAAACAAGT 
TCCCAGCAAT CACCTACAGG GGCATCAGAA TCTCTGGCAC ATCAAGGGAT TGCTGTCTTA 
GGCAGTGATA CAGTGCATCA GATGAAACCA TATCTTAAAA AATCAGTTTC TGTTGTTCCA 
TGTGCAGATG ACAGTCAGAT CTCCTCTTCC TCTGGATCTG GGCAACAAGA TACAATAAAA 
AAGGCTTTAA ACTACAGTAC AGCTCCTAAA AAGAAATGTA TTCAGATAAA AGATTTGATA 
TTACTAGGAA GAATTAACCC AGGAAATAAC ATTCTGGAAT TCAAAACACA GGAGACTACC 
CACAAAGCCA GTATTTTATT GAATGGTAAA CTTAAGGTAG AAAGTGGTCA GATTTATAAA 
AACCCAGTCA CCTGGCTCAA GGATCTTCTG GGAGGCAACA GTTATGTGAC CTGGAATTAT 
GCTTGGAGTA AGGTAACGTA TCTTGGGAAG GAGCTTTTAA GGTATGTTTC TGAGGATGCA 
CCCATACTTC CAGAACCAAA CTCAGTACCT CAGCAATATC AACCTTGTCT TCCAGAAGTT 
GCTTGTTTAG ATGACCCAGT ACAGGAACCA AACAAATCAA TGTTTGAGAA AACAAAATTT 
GGACAAGGAA CTTCCAGAGA GTCAATGCAA AGCAGCCCAC GTTATCTACA AATAAATGAA 
ATACTATTAA TCAGTGATCA AGAATTTCTC CCATGCCACA TAATGGATCA GCATTGGAAG 
TTTTGTGTGG AATGTGAGGA ACTAACACCC TAA

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

RefSeq	XP_011541601.1
CDS	193..5985
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543299.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X2, mRNA.

Target ORF information:

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

XM_011543299.1

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGTC TCAAGATGAA 
ACAGAACGAA ATCAAGCTCT GTTACAGACT AGAAAAAACT GTTCAATGTT CATTGGGTCG 
TTTCGCCAGT CTGGACTTTC ATTGAACCAC CAAAATATTG AAGGGCCAGA GGCTGAAAGT 
CCTGAAGTTT TGCCACACAT AGAAAAGGAA CTAAGTGAAG GCAGAGATTC TCCTGAAGTT 
AGCCTTCTCT CAGGCACTGC TATTACAGTA TCTGATACAG TTGCTGTAAA GGAGACATCA 
TTAGTAGAGC CAGAGAAGAT TTTAGCAGCA CCAAATACAT TTTTTGAGCC TAGAAAGGAA 
GTCACAATGA CCATGACTTC TGAAGAAACT AAGGATGAAG AAAGCTCTCT TGAAACCTTT 
GTGTCTGCCT TAGAAAGTTT ACTTACATCA CCAGAAAGCA CCCAGGAGGA AAGATTGTTT 
GAATTAGTAA GTGATTTTGA TCGTAAAGAA TTGATGAACC CATTGAGTGA CTCTCTTAGT 
TCCATATCAA TACCTTTGAA TTCCTGGTCG GCATGTCATA GAGATTTACT AGAAGATGCA 
AAAGATGATG CATTGCCAGC TGAGTTATTG GAAGCCCTGA ACACATTGTC AGAAGCCAAG 
GTGGAAACCA TCTGTCACAG AAAAGAGGGA GGTAGCAGTC TCATTGCCAG AAATGAATGT 
TTAGAAGTGG AGTTCAATAC GTCTCAGACC AATGAAGATT GTACACAAAT AGCAGAGACT 
CTGCAAGACC CAAATCCATC TGGATTGCAA ACTTTGGCTC ATCAAAATAT CACTTCTTGT 
GAGCCACTAA GTAATAAGAG AAATTCAAAT TCAGTGACAA ATAGCTCTGA TCAGGAAACT 
GCGTGTGTGT TGAGGAGATC ATCCAGACTA GAAAAACTGA AAGTAAGCAG AGATGCAAAG 
TACTCAGATC ACATGTATAA GATGCCAGAA AAGATTTTAC CAAAAATCCT TGGCTGTGAG 
GACCTAACAA ATAATAACTC TTCAGCTCAG AATTTCAGAA TGCAGGATCC GGCTTTAATG 
ATTGATGGTA AAGAGAAGAA TATGCATTCA GCAAGGTTCA AGAATGGAAA ACAGATCAGG 
AAAAATGAAC AATTTTCAGG AAAAAAAGAA AAAATGAAGG TGAACAAAAT ATCTCTTCAT 
AGCATTAACC GGAGAAACAT TTTTGGAGAG AACTTAGTAT ATAAGGCTGC TCTACACGAT 
GATGCTGATC TTGTTCATCA TTGTATAAAA AAAGGTGGAA ATGTTAATCA GCCAAGTTAT 
GCTGGTTGGA CAGCACTTCA TGAAGCTAGT GTAGGAGGAT TTTATCGGAC AGCAAGTGAA 
CTATTAAAAG GTGGAGCAGA TGTAAATATC AAAGGATTAT ACCAGATTAC TCCCCTACAT 
GATGCAGTGA TGAATGGACA TTATAAGGTG GCAGAGTTAC TTCTTCTGAA TGGAGCTGAT 
CCATTATTTA GAAATGATGA TGGAAAATGT GCTTTGGATG AGGCCAAGGA TTTATGTATG 
AAGCGTCTCC TTGAGAGATA TATCCCTAAA CATCAAAAAT GCCTTACATC AGCTCAAAGG 
AGTAGCATTG ACCCACTAGA CATAGAGGAT GTGTACCAAC ACAAGAAACC AAAGTTCAGT 
TCTAAAAGTC ACATTTGGCA TGTTTATAAT GAAAATTCCA ACAGACAGAA GCTGGAACAT 
GTAAAAGTCA ATAAAGGAAG CAAAGCGAGT TTATTTATAA ATAAAGAAGA TGTATATGAA 
TATTACCAAA AAGATCCCAA AAACACAAAA TTTGGTAAAT CCAAGCATAA ACAATCAACT 
CTTGACCAGA TATACTCTAC AGGACTCAGA AAGGGCAATC TCCATAACGT CAAAGATCCC 
AACACAAACG TACCAAAAGG TATAGGAAGA AGAAAAACAC AACATAAAAG GACCCAAGTA 
GATGATGTAG ACTGTAATCC AAGAAAGATA CTAGCTGTCT CTCCTTCCAG GAGAATAAAC 
AGATTGGTTA CCTATCAGCA GCATATTCCA GAAACTCATA ATGACCTTCC AGAAGAATTG 
TGTGAACCTT CCAGCTTAAC TCTGTCAAGC CTGAGAAATG GATTAGATAG CAGTACTGAG 
GCTTGTTCAG TTTCCAAAGA GAAACACATC CAGAACCTGG ATTTATCAGA TAGTCAAGAA 
GTTCAATGCT TGGAATTAGA ATCTGTTGAC CAAACTGAAG CTGTTTCTTT CCCAGGGCTT 
TTATTACATA AAGAAATCAA GTTACCAGTT GTTACTACAG ATAAGCAGCC TCACACTCTC 
CAGGAACAAC ACCATGTACT TTATAAATCT CATGAAAACA GTAACTTGGT CCCAAAAGAT 
GAGAGATTTA ACAAATGGGA AAATTCTTTC CTATCCTTTG TAAAGGAAAA TTCTGATAAT 
GATGATGATG ATGATTGCTC TACCTCTGAG AAGGCTATAA CATCTAAAAA GGTGTTGTGT 
TCTACAGGTG GCAAAAAACA CTATAATTTT AAGGAGAATT TAACAAATAA AAAAGAAATG 
GGTTTCCAAC AGTTTTTACT TTCTGAAGAT CATCTTTCAC AGGAAAATGA GTTAAAAGCA 
GTCAGCCTAA CCACACTTCC AGAACAGGAA GCTGTTAATT TTTCTTATTC AGATAATGCA 
GTTATTTCTG AACATGTTGC AAATTATGAA CAATGCATAT TTGGACCTTC TTTTGATCAC 
TCAAATGGCA ATCCTGAGCA AAATTCCCTG GCTTGTATGA GAACACTTTT GACACATGAG 
GCTTCAAAGT TGACTAATCA TGTGGAGCTA TTCAAAAAGC CACAGGATTA TATTCCCAGA 
GCACCAACTT TTTTAATGAA TCAAACAGAT ACACATATTG TGGAAAAGAT GGCAAAGAAT 
TGTGACACTG AGAGGAATTA CATTGACAGA GACCAAAAAA TAATTTATTC AAATGAGCCT 
TTATCCATAG TTGCTCATTC TCAAGTAATA GAAACAACTA AAGTTGAAAA AAGGAGACAA 
AACCATCTAG AAAGTGAGAC TATACACAAT ATAGATTCTC ATTCCACTGA CAATATGAGT 
AAAGAATTGG CCAACATCTC AAAACTTAGT CAAAGAGAAA AGAAGGAAAT TTCTCACAAA 
CCAGATGAGG AATTAACTAA TAACATCAGT GGAGATGAAA TAACTATAAG AAATTGTGAG 
GAGATAAAAG AAAAAACGGA GTCAGAAATT CACATGCCTA CTAATAGCCA AGAACACAAA 
ACAGTTCAGA ATTTCAGAAA AAGACAAAGT TTCTTAAAAA CTACCTGCAA CCTAGGAATG 
AAAGCAGGTA GGATCAACAA GAGGAATGCC AGAGGGGAAA GCCAGCTTCA TTTAGCTGTC 
AGAAGAGGAA ATCTGCCCCT AGTGAAAGCC CTGATAGAAT CTGGAGCAGA TGTGAATCTA 
AATGATAATG CAGGTTGGAC ACCACTTCAT GAGGCATCTA ATGAAGGATC TATTGATATA 
ATTGTAGAGT TATTAAAAGC TGGTGCTAAG GTTAATTGTG AAAATATAGA TGGAATTCTG 
CCCTTACATG ATGCTGTTGC AAACAATCAT TTAAAGGCAG CTGAGATTCT ACTACAAAAT 
GGAGCAAACC CTAATCAAAA AGATCAAAAA CAGAAGAGTG CTTTGGATGA AGCAGATGAT 
GAAAAAATGA AAGAATTACT AAGATCTTAT GGTGCTATTG AGACTGTTAA TAGAGATGAG 
AGTGATGCTA TAGTCAATGA AAAAATTCCT GCTGTCCGGT CTAAAAGACA TAAACAGTGT 
TTTTGTGATG ATGGCAAAAC TATTGACTCA TCTTCCCTTT CACACCAAGA AAGATCAAGA 
GAAAGCCTTT CTGTGCATCA GACCCTCAGT GCCATTCTAC AAGATATAGA AGAAAAACAA 
GAATATTTAT TAGAGTTTGA AATAAGAAAC CCTGAAGATG CAGAACAATA CATTGAAAAG 
ATGTTAAAGA TAAAAAAGAT TATGGATAAT GTGCTTGCCA AGCAGAAAGC AGAAAGGGAT 
GATCTGGCTA AAAAATACAG GGTATCCATA GAGTCATTTA AGCATGGAGC CCTGAGAGAA 
CAATTGGCCA ACTTGGCTGC AAGACAGAAG AGCCTTTTAG TTGTGGCAAA AAAACAGAAA 
AAAATAAGCC TGAAAATTCA AAACTGTAGG AATGTTACAT CATTGCCTTG TCTTAGTTTA 
AGGAAGCTCC CACCCAGATC AGAAATCTCT AGTGAAAAAG ACAGCCAAGA GCTCACTAGT 
CTGGAAAATT TAGAGCATCC CCAATCAGGT TCACTTTCTC CTGTTTCTGG AAGCATGCAG 
GAAACACAAT TGTCTCTGGA AACTTGGAAC TACAGCCAAA ATACCAACAT TTGTCTAAAT 
TCAGAGGCAG TGAGAAGGGG AGAATTTTCT GGAAATGATA TGAATTCTAA ACAAAATGGC 
AGTGATTGTA CCTTGGATGG TTTTCCAAAA TCCAGACATT CAGATGGCAC AGAGAAGAAT 
AAATTACCAT CCCAACCTGT TGCTTTTATT GGTCAAACAG AATATTCACA GAAAGAGAAT 
GATCTTACAG AAGCTACAGA CAAAGACCAT GAATTCTATG TTTCTTCCCC AGTAATCGGC 
AAATTAAATA TTTCAGAAAC TGCAAGTGTC CTTGCCGAAA ATGCTGCCCA TCCATCAAAT 
ATTATTTGTG ATCAGGACCT TTCCAATTAT GATCCCAAAA GAGGAAACAG AAAAACAAGT 
TCCCAGCAAT CACCTACAGG GGCATCAGAA TCTCTGGCAC ATCAAGGGAT TGCTGTCTTA 
GGCAGTGATA CAGTGCATCA GATGAAACCA TATCTTAAAA AATCAGTTTC TGTTGTTCCA 
TGTGCAGATG ACAGTCAGAT CTCCTCTTCC TCTGGATCTG GGCAACAAGA TACAATAAAA 
AAGGCTTTAA ACTACAGTAC AGCTCCTAAA AAGAAATGTA TTCAGATAAA AGATTTGATA 
TTACTAGGAA GAATTAACCC AGGAAATAAC ATTCTGGAAT TCAAAACACA GGAGACTACC 
CACAAAGCCA GTATTTTATT GAATGGTAAA CTTAAGGTAG AAAGTGGTCA GATTTATAAA 
AACCCAGTCA CCTGGCTCAA GGATCTTCTG GGAGGCAACA GTTATGTGAC CTGGAATTAT 
GCTTGGAGTA AGGTAACGTA TCTTGGGAAG GAGCTTTTAA GGTATGTTTC TGAGGATGCA 
CCCATACTTC CAGAACCAAA CTCAGTACCT CAGCAATATC AACCTTGTCT TCCAGAAGTT 
GCTTGTTTAG ATGACCCAGT ACAGGAACCA AACAAATCAA TGTTTGAGAA AACAAAATTT 
GGACAAGGAA CTTCCAGAGA GTCAATGCAA AGCAGCCCAC GTTATCTACA AATAAATGAA 
ATACTATTAA TCAGTGATCA AGAATTTCTC CCATGCCACA TAATGGATCA GCATTGGAAG 
TTTTGTGTGG AATGTGAGGA ACTAACACCC TAA

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

ANKRD31 ( XM_011543300.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541602.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X3, mRNA.

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CloneID	OHu78352
Clone ID Related Accession (Same CDS sequence)	XM_011543300.2 , XM_011543300.3
Accession Version	XM_011543300.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5724bp) 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	putative ankyrin repeat domain-containing protein 31 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011543300.1. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGGA 
ACTTCCAGAG AGTCAATGCA AAGCAGCCCA CGTTATCTAC AAATAAATGA AATACTATTA 
ATCAGTGATC AAGAATTTCT CCCATGCCAC ATAATGGATC AGCATTGGAA GTTTTGTGTG 
GAATGTGAGG AACTAACACC CTAA

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

RefSeq	XP_011541602.1
CDS	212..5935
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543300.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X3, mRNA.

Target ORF information:

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

XM_011543300.2

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGGA 
ACTTCCAGAG AGTCAATGCA AAGCAGCCCA CGTTATCTAC AAATAAATGA AATACTATTA 
ATCAGTGATC AAGAATTTCT CCCATGCCAC ATAATGGATC AGCATTGGAA GTTTTGTGTG 
GAATGTGAGG AACTAACACC CTAA

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

ANKRD31 ( XM_011543300.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541602.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X3, mRNA.

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CloneID	OHu78352
Clone ID Related Accession (Same CDS sequence)	XM_011543300.2 , XM_011543300.3
Accession Version	XM_011543300.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5724bp) 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	ankyrin repeat domain-containing protein 31 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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_011543300.2. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGGA 
ACTTCCAGAG AGTCAATGCA AAGCAGCCCA CGTTATCTAC AAATAAATGA AATACTATTA 
ATCAGTGATC AAGAATTTCT CCCATGCCAC ATAATGGATC AGCATTGGAA GTTTTGTGTG 
GAATGTGAGG AACTAACACC CTAA

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

RefSeq	XP_011541602.1
CDS	237..5960
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543300.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X3, mRNA.

Target ORF information:

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

XM_011543300.3

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGATG AGGAATTAAC TAATAACATC AGTGGAGATG AAATAACTAT AAGAAATTGT 
GAGGAGATAA AAGAAAAAAC GGAGTCAGAA ATTCACATGC CTACTAATAG CCAAGAACAC 
AAAACAGTTC AGAATTTCAG AAAAAGACAA AGTTTCTTAA AAACTACCTG CAACCTAGGA 
ATGAAAGCAG GTAGGATCAA CAAGAGGAAT GCCAGAGGGG AAAGCCAGCT TCATTTAGCT 
GTCAGAAGAG GAAATCTGCC CCTAGTGAAA GCCCTGATAG AATCTGGAGC AGATGTGAAT 
CTAAATGATA ATGCAGGTTG GACACCACTT CATGAGGCAT CTAATGAAGG ATCTATTGAT 
ATAATTGTAG AGTTATTAAA AGCTGGTGCT AAGGTTAATT GTGAAAATAT AGATGGAATT 
CTGCCCTTAC ATGATGCTGT TGCAAACAAT CATTTAAAGG CAGCTGAGAT TCTACTACAA 
AATGGAGCAA ACCCTAATCA AAAAGATCAA AAACAGAAGA GTGCTTTGGA TGAAGCAGAT 
GATGAAAAAA TGAAAGAATT ACTAAGATCT TATGGTGCTA TTGAGACTGT TAATAGAGAT 
GAGAGTGATG CTATAGTCAA TGAAAAAATT CCTGCTGTCC GGTCTAAAAG ACATAAACAG 
TGTTTTTGTG ATGATGGCAA AACTATTGAC TCATCTTCCC TTTCACACCA AGAAAGATCA 
AGAGAAAGCC TTTCTGTGCA TCAGACCCTC AGTGCCATTC TACAAGATAT AGAAGAAAAA 
CAAGAATATT TATTAGAGTT TGAAATAAGA AACCCTGAAG ATGCAGAACA ATACATTGAA 
AAGATGTTAA AGATAAAAAA GATTATGGAT AATGTGCTTG CCAAGCAGAA AGCAGAAAGG 
GATGATCTGG CTAAAAAATA CAGGGTATCC ATAGAGTCAT TTAAGCATGG AGCCCTGAGA 
GAACAATTGG CCAACTTGGC TGCAAGACAG AAGAGCCTTT TAGTTGTGGC AAAAAAACAG 
AAAAAAATAA GCCTGAAAAT TCAAAACTGT AGGAATGTTA CATCATTGCC TTGTCTTAGT 
TTAAGGAAGC TCCCACCCAG ATCAGAAATC TCTAGTGAAA AAGACAGCCA AGAGCTCACT 
AGTCTGGAAA ATTTAGAGCA TCCCCAATCA GGTTCACTTT CTCCTGTTTC TGGAAGCATG 
CAGGAAACAC AATTGTCTCT GGAAACTTGG AACTACAGCC AAAATACCAA CATTTGTCTA 
AATTCAGAGG CAGTGAGAAG GGGAGAATTT TCTGGAAATG ATATGAATTC TAAACAAAAT 
GGCAGTGATT GTACCTTGGA TGGTTTTCCA AAATCCAGAC ATTCAGATGG CACAGAGAAG 
AATAAATTAC CATCCCAACC TGTTGCTTTT ATTGGTCAAA CAGAATATTC ACAGAAAGAG 
AATGATCTTA CAGAAGCTAC AGACAAAGAC CATGAATTCT ATGTTTCTTC CCCAGTAATC 
GGCAAATTAA ATATTTCAGA AACTGCAAGT GTCCTTGCCG AAAATGCTGC CCATCCATCA 
AATATTATTT GTGATCAGGA CCTTTCCAAT TATGATCCCA AAAGAGGAAA CAGAAAAACA 
AGTTCCCAGC AATCACCTAC AGGGGCATCA GAATCTCTGG CACATCAAGG GATTGCTGTC 
TTAGGCAGTG ATACAGTGCA TCAGATGAAA CCATATCTTA AAAAATCAGT TTCTGTTGTT 
CCATGTGCAG ATGACAGTCA GATCTCCTCT TCCTCTGGAT CTGGGCAACA AGATACAATA 
AAAAAGGCTT TAAACTACAG TACAGCTCCT AAAAAGAAAT GTATTCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ACCCACAAAG CCAGTATTTT ATTGAATGGT AAACTTAAGG TAGAAAGTGG TCAGATTTAT 
AAAAACCCAG TCACCTGGCT CAAGGATCTT CTGGGAGGCA ACAGTTATGT GACCTGGAAT 
TATGCTTGGA GTAAGGTAAC GTATCTTGGG AAGGAGCTTT TAAGGTATGT TTCTGAGGAT 
GCACCCATAC TTCCAGAACC AAACTCAGTA CCTCAGCAAT ATCAACCTTG TCTTCCAGGA 
ACTTCCAGAG AGTCAATGCA AAGCAGCCCA CGTTATCTAC AAATAAATGA AATACTATTA 
ATCAGTGATC AAGAATTTCT CCCATGCCAC ATAATGGATC AGCATTGGAA GTTTTGTGTG 
GAATGTGAGG AACTAACACC CTAA

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

ANKRD31 ( XM_011543301.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541603.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X6, mRNA.

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CloneID	OHu78353
Clone ID Related Accession (Same CDS sequence)	XM_011543301.2 , XM_011543301.3
Accession Version	XM_011543301.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5625bp) 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	putative ankyrin repeat domain-containing protein 31 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011543301.1. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGGAA TGAAAGCAGG TAGGATCAAC AAGAGGAATG CCAGAGGGGA AAGCCAGCTT 
CATTTAGCTG TCAGAAGAGG AAATCTGCCC CTAGTGAAAG CCCTGATAGA ATCTGGAGCA 
GATGTGAATC TAAATGATAA TGCAGGTTGG ACACCACTTC ATGAGGCATC TAATGAAGGA 
TCTATTGATA TAATTGTAGA GTTATTAAAA GCTGGTGCTA AGGTTAATTG TGAAAATATA 
GATGGAATTC TGCCCTTACA TGATGCTGTT GCAAACAATC ATTTAAAGGC AGCTGAGATT 
CTACTACAAA ATGGAGCAAA CCCTAATCAA AAAGATCAAA AACAGAAGAG TGCTTTGGAT 
GAAGCAGATG ATGAAAAAAT GAAAGAATTA CTAAGATCTT ATGGTGCTAT TGAGACTGTT 
AATAGAGATG AGAGTGATGC TATAGTCAAT GAAAAAATTC CTGCTGTCCG GTCTAAAAGA 
CATAAACAGT GTTTTTGTGA TGATGGCAAA ACTATTGACT CATCTTCCCT TTCACACCAA 
GAAAGATCAA GAGAAAGCCT TTCTGTGCAT CAGACCCTCA GTGCCATTCT ACAAGATATA 
GAAGAAAAAC AAGAATATTT ATTAGAGTTT GAAATAAGAA ACCCTGAAGA TGCAGAACAA 
TACATTGAAA AGATGTTAAA GATAAAAAAG ATTATGGATA ATGTGCTTGC CAAGCAGAAA 
GCAGAAAGGG ATGATCTGGC TAAAAAATAC AGGGTATCCA TAGAGTCATT TAAGCATGGA 
GCCCTGAGAG AACAATTGGC CAACTTGGCT GCAAGACAGA AGAGCCTTTT AGTTGTGGCA 
AAAAAACAGA AAAAAATAAG CCTGAAAATT CAAAACTGTA GGAATGTTAC ATCATTGCCT 
TGTCTTAGTT TAAGGAAGCT CCCACCCAGA TCAGAAATCT CTAGTGAAAA AGACAGCCAA 
GAGCTCACTA GTCTGGAAAA TTTAGAGCAT CCCCAATCAG GTTCACTTTC TCCTGTTTCT 
GGAAGCATGC AGGAAACACA ATTGTCTCTG GAAACTTGGA ACTACAGCCA AAATACCAAC 
ATTTGTCTAA ATTCAGAGGC AGTGAGAAGG GGAGAATTTT CTGGAAATGA TATGAATTCT 
AAACAAAATG GCAGTGATTG TACCTTGGAT GGTTTTCCAA AATCCAGACA TTCAGATGGC 
ACAGAGAAGA ATAAATTACC ATCCCAACCT GTTGCTTTTA TTGGTCAAAC AGAATATTCA 
CAGAAAGAGA ATGATCTTAC AGAAGCTACA GACAAAGACC ATGAATTCTA TGTTTCTTCC 
CCAGTAATCG GCAAATTAAA TATTTCAGAA ACTGCAAGTG TCCTTGCCGA AAATGCTGCC 
CATCCATCAA ATATTATTTG TGATCAGGAC CTTTCCAATT ATGATCCCAA AAGAGGAAAC 
AGAAAAACAA GTTCCCAGCA ATCACCTACA GGGGCATCAG AATCTCTGGC ACATCAAGGG 
ATTGCTGTCT TAGGCAGTGA TACAGTGCAT CAGATGAAAC CATATCTTAA AAAATCAGTT 
TCTGTTGTTC CATGTGCAGA TGACAGTCAG ATCTCCTCTT CCTCTGGATC TGGGCAACAA 
GATACAATAA AAAAGGCTTT AAACTACAGT ACAGCTCCTA AAAAGAAATG TATTCAGATA 
AAAGATTTGA TATTACTAGG AAGAATTAAC CCAGGAAATA ACATTCTGGA ATTCAAAACA 
CAGGAGACTA CCCACAAAGC CAGTATTTTA TTGAATGGTA AACTTAAGGT AGAAAGTGGT 
CAGATTTATA AAAACCCAGT CACCTGGCTC AAGGATCTTC TGGGAGGCAA CAGTTATGTG 
ACCTGGAATT ATGCTTGGAG TAAGGTAACG TATCTTGGGA AGGAGCTTTT AAGGTATGTT 
TCTGAGGATG CACCCATACT TCCAGAACCA AACTCAGTAC CTCAGCAATA TCAACCTTGT 
CTTCCAGAAG TTGCTTGTTT AGATGACCCA GTACAGGAAC CAAACAAATC AATGTTTGAG 
AAAACAAAAT TTGGACAAGG AACTTCCAGA GAGTCAATGC AAAGCAGCCC ACGTTATCTA 
CAAATAAATG AAATACTATT AATCAGTGAT CAAGAATTTC TCCCATGCCA CATAATGGAT 
CAGCATTGGA AGTTTTGTGT GGAATGTGAG GAACTAACAC CCTAA

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

RefSeq	XP_011541603.1
CDS	212..5836
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543301.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X6, mRNA.

Target ORF information:

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

XM_011543301.2

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGGAA TGAAAGCAGG TAGGATCAAC AAGAGGAATG CCAGAGGGGA AAGCCAGCTT 
CATTTAGCTG TCAGAAGAGG AAATCTGCCC CTAGTGAAAG CCCTGATAGA ATCTGGAGCA 
GATGTGAATC TAAATGATAA TGCAGGTTGG ACACCACTTC ATGAGGCATC TAATGAAGGA 
TCTATTGATA TAATTGTAGA GTTATTAAAA GCTGGTGCTA AGGTTAATTG TGAAAATATA 
GATGGAATTC TGCCCTTACA TGATGCTGTT GCAAACAATC ATTTAAAGGC AGCTGAGATT 
CTACTACAAA ATGGAGCAAA CCCTAATCAA AAAGATCAAA AACAGAAGAG TGCTTTGGAT 
GAAGCAGATG ATGAAAAAAT GAAAGAATTA CTAAGATCTT ATGGTGCTAT TGAGACTGTT 
AATAGAGATG AGAGTGATGC TATAGTCAAT GAAAAAATTC CTGCTGTCCG GTCTAAAAGA 
CATAAACAGT GTTTTTGTGA TGATGGCAAA ACTATTGACT CATCTTCCCT TTCACACCAA 
GAAAGATCAA GAGAAAGCCT TTCTGTGCAT CAGACCCTCA GTGCCATTCT ACAAGATATA 
GAAGAAAAAC AAGAATATTT ATTAGAGTTT GAAATAAGAA ACCCTGAAGA TGCAGAACAA 
TACATTGAAA AGATGTTAAA GATAAAAAAG ATTATGGATA ATGTGCTTGC CAAGCAGAAA 
GCAGAAAGGG ATGATCTGGC TAAAAAATAC AGGGTATCCA TAGAGTCATT TAAGCATGGA 
GCCCTGAGAG AACAATTGGC CAACTTGGCT GCAAGACAGA AGAGCCTTTT AGTTGTGGCA 
AAAAAACAGA AAAAAATAAG CCTGAAAATT CAAAACTGTA GGAATGTTAC ATCATTGCCT 
TGTCTTAGTT TAAGGAAGCT CCCACCCAGA TCAGAAATCT CTAGTGAAAA AGACAGCCAA 
GAGCTCACTA GTCTGGAAAA TTTAGAGCAT CCCCAATCAG GTTCACTTTC TCCTGTTTCT 
GGAAGCATGC AGGAAACACA ATTGTCTCTG GAAACTTGGA ACTACAGCCA AAATACCAAC 
ATTTGTCTAA ATTCAGAGGC AGTGAGAAGG GGAGAATTTT CTGGAAATGA TATGAATTCT 
AAACAAAATG GCAGTGATTG TACCTTGGAT GGTTTTCCAA AATCCAGACA TTCAGATGGC 
ACAGAGAAGA ATAAATTACC ATCCCAACCT GTTGCTTTTA TTGGTCAAAC AGAATATTCA 
CAGAAAGAGA ATGATCTTAC AGAAGCTACA GACAAAGACC ATGAATTCTA TGTTTCTTCC 
CCAGTAATCG GCAAATTAAA TATTTCAGAA ACTGCAAGTG TCCTTGCCGA AAATGCTGCC 
CATCCATCAA ATATTATTTG TGATCAGGAC CTTTCCAATT ATGATCCCAA AAGAGGAAAC 
AGAAAAACAA GTTCCCAGCA ATCACCTACA GGGGCATCAG AATCTCTGGC ACATCAAGGG 
ATTGCTGTCT TAGGCAGTGA TACAGTGCAT CAGATGAAAC CATATCTTAA AAAATCAGTT 
TCTGTTGTTC CATGTGCAGA TGACAGTCAG ATCTCCTCTT CCTCTGGATC TGGGCAACAA 
GATACAATAA AAAAGGCTTT AAACTACAGT ACAGCTCCTA AAAAGAAATG TATTCAGATA 
AAAGATTTGA TATTACTAGG AAGAATTAAC CCAGGAAATA ACATTCTGGA ATTCAAAACA 
CAGGAGACTA CCCACAAAGC CAGTATTTTA TTGAATGGTA AACTTAAGGT AGAAAGTGGT 
CAGATTTATA AAAACCCAGT CACCTGGCTC AAGGATCTTC TGGGAGGCAA CAGTTATGTG 
ACCTGGAATT ATGCTTGGAG TAAGGTAACG TATCTTGGGA AGGAGCTTTT AAGGTATGTT 
TCTGAGGATG CACCCATACT TCCAGAACCA AACTCAGTAC CTCAGCAATA TCAACCTTGT 
CTTCCAGAAG TTGCTTGTTT AGATGACCCA GTACAGGAAC CAAACAAATC AATGTTTGAG 
AAAACAAAAT TTGGACAAGG AACTTCCAGA GAGTCAATGC AAAGCAGCCC ACGTTATCTA 
CAAATAAATG AAATACTATT AATCAGTGAT CAAGAATTTC TCCCATGCCA CATAATGGAT 
CAGCATTGGA AGTTTTGTGT GGAATGTGAG GAACTAACAC CCTAA

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

ANKRD31 ( XM_011543301.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541603.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X7, mRNA.

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CloneID	OHu78353
Clone ID Related Accession (Same CDS sequence)	XM_011543301.2 , XM_011543301.3
Accession Version	XM_011543301.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5625bp) 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	ankyrin repeat domain-containing protein 31 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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_011543301.2. ##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##

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGGAA TGAAAGCAGG TAGGATCAAC AAGAGGAATG CCAGAGGGGA AAGCCAGCTT 
CATTTAGCTG TCAGAAGAGG AAATCTGCCC CTAGTGAAAG CCCTGATAGA ATCTGGAGCA 
GATGTGAATC TAAATGATAA TGCAGGTTGG ACACCACTTC ATGAGGCATC TAATGAAGGA 
TCTATTGATA TAATTGTAGA GTTATTAAAA GCTGGTGCTA AGGTTAATTG TGAAAATATA 
GATGGAATTC TGCCCTTACA TGATGCTGTT GCAAACAATC ATTTAAAGGC AGCTGAGATT 
CTACTACAAA ATGGAGCAAA CCCTAATCAA AAAGATCAAA AACAGAAGAG TGCTTTGGAT 
GAAGCAGATG ATGAAAAAAT GAAAGAATTA CTAAGATCTT ATGGTGCTAT TGAGACTGTT 
AATAGAGATG AGAGTGATGC TATAGTCAAT GAAAAAATTC CTGCTGTCCG GTCTAAAAGA 
CATAAACAGT GTTTTTGTGA TGATGGCAAA ACTATTGACT CATCTTCCCT TTCACACCAA 
GAAAGATCAA GAGAAAGCCT TTCTGTGCAT CAGACCCTCA GTGCCATTCT ACAAGATATA 
GAAGAAAAAC AAGAATATTT ATTAGAGTTT GAAATAAGAA ACCCTGAAGA TGCAGAACAA 
TACATTGAAA AGATGTTAAA GATAAAAAAG ATTATGGATA ATGTGCTTGC CAAGCAGAAA 
GCAGAAAGGG ATGATCTGGC TAAAAAATAC AGGGTATCCA TAGAGTCATT TAAGCATGGA 
GCCCTGAGAG AACAATTGGC CAACTTGGCT GCAAGACAGA AGAGCCTTTT AGTTGTGGCA 
AAAAAACAGA AAAAAATAAG CCTGAAAATT CAAAACTGTA GGAATGTTAC ATCATTGCCT 
TGTCTTAGTT TAAGGAAGCT CCCACCCAGA TCAGAAATCT CTAGTGAAAA AGACAGCCAA 
GAGCTCACTA GTCTGGAAAA TTTAGAGCAT CCCCAATCAG GTTCACTTTC TCCTGTTTCT 
GGAAGCATGC AGGAAACACA ATTGTCTCTG GAAACTTGGA ACTACAGCCA AAATACCAAC 
ATTTGTCTAA ATTCAGAGGC AGTGAGAAGG GGAGAATTTT CTGGAAATGA TATGAATTCT 
AAACAAAATG GCAGTGATTG TACCTTGGAT GGTTTTCCAA AATCCAGACA TTCAGATGGC 
ACAGAGAAGA ATAAATTACC ATCCCAACCT GTTGCTTTTA TTGGTCAAAC AGAATATTCA 
CAGAAAGAGA ATGATCTTAC AGAAGCTACA GACAAAGACC ATGAATTCTA TGTTTCTTCC 
CCAGTAATCG GCAAATTAAA TATTTCAGAA ACTGCAAGTG TCCTTGCCGA AAATGCTGCC 
CATCCATCAA ATATTATTTG TGATCAGGAC CTTTCCAATT ATGATCCCAA AAGAGGAAAC 
AGAAAAACAA GTTCCCAGCA ATCACCTACA GGGGCATCAG AATCTCTGGC ACATCAAGGG 
ATTGCTGTCT TAGGCAGTGA TACAGTGCAT CAGATGAAAC CATATCTTAA AAAATCAGTT 
TCTGTTGTTC CATGTGCAGA TGACAGTCAG ATCTCCTCTT CCTCTGGATC TGGGCAACAA 
GATACAATAA AAAAGGCTTT AAACTACAGT ACAGCTCCTA AAAAGAAATG TATTCAGATA 
AAAGATTTGA TATTACTAGG AAGAATTAAC CCAGGAAATA ACATTCTGGA ATTCAAAACA 
CAGGAGACTA CCCACAAAGC CAGTATTTTA TTGAATGGTA AACTTAAGGT AGAAAGTGGT 
CAGATTTATA AAAACCCAGT CACCTGGCTC AAGGATCTTC TGGGAGGCAA CAGTTATGTG 
ACCTGGAATT ATGCTTGGAG TAAGGTAACG TATCTTGGGA AGGAGCTTTT AAGGTATGTT 
TCTGAGGATG CACCCATACT TCCAGAACCA AACTCAGTAC CTCAGCAATA TCAACCTTGT 
CTTCCAGAAG TTGCTTGTTT AGATGACCCA GTACAGGAAC CAAACAAATC AATGTTTGAG 
AAAACAAAAT TTGGACAAGG AACTTCCAGA GAGTCAATGC AAAGCAGCCC ACGTTATCTA 
CAAATAAATG AAATACTATT AATCAGTGAT CAAGAATTTC TCCCATGCCA CATAATGGAT 
CAGCATTGGA AGTTTTGTGT GGAATGTGAG GAACTAACAC CCTAA

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

RefSeq	XP_011541603.1
CDS	237..5861
Translation	MEEGVQAPDWDSDETVIEGSVTESDLEEKELPWRRLLFDQDASLKSEFSLHPDTRGMCKGMPSPEIQLGFKLREDLQEQMNKNKMMPVLSEDTILQQSQDETERNQALLQTRKNCSMFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543301.3
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X7, mRNA.

Target ORF information:

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

XM_011543301.3

ORF Insert Sequence:

ATGGAGGAAG GCGTCCAGGC CCCAGACTGG GACAGTGATG AAACTGTGAT AGAGGGTTCA 
GTGACGGAGA GCGACCTGGA AGAAAAGGAG CTGCCCTGGA GAAGGTTGCT GTTTGATCAA 
GACGCATCTC TTAAATCTGA GTTCAGTCTG CATCCTGATA CAAGAGGAAT GTGCAAAGGC 
ATGCCTTCTC CTGAGATTCA ACTTGGATTT AAGCTCAGAG AGGATCTGCA AGAGCAAATG 
AATAAAAATA AGATGATGCC TGTTCTTAGC GAGGATACAA TATTACAGCA GTCTCAAGAT 
GAAACAGAAC GAAATCAAGC TCTGTTACAG ACTAGAAAAA ACTGTTCAAT GTTCATTGGG 
TCGTTTCGCC AGTCTGGACT TTCATTGAAC CACCAAAATA TTGAAGGGCC AGAGGCTGAA 
AGTCCTGAAG TTTTGCCACA CATAGAAAAG GAACTAAGTG AAGGCAGAGA TTCTCCTGAA 
GTTAGCCTTC TCTCAGGCAC TGCTATTACA GTATCTGATA CAGTTGCTGT AAAGGAGACA 
TCATTAGTAG AGCCAGAGAA GATTTTAGCA GCACCAAATA CATTTTTTGA GCCTAGAAAG 
GAAGTCACAA TGACCATGAC TTCTGAAGAA ACTAAGGATG AAGAAAGCTC TCTTGAAACC 
TTTGTGTCTG CCTTAGAAAG TTTACTTACA TCACCAGAAA GCACCCAGGA GGAAAGATTG 
TTTGAATTAG TAAGTGATTT TGATCGTAAA GAATTGATGA ACCCATTGAG TGACTCTCTT 
AGTTCCATAT CAATACCTTT GAATTCCTGG TCGGCATGTC ATAGAGATTT ACTAGAAGAT 
GCAAAAGATG ATGCATTGCC AGCTGAGTTA TTGGAAGCCC TGAACACATT GTCAGAAGCC 
AAGGTGGAAA CCATCTGTCA CAGAAAAGAG GGAGGTAGCA GTCTCATTGC CAGAAATGAA 
TGTTTAGAAG TGGAGTTCAA TACGTCTCAG ACCAATGAAG ATTGTACACA AATAGCAGAG 
ACTCTGCAAG ACCCAAATCC ATCTGGATTG CAAACTTTGG CTCATCAAAA TATCACTTCT 
TGTGAGCCAC TAAGTAATAA GAGAAATTCA AATTCAGTGA CAAATAGCTC TGATCAGGAA 
ACTGCGTGTG TGTTGAGGAG ATCATCCAGA CTAGAAAAAC TGAAAGTAAG CAGAGATGCA 
AAGTACTCAG ATCACATGTA TAAGATGCCA GAAAAGATTT TACCAAAAAT CCTTGGCTGT 
GAGGACCTAA CAAATAATAA CTCTTCAGCT CAGAATTTCA GAATGCAGGA TCCGGCTTTA 
ATGATTGATG GTAAAGAGAA GAATATGCAT TCAGCAAGGT TCAAGAATGG AAAACAGATC 
AGGAAAAATG AACAATTTTC AGGAAAAAAA GAAAAAATGA AGGTGAACAA AATATCTCTT 
CATAGCATTA ACCGGAGAAA CATTTTTGGA GAGAACTTAG TATATAAGGC TGCTCTACAC 
GATGATGCTG ATCTTGTTCA TCATTGTATA AAAAAAGGTG GAAATGTTAA TCAGCCAAGT 
TATGCTGGTT GGACAGCACT TCATGAAGCT AGTGTAGGAG GATTTTATCG GACAGCAAGT 
GAACTATTAA AAGGTGGAGC AGATGTAAAT ATCAAAGGAT TATACCAGAT TACTCCCCTA 
CATGATGCAG TGATGAATGG ACATTATAAG GTGGCAGAGT TACTTCTTCT GAATGGAGCT 
GATCCATTAT TTAGAAATGA TGATGGAAAA TGTGCTTTGG ATGAGGCCAA GGATTTATGT 
ATGAAGCGTC TCCTTGAGAG ATATATCCCT AAACATCAAA AATGCCTTAC ATCAGCTCAA 
AGGAGTAGCA TTGACCCACT AGACATAGAG GATGTGTACC AACACAAGAA ACCAAAGTTC 
AGTTCTAAAA GTCACATTTG GCATGTTTAT AATGAAAATT CCAACAGACA GAAGCTGGAA 
CATGTAAAAG TCAATAAAGG AAGCAAAGCG AGTTTATTTA TAAATAAAGA AGATGTATAT 
GAATATTACC AAAAAGATCC CAAAAACACA AAATTTGGTA AATCCAAGCA TAAACAATCA 
ACTCTTGACC AGATATACTC TACAGGACTC AGAAAGGGCA ATCTCCATAA CGTCAAAGAT 
CCCAACACAA ACGTACCAAA AGGTATAGGA AGAAGAAAAA CACAACATAA AAGGACCCAA 
GTAGATGATG TAGACTGTAA TCCAAGAAAG ATACTAGCTG TCTCTCCTTC CAGGAGAATA 
AACAGATTGG TTACCTATCA GCAGCATATT CCAGAAACTC ATAATGACCT TCCAGAAGAA 
TTGTGTGAAC CTTCCAGCTT AACTCTGTCA AGCCTGAGAA ATGGATTAGA TAGCAGTACT 
GAGGCTTGTT CAGTTTCCAA AGAGAAACAC ATCCAGAACC TGGATTTATC AGATAGTCAA 
GAAGTTCAAT GCTTGGAATT AGAATCTGTT GACCAAACTG AAGCTGTTTC TTTCCCAGGG 
CTTTTATTAC ATAAAGAAAT CAAGTTACCA GTTGTTACTA CAGATAAGCA GCCTCACACT 
CTCCAGGAAC AACACCATGT ACTTTATAAA TCTCATGAAA ACAGTAACTT GGTCCCAAAA 
GATGAGAGAT TTAACAAATG GGAAAATTCT TTCCTATCCT TTGTAAAGGA AAATTCTGAT 
AATGATGATG ATGATGATTG CTCTACCTCT GAGAAGGCTA TAACATCTAA AAAGGTGTTG 
TGTTCTACAG GTGGCAAAAA ACACTATAAT TTTAAGGAGA ATTTAACAAA TAAAAAAGAA 
ATGGGTTTCC AACAGTTTTT ACTTTCTGAA GATCATCTTT CACAGGAAAA TGAGTTAAAA 
GCAGTCAGCC TAACCACACT TCCAGAACAG GAAGCTGTTA ATTTTTCTTA TTCAGATAAT 
GCAGTTATTT CTGAACATGT TGCAAATTAT GAACAATGCA TATTTGGACC TTCTTTTGAT 
CACTCAAATG GCAATCCTGA GCAAAATTCC CTGGCTTGTA TGAGAACACT TTTGACACAT 
GAGGCTTCAA AGTTGACTAA TCATGTGGAG CTATTCAAAA AGCCACAGGA TTATATTCCC 
AGAGCACCAA CTTTTTTAAT GAATCAAACA GATACACATA TTGTGGAAAA GATGGCAAAG 
AATTGTGACA CTGAGAGGAA TTACATTGAC AGAGACCAAA AAATAATTTA TTCAAATGAG 
CCTTTATCCA TAGTTGCTCA TTCTCAAGTA ATAGAAACAA CTAAAGTTGA AAAAAGGAGA 
CAAAACCATC TAGAAAGTGA GACTATACAC AATATAGATT CTCATTCCAC TGACAATATG 
AGTAAAGAAT TGGCCAACAT CTCAAAACTT AGTCAAAGAG AAAAGAAGGA AATTTCTCAC 
AAACCAGGAA TGAAAGCAGG TAGGATCAAC AAGAGGAATG CCAGAGGGGA AAGCCAGCTT 
CATTTAGCTG TCAGAAGAGG AAATCTGCCC CTAGTGAAAG CCCTGATAGA ATCTGGAGCA 
GATGTGAATC TAAATGATAA TGCAGGTTGG ACACCACTTC ATGAGGCATC TAATGAAGGA 
TCTATTGATA TAATTGTAGA GTTATTAAAA GCTGGTGCTA AGGTTAATTG TGAAAATATA 
GATGGAATTC TGCCCTTACA TGATGCTGTT GCAAACAATC ATTTAAAGGC AGCTGAGATT 
CTACTACAAA ATGGAGCAAA CCCTAATCAA AAAGATCAAA AACAGAAGAG TGCTTTGGAT 
GAAGCAGATG ATGAAAAAAT GAAAGAATTA CTAAGATCTT ATGGTGCTAT TGAGACTGTT 
AATAGAGATG AGAGTGATGC TATAGTCAAT GAAAAAATTC CTGCTGTCCG GTCTAAAAGA 
CATAAACAGT GTTTTTGTGA TGATGGCAAA ACTATTGACT CATCTTCCCT TTCACACCAA 
GAAAGATCAA GAGAAAGCCT TTCTGTGCAT CAGACCCTCA GTGCCATTCT ACAAGATATA 
GAAGAAAAAC AAGAATATTT ATTAGAGTTT GAAATAAGAA ACCCTGAAGA TGCAGAACAA 
TACATTGAAA AGATGTTAAA GATAAAAAAG ATTATGGATA ATGTGCTTGC CAAGCAGAAA 
GCAGAAAGGG ATGATCTGGC TAAAAAATAC AGGGTATCCA TAGAGTCATT TAAGCATGGA 
GCCCTGAGAG AACAATTGGC CAACTTGGCT GCAAGACAGA AGAGCCTTTT AGTTGTGGCA 
AAAAAACAGA AAAAAATAAG CCTGAAAATT CAAAACTGTA GGAATGTTAC ATCATTGCCT 
TGTCTTAGTT TAAGGAAGCT CCCACCCAGA TCAGAAATCT CTAGTGAAAA AGACAGCCAA 
GAGCTCACTA GTCTGGAAAA TTTAGAGCAT CCCCAATCAG GTTCACTTTC TCCTGTTTCT 
GGAAGCATGC AGGAAACACA ATTGTCTCTG GAAACTTGGA ACTACAGCCA AAATACCAAC 
ATTTGTCTAA ATTCAGAGGC AGTGAGAAGG GGAGAATTTT CTGGAAATGA TATGAATTCT 
AAACAAAATG GCAGTGATTG TACCTTGGAT GGTTTTCCAA AATCCAGACA TTCAGATGGC 
ACAGAGAAGA ATAAATTACC ATCCCAACCT GTTGCTTTTA TTGGTCAAAC AGAATATTCA 
CAGAAAGAGA ATGATCTTAC AGAAGCTACA GACAAAGACC ATGAATTCTA TGTTTCTTCC 
CCAGTAATCG GCAAATTAAA TATTTCAGAA ACTGCAAGTG TCCTTGCCGA AAATGCTGCC 
CATCCATCAA ATATTATTTG TGATCAGGAC CTTTCCAATT ATGATCCCAA AAGAGGAAAC 
AGAAAAACAA GTTCCCAGCA ATCACCTACA GGGGCATCAG AATCTCTGGC ACATCAAGGG 
ATTGCTGTCT TAGGCAGTGA TACAGTGCAT CAGATGAAAC CATATCTTAA AAAATCAGTT 
TCTGTTGTTC CATGTGCAGA TGACAGTCAG ATCTCCTCTT CCTCTGGATC TGGGCAACAA 
GATACAATAA AAAAGGCTTT AAACTACAGT ACAGCTCCTA AAAAGAAATG TATTCAGATA 
AAAGATTTGA TATTACTAGG AAGAATTAAC CCAGGAAATA ACATTCTGGA ATTCAAAACA 
CAGGAGACTA CCCACAAAGC CAGTATTTTA TTGAATGGTA AACTTAAGGT AGAAAGTGGT 
CAGATTTATA AAAACCCAGT CACCTGGCTC AAGGATCTTC TGGGAGGCAA CAGTTATGTG 
ACCTGGAATT ATGCTTGGAG TAAGGTAACG TATCTTGGGA AGGAGCTTTT AAGGTATGTT 
TCTGAGGATG CACCCATACT TCCAGAACCA AACTCAGTAC CTCAGCAATA TCAACCTTGT 
CTTCCAGAAG TTGCTTGTTT AGATGACCCA GTACAGGAAC CAAACAAATC AATGTTTGAG 
AAAACAAAAT TTGGACAAGG AACTTCCAGA GAGTCAATGC AAAGCAGCCC ACGTTATCTA 
CAAATAAATG AAATACTATT AATCAGTGAT CAAGAATTTC TCCCATGCCA CATAATGGAT 
CAGCATTGGA AGTTTTGTGT GGAATGTGAG GAACTAACAC CCTAA

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

ANKRD31 ( XM_017009320.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016864809.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X10, mRNA.

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CloneID	OHu78354
Clone ID Related Accession (Same CDS sequence)	XM_017009320.1 , XM_011543302.2
Accession Version	XM_017009320.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5448bp) 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	ankyrin repeat domain-containing protein 31 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGTTCATTG GGTCGTTTCG CCAGTCTGGA CTTTCATTGA ACCACCAAAA TATTGAAGGG 
CCAGAGGCTG AAAGTCCTGA AGTTTTGCCA CACATAGAAA AGGAACTAAG TGAAGGCAGA 
GATTCTCCTG AAGTTAGCCT TCTCTCAGGC ACTGCTATTA CAGTATCTGA TACAGTTGCT 
GTAAAGGAGA CATCATTAGT AGAGCCAGAG AAGATTTTAG CAGCACCAAA TACATTTTTT 
GAGCCTAGAA AGGAAGTCAC AATGACCATG ACTTCTGAAG AAACTAAGGA TGAAGAAAGC 
TCTCTTGAAA CCTTTGTGTC TGCCTTAGAA AGTTTACTTA CATCACCAGA AAGCACCCAG 
GAGGAAAGAT TGTTTGAATT AGTAAGTGAT TTTGATCGTA AAGAATTGAT GAACCCATTG 
AGTGACTCTC TTAGTTCCAT ATCAATACCT TTGAATTCCT GGTCGGCATG TCATAGAGAT 
TTACTAGAAG ATGCAAAAGA TGATGCATTG CCAGCTGAGT TATTGGAAGC CCTGAACACA 
TTGTCAGAAG CCAAGGTGGA AACCATCTGT CACAGAAAAG AGGGAGGTAG CAGTCTCATT 
GCCAGAAATG AATGTTTAGA AGTGGAGTTC AATACGTCTC AGACCAATGA AGATTGTACA 
CAAATAGCAG AGACTCTGCA AGACCCAAAT CCATCTGGAT TGCAAACTTT GGCTCATCAA 
AATATCACTT CTTGTGAGCC ACTAAGTAAT AAGAGAAATT CAAATTCAGT GACAAATAGC 
TCTGATCAGG AAACTGCGTG TGTGTTGAGG AGATCATCCA GACTAGAAAA ACTGAAAGTA 
AGCAGAGATG CAAAGTACTC AGATCACATG TATAAGATGC CAGAAAAGAT TTTACCAAAA 
ATCCTTGGCT GTGAGGACCT AACAAATAAT AACTCTTCAG CTCAGAATTT CAGAATGCAG 
GATCCGGCTT TAATGATTGA TGGTAAAGAG AAGAATATGC ATTCAGCAAG GTTCAAGAAT 
GGAAAACAGA TCAGGAAAAA TGAACAATTT TCAGGAAAAA AAGAAAAAAT GAAGGTGAAC 
AAAATATCTC TTCATAGCAT TAACCGGAGA AACATTTTTG GAGAGAACTT AGTATATAAG 
GCTGCTCTAC ACGATGATGC TGATCTTGTT CATCATTGTA TAAAAAAAGG TGGAAATGTT 
AATCAGCCAA GTTATGCTGG TTGGACAGCA CTTCATGAAG CTAGTGTAGG AGGATTTTAT 
CGGACAGCAA GTGAACTATT AAAAGGTGGA GCAGATGTAA ATATCAAAGG ATTATACCAG 
ATTACTCCCC TACATGATGC AGTGATGAAT GGACATTATA AGGTGGCAGA GTTACTTCTT 
CTGAATGGAG CTGATCCATT ATTTAGAAAT GATGATGGAA AATGTGCTTT GGATGAGGCC 
AAGGATTTAT GTATGAAGCG TCTCCTTGAG AGATATATCC CTAAACATCA AAAATGCCTT 
ACATCAGCTC AAAGGAGTAG CATTGACCCA CTAGACATAG AGGATGTGTA CCAACACAAG 
AAACCAAAGT TCAGTTCTAA AAGTCACATT TGGCATGTTT ATAATGAAAA TTCCAACAGA 
CAGAAGCTGG AACATGTAAA AGTCAATAAA GGAAGCAAAG CGAGTTTATT TATAAATAAA 
GAAGATGTAT ATGAATATTA CCAAAAAGAT CCCAAAAACA CAAAATTTGG TAAATCCAAG 
CATAAACAAT CAACTCTTGA CCAGATATAC TCTACAGGAC TCAGAAAGGG CAATCTCCAT 
AACGTCAAAG ATCCCAACAC AAACGTACCA AAAGGTATAG GAAGAAGAAA AACACAACAT 
AAAAGGACCC AAGTAGATGA TGTAGACTGT AATCCAAGAA AGATACTAGC TGTCTCTCCT 
TCCAGGAGAA TAAACAGATT GGTTACCTAT CAGCAGCATA TTCCAGAAAC TCATAATGAC 
CTTCCAGAAG AATTGTGTGA ACCTTCCAGC TTAACTCTGT CAAGCCTGAG AAATGGATTA 
GATAGCAGTA CTGAGGCTTG TTCAGTTTCC AAAGAGAAAC ACATCCAGAA CCTGGATTTA 
TCAGATAGTC AAGAAGTTCA ATGCTTGGAA TTAGAATCTG TTGACCAAAC TGAAGCTGTT 
TCTTTCCCAG GGCTTTTATT ACATAAAGAA ATCAAGTTAC CAGTTGTTAC TACAGATAAG 
CAGCCTCACA CTCTCCAGGA ACAACACCAT GTACTTTATA AATCTCATGA AAACAGTAAC 
TTGGTCCCAA AAGATGAGAG ATTTAACAAA TGGGAAAATT CTTTCCTATC CTTTGTAAAG 
GAAAATTCTG ATAATGATGA TGATGATGAT TGCTCTACCT CTGAGAAGGC TATAACATCT 
AAAAAGGTGT TGTGTTCTAC AGGTGGCAAA AAACACTATA ATTTTAAGGA GAATTTAACA 
AATAAAAAAG AAATGGGTTT CCAACAGTTT TTACTTTCTG AAGATCATCT TTCACAGGAA 
AATGAGTTAA AAGCAGTCAG CCTAACCACA CTTCCAGAAC AGGAAGCTGT TAATTTTTCT 
TATTCAGATA ATGCAGTTAT TTCTGAACAT GTTGCAAATT ATGAACAATG CATATTTGGA 
CCTTCTTTTG ATCACTCAAA TGGCAATCCT GAGCAAAATT CCCTGGCTTG TATGAGAACA 
CTTTTGACAC ATGAGGCTTC AAAGTTGACT AATCATGTGG AGCTATTCAA AAAGCCACAG 
GATTATATTC CCAGAGCACC AACTTTTTTA ATGAATCAAA CAGATACACA TATTGTGGAA 
AAGATGGCAA AGAATTGTGA CACTGAGAGG AATTACATTG ACAGAGACCA AAAAATAATT 
TATTCAAATG AGCCTTTATC CATAGTTGCT CATTCTCAAG TAATAGAAAC AACTAAAGTT 
GAAAAAAGGA GACAAAACCA TCTAGAAAGT GAGACTATAC ACAATATAGA TTCTCATTCC 
ACTGACAATA TGAGTAAAGA ATTGGCCAAC ATCTCAAAAC TTAGTCAAAG AGAAAAGAAG 
GAAATTTCTC ACAAACCAGA TGAGGAATTA ACTAATAACA TCAGTGGAGA TGAAATAACT 
ATAAGAAATT GTGAGGAGAT AAAAGAAAAA ACGGAGTCAG AAATTCACAT GCCTACTAAT 
AGCCAAGAAC ACAAAACAGT TCAGAATTTC AGAAAAAGAC AAAGTTTCTT AAAAACTACC 
TGCAACCTAG GAATGAAAGC AGGTAGGATC AACAAGAGGA ATGCCAGAGG GGAAAGCCAG 
CTTCATTTAG CTGTCAGAAG AGGAAATCTG CCCCTAGTGA AAGCCCTGAT AGAATCTGGA 
GCAGATGTGA ATCTAAATGA TAATGCAGGT TGGACACCAC TTCATGAGGC ATCTAATGAA 
GGATCTATTG ATATAATTGT AGAGTTATTA AAAGCTGGTG CTAAGGTTAA TTGTGAAAAT 
ATAGATGGAA TTCTGCCCTT ACATGATGCT GTTGCAAACA ATCATTTAAA GGCAGCTGAG 
ATTCTACTAC AAAATGGAGC AAACCCTAAT CAAAAAGATC AAAAACAGAA GAGTGCTTTG 
GATGAAGCAG ATGATGAAAA AATGAAAGAA TTACTAAGAT CTTATGGTGC TATTGAGACT 
GTTAATAGAG ATGAGAGTGA TGCTATAGTC AATGAAAAAA TTCCTGCTGT CCGGTCTAAA 
AGACATAAAC AGTGTTTTTG TGATGATGGC AAAACTATTG ACTCATCTTC CCTTTCACAC 
CAAGAAAGAT CAAGAGAAAG CCTTTCTGTG CATCAGACCC TCAGTGCCAT TCTACAAGAT 
ATAGAAGAAA AACAAGAATA TTTATTAGAG TTTGAAATAA GAAACCCTGA AGATGCAGAA 
CAATACATTG AAAAGATGTT AAAGATAAAA AAGATTATGG ATAATGTGCT TGCCAAGCAG 
AAAGCAGAAA GGGATGATCT GGCTAAAAAA TACAGGGTAT CCATAGAGTC ATTTAAGCAT 
GGAGCCCTGA GAGAACAATT GGCCAACTTG GCTGCAAGAC AGAAGAGCCT TTTAGTTGTG 
GCAAAAAAAC AGAAAAAAAT AAGCCTGAAA ATTCAAAACT GTAGGAATGT TACATCATTG 
CCTTGTCTTA GTTTAAGGAA GCTCCCACCC AGATCAGAAA TCTCTAGTGA AAAAGACAGC 
CAAGAGCTCA CTAGTCTGGA AAATTTAGAG CATCCCCAAT CAGGTTCACT TTCTCCTGTT 
TCTGGAAGCA TGCAGGAAAC ACAATTGTCT CTGGAAACTT GGAACTACAG CCAAAATACC 
AACATTTGTC TAAATTCAGA GGCAGTGAGA AGGGGAGAAT TTTCTGGAAA TGATATGAAT 
TCTAAACAAA ATGGCAGTGA TTGTACCTTG GATGGTTTTC CAAAATCCAG ACATTCAGAT 
GGCACAGAGA AGAATAAATT ACCATCCCAA CCTGTTGCTT TTATTGGTCA AACAGAATAT 
TCACAGAAAG AGAATGATCT TACAGAAGCT ACAGACAAAG ACCATGAATT CTATGTTTCT 
TCCCCAGTAA TCGGCAAATT AAATATTTCA GAAACTGCAA GTGTCCTTGC CGAAAATGCT 
GCCCATCCAT CAAATATTAT TTGTGATCAG GACCTTTCCA ATTATGATCC CAAAAGAGGA 
AACAGAAAAA CAAGTTCCCA GCAATCACCT ACAGGGGCAT CAGAATCTCT GGCACATCAA 
GGGATTGCTG TCTTAGGCAG TGATACAGTG CATCAGATGA AACCATATCT TAAAAAATCA 
GTTTCTGTTG TTCCATGTGC AGATGACAGT CAGATCTCCT CTTCCTCTGG ATCTGGGCAA 
CAAGATACAA TAAAAAAGGC TTTAAACTAC AGTACAGCTC CTAAAAAGAA ATGTATTCAG 
ATAAAAGATT TGATATTACT AGGAAGAATT AACCCAGGAA ATAACATTCT GGAATTCAAA 
ACACAGGAGA CTACCCACAA AGCCAGTATT TTATTGAATG GTAAACTTAA GGTAGAAAGT 
GGTCAGATTT ATAAAAACCC AGTCACCTGG CTCAAGGATC TTCTGGGAGG CAACAGTTAT 
GTGACCTGGA ATTATGCTTG GAGTAAGGTA ACGTATCTTG GGAAGGAGCT TTTAAGGTAT 
GTTTCTGAGG ATGCACCCAT ACTTCCAGAA CCAAACTCAG TACCTCAGCA ATATCAACCT 
TGTCTTCCAG AAGTTGCTTG TTTAGATGAC CCAGTACAGG AACCAAACAA ATCAATGTTT 
GAGAAAACAA AATTTGGACA AGGAACTTCC AGAGAGTCAA TGCAAAGCAG CCCACGTTAT 
CTACAAATAA ATGAAATACT ATTAATCAGT GATCAAGAAT TTCTCCCATG CCACATAATG 
GATCAGCATT GGAAGTTTTG TGTGGAATGT GAGGAACTAA CACCCTAA

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

RefSeq	XP_016864809.1
CDS	81..5528
Translation	MFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_017009320.1
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X10, mRNA.

Target ORF information:

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

XM_017009320.1

ORF Insert Sequence:

ATGTTCATTG GGTCGTTTCG CCAGTCTGGA CTTTCATTGA ACCACCAAAA TATTGAAGGG 
CCAGAGGCTG AAAGTCCTGA AGTTTTGCCA CACATAGAAA AGGAACTAAG TGAAGGCAGA 
GATTCTCCTG AAGTTAGCCT TCTCTCAGGC ACTGCTATTA CAGTATCTGA TACAGTTGCT 
GTAAAGGAGA CATCATTAGT AGAGCCAGAG AAGATTTTAG CAGCACCAAA TACATTTTTT 
GAGCCTAGAA AGGAAGTCAC AATGACCATG ACTTCTGAAG AAACTAAGGA TGAAGAAAGC 
TCTCTTGAAA CCTTTGTGTC TGCCTTAGAA AGTTTACTTA CATCACCAGA AAGCACCCAG 
GAGGAAAGAT TGTTTGAATT AGTAAGTGAT TTTGATCGTA AAGAATTGAT GAACCCATTG 
AGTGACTCTC TTAGTTCCAT ATCAATACCT TTGAATTCCT GGTCGGCATG TCATAGAGAT 
TTACTAGAAG ATGCAAAAGA TGATGCATTG CCAGCTGAGT TATTGGAAGC CCTGAACACA 
TTGTCAGAAG CCAAGGTGGA AACCATCTGT CACAGAAAAG AGGGAGGTAG CAGTCTCATT 
GCCAGAAATG AATGTTTAGA AGTGGAGTTC AATACGTCTC AGACCAATGA AGATTGTACA 
CAAATAGCAG AGACTCTGCA AGACCCAAAT CCATCTGGAT TGCAAACTTT GGCTCATCAA 
AATATCACTT CTTGTGAGCC ACTAAGTAAT AAGAGAAATT CAAATTCAGT GACAAATAGC 
TCTGATCAGG AAACTGCGTG TGTGTTGAGG AGATCATCCA GACTAGAAAA ACTGAAAGTA 
AGCAGAGATG CAAAGTACTC AGATCACATG TATAAGATGC CAGAAAAGAT TTTACCAAAA 
ATCCTTGGCT GTGAGGACCT AACAAATAAT AACTCTTCAG CTCAGAATTT CAGAATGCAG 
GATCCGGCTT TAATGATTGA TGGTAAAGAG AAGAATATGC ATTCAGCAAG GTTCAAGAAT 
GGAAAACAGA TCAGGAAAAA TGAACAATTT TCAGGAAAAA AAGAAAAAAT GAAGGTGAAC 
AAAATATCTC TTCATAGCAT TAACCGGAGA AACATTTTTG GAGAGAACTT AGTATATAAG 
GCTGCTCTAC ACGATGATGC TGATCTTGTT CATCATTGTA TAAAAAAAGG TGGAAATGTT 
AATCAGCCAA GTTATGCTGG TTGGACAGCA CTTCATGAAG CTAGTGTAGG AGGATTTTAT 
CGGACAGCAA GTGAACTATT AAAAGGTGGA GCAGATGTAA ATATCAAAGG ATTATACCAG 
ATTACTCCCC TACATGATGC AGTGATGAAT GGACATTATA AGGTGGCAGA GTTACTTCTT 
CTGAATGGAG CTGATCCATT ATTTAGAAAT GATGATGGAA AATGTGCTTT GGATGAGGCC 
AAGGATTTAT GTATGAAGCG TCTCCTTGAG AGATATATCC CTAAACATCA AAAATGCCTT 
ACATCAGCTC AAAGGAGTAG CATTGACCCA CTAGACATAG AGGATGTGTA CCAACACAAG 
AAACCAAAGT TCAGTTCTAA AAGTCACATT TGGCATGTTT ATAATGAAAA TTCCAACAGA 
CAGAAGCTGG AACATGTAAA AGTCAATAAA GGAAGCAAAG CGAGTTTATT TATAAATAAA 
GAAGATGTAT ATGAATATTA CCAAAAAGAT CCCAAAAACA CAAAATTTGG TAAATCCAAG 
CATAAACAAT CAACTCTTGA CCAGATATAC TCTACAGGAC TCAGAAAGGG CAATCTCCAT 
AACGTCAAAG ATCCCAACAC AAACGTACCA AAAGGTATAG GAAGAAGAAA AACACAACAT 
AAAAGGACCC AAGTAGATGA TGTAGACTGT AATCCAAGAA AGATACTAGC TGTCTCTCCT 
TCCAGGAGAA TAAACAGATT GGTTACCTAT CAGCAGCATA TTCCAGAAAC TCATAATGAC 
CTTCCAGAAG AATTGTGTGA ACCTTCCAGC TTAACTCTGT CAAGCCTGAG AAATGGATTA 
GATAGCAGTA CTGAGGCTTG TTCAGTTTCC AAAGAGAAAC ACATCCAGAA CCTGGATTTA 
TCAGATAGTC AAGAAGTTCA ATGCTTGGAA TTAGAATCTG TTGACCAAAC TGAAGCTGTT 
TCTTTCCCAG GGCTTTTATT ACATAAAGAA ATCAAGTTAC CAGTTGTTAC TACAGATAAG 
CAGCCTCACA CTCTCCAGGA ACAACACCAT GTACTTTATA AATCTCATGA AAACAGTAAC 
TTGGTCCCAA AAGATGAGAG ATTTAACAAA TGGGAAAATT CTTTCCTATC CTTTGTAAAG 
GAAAATTCTG ATAATGATGA TGATGATGAT TGCTCTACCT CTGAGAAGGC TATAACATCT 
AAAAAGGTGT TGTGTTCTAC AGGTGGCAAA AAACACTATA ATTTTAAGGA GAATTTAACA 
AATAAAAAAG AAATGGGTTT CCAACAGTTT TTACTTTCTG AAGATCATCT TTCACAGGAA 
AATGAGTTAA AAGCAGTCAG CCTAACCACA CTTCCAGAAC AGGAAGCTGT TAATTTTTCT 
TATTCAGATA ATGCAGTTAT TTCTGAACAT GTTGCAAATT ATGAACAATG CATATTTGGA 
CCTTCTTTTG ATCACTCAAA TGGCAATCCT GAGCAAAATT CCCTGGCTTG TATGAGAACA 
CTTTTGACAC ATGAGGCTTC AAAGTTGACT AATCATGTGG AGCTATTCAA AAAGCCACAG 
GATTATATTC CCAGAGCACC AACTTTTTTA ATGAATCAAA CAGATACACA TATTGTGGAA 
AAGATGGCAA AGAATTGTGA CACTGAGAGG AATTACATTG ACAGAGACCA AAAAATAATT 
TATTCAAATG AGCCTTTATC CATAGTTGCT CATTCTCAAG TAATAGAAAC AACTAAAGTT 
GAAAAAAGGA GACAAAACCA TCTAGAAAGT GAGACTATAC ACAATATAGA TTCTCATTCC 
ACTGACAATA TGAGTAAAGA ATTGGCCAAC ATCTCAAAAC TTAGTCAAAG AGAAAAGAAG 
GAAATTTCTC ACAAACCAGA TGAGGAATTA ACTAATAACA TCAGTGGAGA TGAAATAACT 
ATAAGAAATT GTGAGGAGAT AAAAGAAAAA ACGGAGTCAG AAATTCACAT GCCTACTAAT 
AGCCAAGAAC ACAAAACAGT TCAGAATTTC AGAAAAAGAC AAAGTTTCTT AAAAACTACC 
TGCAACCTAG GAATGAAAGC AGGTAGGATC AACAAGAGGA ATGCCAGAGG GGAAAGCCAG 
CTTCATTTAG CTGTCAGAAG AGGAAATCTG CCCCTAGTGA AAGCCCTGAT AGAATCTGGA 
GCAGATGTGA ATCTAAATGA TAATGCAGGT TGGACACCAC TTCATGAGGC ATCTAATGAA 
GGATCTATTG ATATAATTGT AGAGTTATTA AAAGCTGGTG CTAAGGTTAA TTGTGAAAAT 
ATAGATGGAA TTCTGCCCTT ACATGATGCT GTTGCAAACA ATCATTTAAA GGCAGCTGAG 
ATTCTACTAC AAAATGGAGC AAACCCTAAT CAAAAAGATC AAAAACAGAA GAGTGCTTTG 
GATGAAGCAG ATGATGAAAA AATGAAAGAA TTACTAAGAT CTTATGGTGC TATTGAGACT 
GTTAATAGAG ATGAGAGTGA TGCTATAGTC AATGAAAAAA TTCCTGCTGT CCGGTCTAAA 
AGACATAAAC AGTGTTTTTG TGATGATGGC AAAACTATTG ACTCATCTTC CCTTTCACAC 
CAAGAAAGAT CAAGAGAAAG CCTTTCTGTG CATCAGACCC TCAGTGCCAT TCTACAAGAT 
ATAGAAGAAA AACAAGAATA TTTATTAGAG TTTGAAATAA GAAACCCTGA AGATGCAGAA 
CAATACATTG AAAAGATGTT AAAGATAAAA AAGATTATGG ATAATGTGCT TGCCAAGCAG 
AAAGCAGAAA GGGATGATCT GGCTAAAAAA TACAGGGTAT CCATAGAGTC ATTTAAGCAT 
GGAGCCCTGA GAGAACAATT GGCCAACTTG GCTGCAAGAC AGAAGAGCCT TTTAGTTGTG 
GCAAAAAAAC AGAAAAAAAT AAGCCTGAAA ATTCAAAACT GTAGGAATGT TACATCATTG 
CCTTGTCTTA GTTTAAGGAA GCTCCCACCC AGATCAGAAA TCTCTAGTGA AAAAGACAGC 
CAAGAGCTCA CTAGTCTGGA AAATTTAGAG CATCCCCAAT CAGGTTCACT TTCTCCTGTT 
TCTGGAAGCA TGCAGGAAAC ACAATTGTCT CTGGAAACTT GGAACTACAG CCAAAATACC 
AACATTTGTC TAAATTCAGA GGCAGTGAGA AGGGGAGAAT TTTCTGGAAA TGATATGAAT 
TCTAAACAAA ATGGCAGTGA TTGTACCTTG GATGGTTTTC CAAAATCCAG ACATTCAGAT 
GGCACAGAGA AGAATAAATT ACCATCCCAA CCTGTTGCTT TTATTGGTCA AACAGAATAT 
TCACAGAAAG AGAATGATCT TACAGAAGCT ACAGACAAAG ACCATGAATT CTATGTTTCT 
TCCCCAGTAA TCGGCAAATT AAATATTTCA GAAACTGCAA GTGTCCTTGC CGAAAATGCT 
GCCCATCCAT CAAATATTAT TTGTGATCAG GACCTTTCCA ATTATGATCC CAAAAGAGGA 
AACAGAAAAA CAAGTTCCCA GCAATCACCT ACAGGGGCAT CAGAATCTCT GGCACATCAA 
GGGATTGCTG TCTTAGGCAG TGATACAGTG CATCAGATGA AACCATATCT TAAAAAATCA 
GTTTCTGTTG TTCCATGTGC AGATGACAGT CAGATCTCCT CTTCCTCTGG ATCTGGGCAA 
CAAGATACAA TAAAAAAGGC TTTAAACTAC AGTACAGCTC CTAAAAAGAA ATGTATTCAG 
ATAAAAGATT TGATATTACT AGGAAGAATT AACCCAGGAA ATAACATTCT GGAATTCAAA 
ACACAGGAGA CTACCCACAA AGCCAGTATT TTATTGAATG GTAAACTTAA GGTAGAAAGT 
GGTCAGATTT ATAAAAACCC AGTCACCTGG CTCAAGGATC TTCTGGGAGG CAACAGTTAT 
GTGACCTGGA ATTATGCTTG GAGTAAGGTA ACGTATCTTG GGAAGGAGCT TTTAAGGTAT 
GTTTCTGAGG ATGCACCCAT ACTTCCAGAA CCAAACTCAG TACCTCAGCA ATATCAACCT 
TGTCTTCCAG AAGTTGCTTG TTTAGATGAC CCAGTACAGG AACCAAACAA ATCAATGTTT 
GAGAAAACAA AATTTGGACA AGGAACTTCC AGAGAGTCAA TGCAAAGCAG CCCACGTTAT 
CTACAAATAA ATGAAATACT ATTAATCAGT GATCAAGAAT TTCTCCCATG CCACATAATG 
GATCAGCATT GGAAGTTTTG TGTGGAATGT GAGGAACTAA CACCCTAA

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

ANKRD31 ( XM_011543302.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541604.1 Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X9, mRNA.

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CloneID	OHu78354
Clone ID Related Accession (Same CDS sequence)	XM_017009320.1 , XM_011543302.2
Accession Version	XM_011543302.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5448bp) 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	ankyrin repeat domain-containing protein 31 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011543302.1. ##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##

ATGTTCATTG GGTCGTTTCG CCAGTCTGGA CTTTCATTGA ACCACCAAAA TATTGAAGGG 
CCAGAGGCTG AAAGTCCTGA AGTTTTGCCA CACATAGAAA AGGAACTAAG TGAAGGCAGA 
GATTCTCCTG AAGTTAGCCT TCTCTCAGGC ACTGCTATTA CAGTATCTGA TACAGTTGCT 
GTAAAGGAGA CATCATTAGT AGAGCCAGAG AAGATTTTAG CAGCACCAAA TACATTTTTT 
GAGCCTAGAA AGGAAGTCAC AATGACCATG ACTTCTGAAG AAACTAAGGA TGAAGAAAGC 
TCTCTTGAAA CCTTTGTGTC TGCCTTAGAA AGTTTACTTA CATCACCAGA AAGCACCCAG 
GAGGAAAGAT TGTTTGAATT AGTAAGTGAT TTTGATCGTA AAGAATTGAT GAACCCATTG 
AGTGACTCTC TTAGTTCCAT ATCAATACCT TTGAATTCCT GGTCGGCATG TCATAGAGAT 
TTACTAGAAG ATGCAAAAGA TGATGCATTG CCAGCTGAGT TATTGGAAGC CCTGAACACA 
TTGTCAGAAG CCAAGGTGGA AACCATCTGT CACAGAAAAG AGGGAGGTAG CAGTCTCATT 
GCCAGAAATG AATGTTTAGA AGTGGAGTTC AATACGTCTC AGACCAATGA AGATTGTACA 
CAAATAGCAG AGACTCTGCA AGACCCAAAT CCATCTGGAT TGCAAACTTT GGCTCATCAA 
AATATCACTT CTTGTGAGCC ACTAAGTAAT AAGAGAAATT CAAATTCAGT GACAAATAGC 
TCTGATCAGG AAACTGCGTG TGTGTTGAGG AGATCATCCA GACTAGAAAA ACTGAAAGTA 
AGCAGAGATG CAAAGTACTC AGATCACATG TATAAGATGC CAGAAAAGAT TTTACCAAAA 
ATCCTTGGCT GTGAGGACCT AACAAATAAT AACTCTTCAG CTCAGAATTT CAGAATGCAG 
GATCCGGCTT TAATGATTGA TGGTAAAGAG AAGAATATGC ATTCAGCAAG GTTCAAGAAT 
GGAAAACAGA TCAGGAAAAA TGAACAATTT TCAGGAAAAA AAGAAAAAAT GAAGGTGAAC 
AAAATATCTC TTCATAGCAT TAACCGGAGA AACATTTTTG GAGAGAACTT AGTATATAAG 
GCTGCTCTAC ACGATGATGC TGATCTTGTT CATCATTGTA TAAAAAAAGG TGGAAATGTT 
AATCAGCCAA GTTATGCTGG TTGGACAGCA CTTCATGAAG CTAGTGTAGG AGGATTTTAT 
CGGACAGCAA GTGAACTATT AAAAGGTGGA GCAGATGTAA ATATCAAAGG ATTATACCAG 
ATTACTCCCC TACATGATGC AGTGATGAAT GGACATTATA AGGTGGCAGA GTTACTTCTT 
CTGAATGGAG CTGATCCATT ATTTAGAAAT GATGATGGAA AATGTGCTTT GGATGAGGCC 
AAGGATTTAT GTATGAAGCG TCTCCTTGAG AGATATATCC CTAAACATCA AAAATGCCTT 
ACATCAGCTC AAAGGAGTAG CATTGACCCA CTAGACATAG AGGATGTGTA CCAACACAAG 
AAACCAAAGT TCAGTTCTAA AAGTCACATT TGGCATGTTT ATAATGAAAA TTCCAACAGA 
CAGAAGCTGG AACATGTAAA AGTCAATAAA GGAAGCAAAG CGAGTTTATT TATAAATAAA 
GAAGATGTAT ATGAATATTA CCAAAAAGAT CCCAAAAACA CAAAATTTGG TAAATCCAAG 
CATAAACAAT CAACTCTTGA CCAGATATAC TCTACAGGAC TCAGAAAGGG CAATCTCCAT 
AACGTCAAAG ATCCCAACAC AAACGTACCA AAAGGTATAG GAAGAAGAAA AACACAACAT 
AAAAGGACCC AAGTAGATGA TGTAGACTGT AATCCAAGAA AGATACTAGC TGTCTCTCCT 
TCCAGGAGAA TAAACAGATT GGTTACCTAT CAGCAGCATA TTCCAGAAAC TCATAATGAC 
CTTCCAGAAG AATTGTGTGA ACCTTCCAGC TTAACTCTGT CAAGCCTGAG AAATGGATTA 
GATAGCAGTA CTGAGGCTTG TTCAGTTTCC AAAGAGAAAC ACATCCAGAA CCTGGATTTA 
TCAGATAGTC AAGAAGTTCA ATGCTTGGAA TTAGAATCTG TTGACCAAAC TGAAGCTGTT 
TCTTTCCCAG GGCTTTTATT ACATAAAGAA ATCAAGTTAC CAGTTGTTAC TACAGATAAG 
CAGCCTCACA CTCTCCAGGA ACAACACCAT GTACTTTATA AATCTCATGA AAACAGTAAC 
TTGGTCCCAA AAGATGAGAG ATTTAACAAA TGGGAAAATT CTTTCCTATC CTTTGTAAAG 
GAAAATTCTG ATAATGATGA TGATGATGAT TGCTCTACCT CTGAGAAGGC TATAACATCT 
AAAAAGGTGT TGTGTTCTAC AGGTGGCAAA AAACACTATA ATTTTAAGGA GAATTTAACA 
AATAAAAAAG AAATGGGTTT CCAACAGTTT TTACTTTCTG AAGATCATCT TTCACAGGAA 
AATGAGTTAA AAGCAGTCAG CCTAACCACA CTTCCAGAAC AGGAAGCTGT TAATTTTTCT 
TATTCAGATA ATGCAGTTAT TTCTGAACAT GTTGCAAATT ATGAACAATG CATATTTGGA 
CCTTCTTTTG ATCACTCAAA TGGCAATCCT GAGCAAAATT CCCTGGCTTG TATGAGAACA 
CTTTTGACAC ATGAGGCTTC AAAGTTGACT AATCATGTGG AGCTATTCAA AAAGCCACAG 
GATTATATTC CCAGAGCACC AACTTTTTTA ATGAATCAAA CAGATACACA TATTGTGGAA 
AAGATGGCAA AGAATTGTGA CACTGAGAGG AATTACATTG ACAGAGACCA AAAAATAATT 
TATTCAAATG AGCCTTTATC CATAGTTGCT CATTCTCAAG TAATAGAAAC AACTAAAGTT 
GAAAAAAGGA GACAAAACCA TCTAGAAAGT GAGACTATAC ACAATATAGA TTCTCATTCC 
ACTGACAATA TGAGTAAAGA ATTGGCCAAC ATCTCAAAAC TTAGTCAAAG AGAAAAGAAG 
GAAATTTCTC ACAAACCAGA TGAGGAATTA ACTAATAACA TCAGTGGAGA TGAAATAACT 
ATAAGAAATT GTGAGGAGAT AAAAGAAAAA ACGGAGTCAG AAATTCACAT GCCTACTAAT 
AGCCAAGAAC ACAAAACAGT TCAGAATTTC AGAAAAAGAC AAAGTTTCTT AAAAACTACC 
TGCAACCTAG GAATGAAAGC AGGTAGGATC AACAAGAGGA ATGCCAGAGG GGAAAGCCAG 
CTTCATTTAG CTGTCAGAAG AGGAAATCTG CCCCTAGTGA AAGCCCTGAT AGAATCTGGA 
GCAGATGTGA ATCTAAATGA TAATGCAGGT TGGACACCAC TTCATGAGGC ATCTAATGAA 
GGATCTATTG ATATAATTGT AGAGTTATTA AAAGCTGGTG CTAAGGTTAA TTGTGAAAAT 
ATAGATGGAA TTCTGCCCTT ACATGATGCT GTTGCAAACA ATCATTTAAA GGCAGCTGAG 
ATTCTACTAC AAAATGGAGC AAACCCTAAT CAAAAAGATC AAAAACAGAA GAGTGCTTTG 
GATGAAGCAG ATGATGAAAA AATGAAAGAA TTACTAAGAT CTTATGGTGC TATTGAGACT 
GTTAATAGAG ATGAGAGTGA TGCTATAGTC AATGAAAAAA TTCCTGCTGT CCGGTCTAAA 
AGACATAAAC AGTGTTTTTG TGATGATGGC AAAACTATTG ACTCATCTTC CCTTTCACAC 
CAAGAAAGAT CAAGAGAAAG CCTTTCTGTG CATCAGACCC TCAGTGCCAT TCTACAAGAT 
ATAGAAGAAA AACAAGAATA TTTATTAGAG TTTGAAATAA GAAACCCTGA AGATGCAGAA 
CAATACATTG AAAAGATGTT AAAGATAAAA AAGATTATGG ATAATGTGCT TGCCAAGCAG 
AAAGCAGAAA GGGATGATCT GGCTAAAAAA TACAGGGTAT CCATAGAGTC ATTTAAGCAT 
GGAGCCCTGA GAGAACAATT GGCCAACTTG GCTGCAAGAC AGAAGAGCCT TTTAGTTGTG 
GCAAAAAAAC AGAAAAAAAT AAGCCTGAAA ATTCAAAACT GTAGGAATGT TACATCATTG 
CCTTGTCTTA GTTTAAGGAA GCTCCCACCC AGATCAGAAA TCTCTAGTGA AAAAGACAGC 
CAAGAGCTCA CTAGTCTGGA AAATTTAGAG CATCCCCAAT CAGGTTCACT TTCTCCTGTT 
TCTGGAAGCA TGCAGGAAAC ACAATTGTCT CTGGAAACTT GGAACTACAG CCAAAATACC 
AACATTTGTC TAAATTCAGA GGCAGTGAGA AGGGGAGAAT TTTCTGGAAA TGATATGAAT 
TCTAAACAAA ATGGCAGTGA TTGTACCTTG GATGGTTTTC CAAAATCCAG ACATTCAGAT 
GGCACAGAGA AGAATAAATT ACCATCCCAA CCTGTTGCTT TTATTGGTCA AACAGAATAT 
TCACAGAAAG AGAATGATCT TACAGAAGCT ACAGACAAAG ACCATGAATT CTATGTTTCT 
TCCCCAGTAA TCGGCAAATT AAATATTTCA GAAACTGCAA GTGTCCTTGC CGAAAATGCT 
GCCCATCCAT CAAATATTAT TTGTGATCAG GACCTTTCCA ATTATGATCC CAAAAGAGGA 
AACAGAAAAA CAAGTTCCCA GCAATCACCT ACAGGGGCAT CAGAATCTCT GGCACATCAA 
GGGATTGCTG TCTTAGGCAG TGATACAGTG CATCAGATGA AACCATATCT TAAAAAATCA 
GTTTCTGTTG TTCCATGTGC AGATGACAGT CAGATCTCCT CTTCCTCTGG ATCTGGGCAA 
CAAGATACAA TAAAAAAGGC TTTAAACTAC AGTACAGCTC CTAAAAAGAA ATGTATTCAG 
ATAAAAGATT TGATATTACT AGGAAGAATT AACCCAGGAA ATAACATTCT GGAATTCAAA 
ACACAGGAGA CTACCCACAA AGCCAGTATT TTATTGAATG GTAAACTTAA GGTAGAAAGT 
GGTCAGATTT ATAAAAACCC AGTCACCTGG CTCAAGGATC TTCTGGGAGG CAACAGTTAT 
GTGACCTGGA ATTATGCTTG GAGTAAGGTA ACGTATCTTG GGAAGGAGCT TTTAAGGTAT 
GTTTCTGAGG ATGCACCCAT ACTTCCAGAA CCAAACTCAG TACCTCAGCA ATATCAACCT 
TGTCTTCCAG AAGTTGCTTG TTTAGATGAC CCAGTACAGG AACCAAACAA ATCAATGTTT 
GAGAAAACAA AATTTGGACA AGGAACTTCC AGAGAGTCAA TGCAAAGCAG CCCACGTTAT 
CTACAAATAA ATGAAATACT ATTAATCAGT GATCAAGAAT TTCTCCCATG CCACATAATG 
GATCAGCATT GGAAGTTTTG TGTGGAATGT GAGGAACTAA CACCCTAA

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

RefSeq	XP_011541604.1
CDS	96..5543
Translation	MFIGSFRQSGLSLNHQNIEGPEAESPEVLPHIEKELSEGRDSPEVSLLSGTAITVSDTVAVKETSLVEPEKILAAPNTFFEPRKEVTMTMTSEETKDEESSLETFVSALESLLTSPESTQEERLFELVSDFDRKELMNPLSDSLSSISIPLNSWSACHRDLLEDAKDDALPAELLEALNTLSEAKVETICHRKEGGSSLIARNECLEVEFNTSQTNEDCTQIAETLQDPNPSGLQTLAHQNITSCEPLSNKRNSNSVTNSSDQETACVLRRSSRLEKLKVSRDAKYSDHMYKMPEKILPKILGCEDLTNNNSSAQNFRMQDPALMIDGKEKNMHSARFKNGKQIRKNEQFSGKKEKMKVNKISLHSINRRNIFGENLVYKAALHDDADLVHHCIKKGGNVNQPSYAGWTALHEASVGGFYRTASELLKGGADVNIKGLYQITPLHDAVMNGHYKVAELLLLNGADPLFRNDDGKCALDEAKDLCMKRLLERYIPKHQKCLTSAQRSSIDPLDIEDVYQHKKPKFSSKSHIWHVYNENSNRQKLEHVKVNKGSKASLFINKEDVYEYYQKDPKNTKFGKSKHKQSTLDQIYSTGLRKGNLHNVKDPNTNVPKGIGRRKTQHKRTQVDDVDCNPRKILAVSPSRRINRLVTYQQHIPETHNDLPEELCEPSSLTLSSLRNGLDSSTEACSVSKEKHIQNLDLSDSQEVQCLELESVDQTEAVSFPGLLLHKEIKLPVVTTDKQPHTLQEQHHVLYKSHENSNLVPKDERFNKWENSFLSFVKENSDNDDDDDCSTSEKAITSKKVLCSTGGKKHYNFKENLTNKKEMGFQQFLLSEDHLSQENELKAVSLTTLPEQEAVNFSYSDNAVISEHVANYEQCIFGPSFDHSNGNPEQNSLACMRTLLTHEASKLTNHVELFKKPQDYIPRAPTFLMNQTDTHIVEKMAKNCDTERNYIDRDQKIIYSNEPLSIVAHSQVIETTKVEKRRQNHLESETIHNIDSHSTDNMSKELANISKLSQREKKEISHKPDEELTNNISGDEITIRNCEEIKEKTESEIHMPTNSQEHKTVQNFRKRQSFLKTTCNLGMKAGRINKRNARGESQLHLAVRRGNLPLVKALIESGADVNLNDNAGWTPLHEASNEGSIDIIVELLKAGAKVNCENIDGILPLHDAVANNHLKAAEILLQNGANPNQKDQKQKSALDEADDEKMKELLRSYGAIETVNRDESDAIVNEKIPAVRSKRHKQCFCDDGKTIDSSSLSHQERSRESLSVHQTLSAILQDIEEKQEYLLEFEIRNPEDAEQYIEKMLKIKKIMDNVLAKQKAERDDLAKKYRVSIESFKHGALREQLANLAARQKSLLVVAKKQKKISLKIQNCRNVTSLPCLSLRKLPPRSEISSEKDSQELTSLENLEHPQSGSLSPVSGSMQETQLSLETWNYSQNTNICLNSEAVRRGEFSGNDMNSKQNGSDCTLDGFPKSRHSDGTEKNKLPSQPVAFIGQTEYSQKENDLTEATDKDHEFYVSSPVIGKLNISETASVLAENAAHPSNIICDQDLSNYDPKRGNRKTSSQQSPTGASESLAHQGIAVLGSDTVHQMKPYLKKSVSVVPCADDSQISSSSGSGQQDTIKKALNYSTAPKKKCIQIKDLILLGRINPGNNILEFKTQETTHKASILLNGKLKVESGQIYKNPVTWLKDLLGGNSYVTWNYAWSKVTYLGKELLRYVSEDAPILPEPNSVPQQYQPCLPEVACLDDPVQEPNKSMFEKTKFGQGTSRESMQSSPRYLQINEILLISDQEFLPCHIMDQHWKFCVECEELTP

Target ORF information:

RefSeq Version	XM_011543302.2
Organism	Homo sapiens(human)
Definition	Homo sapiens ankyrin repeat domain 31 (ANKRD31), transcript variant X9, mRNA.

Target ORF information:

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

XM_011543302.2

ORF Insert Sequence:

ATGTTCATTG GGTCGTTTCG CCAGTCTGGA CTTTCATTGA ACCACCAAAA TATTGAAGGG 
CCAGAGGCTG AAAGTCCTGA AGTTTTGCCA CACATAGAAA AGGAACTAAG TGAAGGCAGA 
GATTCTCCTG AAGTTAGCCT TCTCTCAGGC ACTGCTATTA CAGTATCTGA TACAGTTGCT 
GTAAAGGAGA CATCATTAGT AGAGCCAGAG AAGATTTTAG CAGCACCAAA TACATTTTTT 
GAGCCTAGAA AGGAAGTCAC AATGACCATG ACTTCTGAAG AAACTAAGGA TGAAGAAAGC 
TCTCTTGAAA CCTTTGTGTC TGCCTTAGAA AGTTTACTTA CATCACCAGA AAGCACCCAG 
GAGGAAAGAT TGTTTGAATT AGTAAGTGAT TTTGATCGTA AAGAATTGAT GAACCCATTG 
AGTGACTCTC TTAGTTCCAT ATCAATACCT TTGAATTCCT GGTCGGCATG TCATAGAGAT 
TTACTAGAAG ATGCAAAAGA TGATGCATTG CCAGCTGAGT TATTGGAAGC CCTGAACACA 
TTGTCAGAAG CCAAGGTGGA AACCATCTGT CACAGAAAAG AGGGAGGTAG CAGTCTCATT 
GCCAGAAATG AATGTTTAGA AGTGGAGTTC AATACGTCTC AGACCAATGA AGATTGTACA 
CAAATAGCAG AGACTCTGCA AGACCCAAAT CCATCTGGAT TGCAAACTTT GGCTCATCAA 
AATATCACTT CTTGTGAGCC ACTAAGTAAT AAGAGAAATT CAAATTCAGT GACAAATAGC 
TCTGATCAGG AAACTGCGTG TGTGTTGAGG AGATCATCCA GACTAGAAAA ACTGAAAGTA 
AGCAGAGATG CAAAGTACTC AGATCACATG TATAAGATGC CAGAAAAGAT TTTACCAAAA 
ATCCTTGGCT GTGAGGACCT AACAAATAAT AACTCTTCAG CTCAGAATTT CAGAATGCAG 
GATCCGGCTT TAATGATTGA TGGTAAAGAG AAGAATATGC ATTCAGCAAG GTTCAAGAAT 
GGAAAACAGA TCAGGAAAAA TGAACAATTT TCAGGAAAAA AAGAAAAAAT GAAGGTGAAC 
AAAATATCTC TTCATAGCAT TAACCGGAGA AACATTTTTG GAGAGAACTT AGTATATAAG 
GCTGCTCTAC ACGATGATGC TGATCTTGTT CATCATTGTA TAAAAAAAGG TGGAAATGTT 
AATCAGCCAA GTTATGCTGG TTGGACAGCA CTTCATGAAG CTAGTGTAGG AGGATTTTAT 
CGGACAGCAA GTGAACTATT AAAAGGTGGA GCAGATGTAA ATATCAAAGG ATTATACCAG 
ATTACTCCCC TACATGATGC AGTGATGAAT GGACATTATA AGGTGGCAGA GTTACTTCTT 
CTGAATGGAG CTGATCCATT ATTTAGAAAT GATGATGGAA AATGTGCTTT GGATGAGGCC 
AAGGATTTAT GTATGAAGCG TCTCCTTGAG AGATATATCC CTAAACATCA AAAATGCCTT 
ACATCAGCTC AAAGGAGTAG CATTGACCCA CTAGACATAG AGGATGTGTA CCAACACAAG 
AAACCAAAGT TCAGTTCTAA AAGTCACATT TGGCATGTTT ATAATGAAAA TTCCAACAGA 
CAGAAGCTGG AACATGTAAA AGTCAATAAA GGAAGCAAAG CGAGTTTATT TATAAATAAA 
GAAGATGTAT ATGAATATTA CCAAAAAGAT CCCAAAAACA CAAAATTTGG TAAATCCAAG 
CATAAACAAT CAACTCTTGA CCAGATATAC TCTACAGGAC TCAGAAAGGG CAATCTCCAT 
AACGTCAAAG ATCCCAACAC AAACGTACCA AAAGGTATAG GAAGAAGAAA AACACAACAT 
AAAAGGACCC AAGTAGATGA TGTAGACTGT AATCCAAGAA AGATACTAGC TGTCTCTCCT 
TCCAGGAGAA TAAACAGATT GGTTACCTAT CAGCAGCATA TTCCAGAAAC TCATAATGAC 
CTTCCAGAAG AATTGTGTGA ACCTTCCAGC TTAACTCTGT CAAGCCTGAG AAATGGATTA 
GATAGCAGTA CTGAGGCTTG TTCAGTTTCC AAAGAGAAAC ACATCCAGAA CCTGGATTTA 
TCAGATAGTC AAGAAGTTCA ATGCTTGGAA TTAGAATCTG TTGACCAAAC TGAAGCTGTT 
TCTTTCCCAG GGCTTTTATT ACATAAAGAA ATCAAGTTAC CAGTTGTTAC TACAGATAAG 
CAGCCTCACA CTCTCCAGGA ACAACACCAT GTACTTTATA AATCTCATGA AAACAGTAAC 
TTGGTCCCAA AAGATGAGAG ATTTAACAAA TGGGAAAATT CTTTCCTATC CTTTGTAAAG 
GAAAATTCTG ATAATGATGA TGATGATGAT TGCTCTACCT CTGAGAAGGC TATAACATCT 
AAAAAGGTGT TGTGTTCTAC AGGTGGCAAA AAACACTATA ATTTTAAGGA GAATTTAACA 
AATAAAAAAG AAATGGGTTT CCAACAGTTT TTACTTTCTG AAGATCATCT TTCACAGGAA 
AATGAGTTAA AAGCAGTCAG CCTAACCACA CTTCCAGAAC AGGAAGCTGT TAATTTTTCT 
TATTCAGATA ATGCAGTTAT TTCTGAACAT GTTGCAAATT ATGAACAATG CATATTTGGA 
CCTTCTTTTG ATCACTCAAA TGGCAATCCT GAGCAAAATT CCCTGGCTTG TATGAGAACA 
CTTTTGACAC ATGAGGCTTC AAAGTTGACT AATCATGTGG AGCTATTCAA AAAGCCACAG 
GATTATATTC CCAGAGCACC AACTTTTTTA ATGAATCAAA CAGATACACA TATTGTGGAA 
AAGATGGCAA AGAATTGTGA CACTGAGAGG AATTACATTG ACAGAGACCA AAAAATAATT 
TATTCAAATG AGCCTTTATC CATAGTTGCT CATTCTCAAG TAATAGAAAC AACTAAAGTT 
GAAAAAAGGA GACAAAACCA TCTAGAAAGT GAGACTATAC ACAATATAGA TTCTCATTCC 
ACTGACAATA TGAGTAAAGA ATTGGCCAAC ATCTCAAAAC TTAGTCAAAG AGAAAAGAAG 
GAAATTTCTC ACAAACCAGA TGAGGAATTA ACTAATAACA TCAGTGGAGA TGAAATAACT 
ATAAGAAATT GTGAGGAGAT AAAAGAAAAA ACGGAGTCAG AAATTCACAT GCCTACTAAT 
AGCCAAGAAC ACAAAACAGT TCAGAATTTC AGAAAAAGAC AAAGTTTCTT AAAAACTACC 
TGCAACCTAG GAATGAAAGC AGGTAGGATC AACAAGAGGA ATGCCAGAGG GGAAAGCCAG 
CTTCATTTAG CTGTCAGAAG AGGAAATCTG CCCCTAGTGA AAGCCCTGAT AGAATCTGGA 
GCAGATGTGA ATCTAAATGA TAATGCAGGT TGGACACCAC TTCATGAGGC ATCTAATGAA 
GGATCTATTG ATATAATTGT AGAGTTATTA AAAGCTGGTG CTAAGGTTAA TTGTGAAAAT 
ATAGATGGAA TTCTGCCCTT ACATGATGCT GTTGCAAACA ATCATTTAAA GGCAGCTGAG 
ATTCTACTAC AAAATGGAGC AAACCCTAAT CAAAAAGATC AAAAACAGAA GAGTGCTTTG 
GATGAAGCAG ATGATGAAAA AATGAAAGAA TTACTAAGAT CTTATGGTGC TATTGAGACT 
GTTAATAGAG ATGAGAGTGA TGCTATAGTC AATGAAAAAA TTCCTGCTGT CCGGTCTAAA 
AGACATAAAC AGTGTTTTTG TGATGATGGC AAAACTATTG ACTCATCTTC CCTTTCACAC 
CAAGAAAGAT CAAGAGAAAG CCTTTCTGTG CATCAGACCC TCAGTGCCAT TCTACAAGAT 
ATAGAAGAAA AACAAGAATA TTTATTAGAG TTTGAAATAA GAAACCCTGA AGATGCAGAA 
CAATACATTG AAAAGATGTT AAAGATAAAA AAGATTATGG ATAATGTGCT TGCCAAGCAG 
AAAGCAGAAA GGGATGATCT GGCTAAAAAA TACAGGGTAT CCATAGAGTC ATTTAAGCAT 
GGAGCCCTGA GAGAACAATT GGCCAACTTG GCTGCAAGAC AGAAGAGCCT TTTAGTTGTG 
GCAAAAAAAC AGAAAAAAAT AAGCCTGAAA ATTCAAAACT GTAGGAATGT TACATCATTG 
CCTTGTCTTA GTTTAAGGAA GCTCCCACCC AGATCAGAAA TCTCTAGTGA AAAAGACAGC 
CAAGAGCTCA CTAGTCTGGA AAATTTAGAG CATCCCCAAT CAGGTTCACT TTCTCCTGTT 
TCTGGAAGCA TGCAGGAAAC ACAATTGTCT CTGGAAACTT GGAACTACAG CCAAAATACC 
AACATTTGTC TAAATTCAGA GGCAGTGAGA AGGGGAGAAT TTTCTGGAAA TGATATGAAT 
TCTAAACAAA ATGGCAGTGA TTGTACCTTG GATGGTTTTC CAAAATCCAG ACATTCAGAT 
GGCACAGAGA AGAATAAATT ACCATCCCAA CCTGTTGCTT TTATTGGTCA AACAGAATAT 
TCACAGAAAG AGAATGATCT TACAGAAGCT ACAGACAAAG ACCATGAATT CTATGTTTCT 
TCCCCAGTAA TCGGCAAATT AAATATTTCA GAAACTGCAA GTGTCCTTGC CGAAAATGCT 
GCCCATCCAT CAAATATTAT TTGTGATCAG GACCTTTCCA ATTATGATCC CAAAAGAGGA 
AACAGAAAAA CAAGTTCCCA GCAATCACCT ACAGGGGCAT CAGAATCTCT GGCACATCAA 
GGGATTGCTG TCTTAGGCAG TGATACAGTG CATCAGATGA AACCATATCT TAAAAAATCA 
GTTTCTGTTG TTCCATGTGC AGATGACAGT CAGATCTCCT CTTCCTCTGG ATCTGGGCAA 
CAAGATACAA TAAAAAAGGC TTTAAACTAC AGTACAGCTC CTAAAAAGAA ATGTATTCAG 
ATAAAAGATT TGATATTACT AGGAAGAATT AACCCAGGAA ATAACATTCT GGAATTCAAA 
ACACAGGAGA CTACCCACAA AGCCAGTATT TTATTGAATG GTAAACTTAA GGTAGAAAGT 
GGTCAGATTT ATAAAAACCC AGTCACCTGG CTCAAGGATC TTCTGGGAGG CAACAGTTAT 
GTGACCTGGA ATTATGCTTG GAGTAAGGTA ACGTATCTTG GGAAGGAGCT TTTAAGGTAT 
GTTTCTGAGG ATGCACCCAT ACTTCCAGAA CCAAACTCAG TACCTCAGCA ATATCAACCT 
TGTCTTCCAG AAGTTGCTTG TTTAGATGAC CCAGTACAGG AACCAAACAA ATCAATGTTT 
GAGAAAACAA AATTTGGACA AGGAACTTCC AGAGAGTCAA TGCAAAGCAG CCCACGTTAT 
CTACAAATAA ATGAAATACT ATTAATCAGT GATCAAGAAT TTCTCCCATG CCACATAATG 
GATCAGCATT GGAAGTTTTG TGTGGAATGT GAGGAACTAA CACCCTAA

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

Gene Symbol	ANKRD31
Entrez Gene ID	256006
Full Name	ankyrin repeat domain 31
General protein information	Preferred Names ankyrin repeat domain 31 Names putative ankyrin repeat domain-containing protein 31 ankyrin repeat domain-containing protein 31
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 5 Map Location: 5q13.3
Summary	This gene encodes a protein containing multiple ankyrin repeats. Ankyrin domains function in protein-protein interactions in a variety of cellular processes. Mutations in this gene are associated with a Rett syndrome (RTT)-like phenotype. [provided by RefSeq, Apr 2017].

Homo sapiens (human)	ANKRD31	NP_001157915.1
Canis lupus familiaris (dog)	ANKRD31	XP_546062.3
	ANKRD31	XP_001099787.2
Pan troglodytes (chimpanzee)	ANKRD31	XP_526895.3
Bos taurus (cattle)	ANKRD31	XP_002690460.2
Mus musculus (house mouse)	Ankrd31	XP_006517861.1

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

ANKRD31 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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