ADAMTS20 gene cDNA ORF clone, Gallus gallus(chicken)

mRNA	Protein	Name
XM_015282460.1	XP_015137946.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X4
XM_015282468.2	XP_015137954.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X4
XM_025154135.1	XP_025009903.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X5
XM_015282444.2	XP_015137930.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X1
XM_015282468.1	XP_015137954.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X5
XM_015282450.2	XP_015137936.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X2
XM_015282451.2	XP_015137937.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X3
XM_015282444.1	XP_015137930.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X1
XM_015282450.1	XP_015137936.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X2
XM_015282451.1	XP_015137937.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X3

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OGa142594	XM_025154135.1 Latest version!	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OGa29177	XM_015282444.2 Latest version!	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29178	XM_015282450.2 Latest version!	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29179	XM_015282451.2 Latest version!	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29180	XM_015282460.1 Latest version!	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29181	XM_015282468.2 Latest version!	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
View Old Accession Versions >>
OGa29181	XM_015282468.1	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29177	XM_015282444.1	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29178	XM_015282450.1	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OGa29179	XM_015282451.1	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
Hide Old Accession Versions >>

ADAMTS20 ( XM_025154135.1 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_025009903.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OGa142594
Clone ID Related Accession (Same CDS sequence)	XM_025154135.1
Accession Version	XM_025154135.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5190bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-05-16
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006088.5) 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 Name :: Gallus gallus Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT ATCTATTGTT CAGACATGCA CTTAGACAAC CCCAAAGAAT ATTTGACGTT 
GTTAAAAGGA GAAGCAGACA ATTTCTCTGA

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

RefSeq	XP_025009903.1
CDS	89..5278
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEEYLLFRHALRQPQRIFDVVKRRSRQFL

Target ORF information:

RefSeq Version	XM_025154135.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X7, mRNA.

Target ORF information:

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

XM_025154135.1

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT ATCTATTGTT CAGACATGCA CTTAGACAAC CCCAAAGAAT ATTTGACGTT 
GTTAAAAGGA GAAGCAGACA ATTTCTCTGA

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

ADAMTS20 ( XM_015282444.2 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137930.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OGa29177
Clone ID Related Accession (Same CDS sequence)	XM_015282444.2 , XM_015282444.1
Accession Version	XM_015282444.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5721bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-05-16
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006088.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 17, 2018 this sequence version replaced XM_015282444.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Gallus gallus Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT GTGAAATTAT TACCACCTGC AAAGATATCC AGATTAAAAA AGGGATGAGA 
AAAGACGGTG AATACCTACT CAACATTAAA GGAAGGATGA TAAAAATCTA TTGTTCAGAC 
ATGCACTTAG ACAACCCCAA AGAATATTTG ACGTTGTTAA AAGGAGAAGC AGACAATTTC 
TCTGAAGTGT ATGGACTCAG GTTACAGAAT CCATATGAAT GTCCTTTCAA TGGAAGCAGG 
AGGCAAGACT GTGCCTGTCG AAATGATTAC CTTGCAGCTG GCTTCACGGT TTTTAGCAAA 
ATAAGATTTG ATGTCGCCTC CATGCAAATT AGAACCACAG ATTTTCTTTT TGCTCAGACT 
ATACTTGGGA GAGCGGTTCC GTTTGCTACA GCTGGAGATT GCTACAGTGC TGCCAGATGT 
CCACAGGGAC AGTTCAGCAT TAATTTGGCT GGTACAGGTC TGAGATTATC CAGTACCGTT 
AGATGGATGG CTCAGGGCAA CTATGCAACC GCCGACATAC ACAAATCCCA CGATGGTACC 
AAAATATATG GAAGATGTGG AGGGTTTTGT GGGAAATGTG TTCCTAACAC AATTACTGGT 
CTTCAGCTTC AAATAAAGTG A

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

RefSeq	XP_015137930.1
CDS	89..5809
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282444.2
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X1, mRNA.

Target ORF information:

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

XM_015282444.2

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT GTGAAATTAT TACCACCTGC AAAGATATCC AGATTAAAAA AGGGATGAGA 
AAAGACGGTG AATACCTACT CAACATTAAA GGAAGGATGA TAAAAATCTA TTGTTCAGAC 
ATGCACTTAG ACAACCCCAA AGAATATTTG ACGTTGTTAA AAGGAGAAGC AGACAATTTC 
TCTGAAGTGT ATGGACTCAG GTTACAGAAT CCATATGAAT GTCCTTTCAA TGGAAGCAGG 
AGGCAAGACT GTGCCTGTCG AAATGATTAC CTTGCAGCTG GCTTCACGGT TTTTAGCAAA 
ATAAGATTTG ATGTCGCCTC CATGCAAATT AGAACCACAG ATTTTCTTTT TGCTCAGACT 
ATACTTGGGA GAGCGGTTCC GTTTGCTACA GCTGGAGATT GCTACAGTGC TGCCAGATGT 
CCACAGGGAC AGTTCAGCAT TAATTTGGCT GGTACAGGTC TGAGATTATC CAGTACCGTT 
AGATGGATGG CTCAGGGCAA CTATGCAACC GCCGACATAC ACAAATCCCA CGATGGTACC 
AAAATATATG GAAGATGTGG AGGGTTTTGT GGGAAATGTG TTCCTAACAC AATTACTGGT 
CTTCAGCTTC AAATAAAGTG A

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

ADAMTS20 ( XM_015282444.1 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137930.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OGa29177
Clone ID Related Accession (Same CDS sequence)	XM_015282444.2 , XM_015282444.1
Accession Version	XM_015282444.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5721bp) 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	2016-01-03
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_455712.1) 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 :: Gallus gallus Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT GTGAAATTAT TACCACCTGC AAAGATATCC AGATTAAAAA AGGGATGAGA 
AAAGACGGTG AATACCTACT CAACATTAAA GGAAGGATGA TAAAAATCTA TTGTTCAGAC 
ATGCACTTAG ACAACCCCAA AGAATATTTG ACGTTGTTAA AAGGAGAAGC AGACAATTTC 
TCTGAAGTGT ATGGACTCAG GTTACAGAAT CCATATGAAT GTCCTTTCAA TGGAAGCAGG 
AGGCAAGACT GTGCCTGTCG AAATGATTAC CTTGCAGCTG GCTTCACGGT TTTTAGCAAA 
ATAAGATTTG ATGTCGCCTC CATGCAAATT AGAACCACAG ATTTTCTTTT TGCTCAGACT 
ATACTTGGGA GAGCGGTTCC GTTTGCTACA GCTGGAGATT GCTACAGTGC TGCCAGATGT 
CCACAGGGAC AGTTCAGCAT TAATTTGGCT GGTACAGGTC TGAGATTATC CAGTACCGTT 
AGATGGATGG CTCAGGGCAA CTATGCAACC GCCGACATAC ACAAATCCCA CGATGGTACC 
AAAATATATG GAAGATGTGG AGGGTTTTGT GGGAAATGTG TTCCTAACAC AATTACTGGT 
CTTCAGCTTC AAATAAAGTG A

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

RefSeq	XP_015137930.1
CDS	42..5762
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282444.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X1, mRNA.

Target ORF information:

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

XM_015282444.1

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT GTGAAATTAT TACCACCTGC AAAGATATCC AGATTAAAAA AGGGATGAGA 
AAAGACGGTG AATACCTACT CAACATTAAA GGAAGGATGA TAAAAATCTA TTGTTCAGAC 
ATGCACTTAG ACAACCCCAA AGAATATTTG ACGTTGTTAA AAGGAGAAGC AGACAATTTC 
TCTGAAGTGT ATGGACTCAG GTTACAGAAT CCATATGAAT GTCCTTTCAA TGGAAGCAGG 
AGGCAAGACT GTGCCTGTCG AAATGATTAC CTTGCAGCTG GCTTCACGGT TTTTAGCAAA 
ATAAGATTTG ATGTCGCCTC CATGCAAATT AGAACCACAG ATTTTCTTTT TGCTCAGACT 
ATACTTGGGA GAGCGGTTCC GTTTGCTACA GCTGGAGATT GCTACAGTGC TGCCAGATGT 
CCACAGGGAC AGTTCAGCAT TAATTTGGCT GGTACAGGTC TGAGATTATC CAGTACCGTT 
AGATGGATGG CTCAGGGCAA CTATGCAACC GCCGACATAC ACAAATCCCA CGATGGTACC 
AAAATATATG GAAGATGTGG AGGGTTTTGT GGGAAATGTG TTCCTAACAC AATTACTGGT 
CTTCAGCTTC AAATAAAGTG A

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

ADAMTS20 ( XM_015282450.2 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137936.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X2, mRNA.

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CloneID	OGa29178
Clone ID Related Accession (Same CDS sequence)	XM_015282450.2 , XM_015282450.1
Accession Version	XM_015282450.2 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	2018-05-16
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006088.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 17, 2018 this sequence version replaced XM_015282450.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Gallus gallus Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
TACAATGTTG TAGTAAAGAT TCCCAAAGGA GCAACAAACA TTGATATTCG GCAGCACAGC 
TACTCAGGGA AACCAGAAGA TGACAACTAC CTTGCGTTAT CTGATATTCA TGGGAATTTT 
ATCTTGAATG GAAACTTTGT TGTAAGCATG TCAAAAAGAG AAATCAACAT ACATGGAGCA 
ATTTTTGAGT ACAATGGTTC AAACAATACG GTAGAACGAA TTAACAGCAC TGATAGGATT 
GAAGAGGAGT TAACCTTACA GGTTTTGTGT GTAGGGAATT TATACAACCC TGATGTGCGT 
TATTCATTCA ATATTCCAAT AGAAGACAGA AGTGATCTGT TTACGTGGGA TCCCTATGGA 
CCCTGGCAGG ACTGCAGCAG GATGTGCCAA GGAATTAGAA GAAGAAGAAT GACGTGCATA 
CGTAAAAGTG ATCATGTGGT AGTGTCTGAT CAAAGATGTG AACATATACC TCCTGTTCCA 
GATGTCTCTG AAGAGTGTAA TACAGAGTGT GAATTAAGGT GGCACAGTAT TGGCAAAAGT 
GACTGTACAT CAAAGTGTGG CCCAGGGTAT CGATCTATAG AAATCCACTG CATGAAGTAC 
TCTGTTTCAA AAGGACTCAG TGCTCTGGTG GACGATAGAT ACTGTGCTGA TCAGCAGAAA 
CCACCAACCA GAGAGGCCTG TCACGGCGAC TGTATGTTAA CAAGTTGGCA CTACGCAGAA 
TGGTCAGAGT GTTCCAGGAG CTGTGAAAGA GGTATCAGAA CCAGAGAAGC TTTCTGTTTG 
AACAACTTGG GTCGTCATCT TCCTGACAGG GAATGTCAGG AACTTCCAAG AGTTGTAACA 
GAGAGTTGCA ATGAATTCTT ATGTCCAAGC TGGTCTGCTA GTGAGTGGAG TGAGTGCCCT 
GTGACTTGTG GCAAAGGAAT GAAGCATCGA CAAGTATGGT GCCAACTTAA TGATGAACAA 
CTGAGAGATG ATTTCTGTAA TCTGAATGAC AGACCAGGAT CAGTAACGCC ATGTGAACTT 
CCTGAATGCG CATCTTGGCA AGTAGGGCCT TGGGGAGCAT GTACTGTAAC GTGTGGACGT 
GGATACCAGA TGCGTGCAGT CAGATGTGTT ACTGGGACTT ACAGAGTTAT TTTGGATGAT 
GACAGAGAAT GTAATGCTGC TACTCGCCCT AGAGATAACC AAGAATGTGA ATTGCCCTCT 
TGTCCAGAAA CTACAAAATT ATGGACGACA TCACTTCCTC TAATTCATGT AGGAAAGGTG 
ACCCAATGGC GATATGGATC ATGGACCCCA TGTTCAGCAT CCTGTGGGAA GGGTGATCGT 
GCTCGCTATG TGAGCTGTAG AGATGCTCAT GGAGGAATAG CAGATGAATC TTTCTGTGCT 
CATTTGCCAC GTCCAGCTGA AGTTTCAAGT TGCTTTAGCC CATGTGGAGA GTGGCAAGTT 
GGAAACTGGT CCCCTTGCAC AGTTACGTGT GATAGTGGAA TAATAACAAG ACAAGTTATC 
TGTGTCAACT ACCATCAACA AATCAATGAG AATTACTGCG ATCCTGAAGG CCGTCCCTCT 
AAAGAACAAG AATGTAACAT GCCACCATGT CCAGCAGTTT ATCATACTCC AAAAATACAT 
GAGCATCCAA GTCATTTTCC AGAAGCAGGT TACCCTCCAA TACATCATCC ACTAGACAAT 
ACAAACCAAT GGAATCATCC TTCTGTAGGA GGATATCAAT GGAGAACTGG ACCCTGGGGA 
GCATGCTCTA GTACTTGTGC AGGTGGATTT CACCGTCGAG TTGTAGTATG TCAAGACGAG 
GAAGGAAGAA GTGCTAGTTA CTGTGATGAG GCAAGTAAAC CTCCAGAGTC AAGACACTGT 
GATTCTGGAC CCTGCCCACG ATGGAACTAT GGAAACTGGG GAGAATGTAC TCAAACATGT 
GGAGATGGAA TAAAGACAAG ACTGGTGATT TGTCAGCTTC CTACAGGCCA AATGCTGGGT 
GATCAAAACT GTGAAATTCT AGACAAGCCA CCTAATATGG CACAATGTAA TGTGCATTCT 
TGCCCTGGTG ATGTTTCATG GCATCGGGGA CCATGGAAAT CGTGTTCTGT TTCCTGCGGG 
AAAGGTTTGA AGCATCGTGA TGTGCACTGT TTTAATAGCT TCCGGGCTAA AGTAGAGGAT 
GGAAACTGCA GACATTTAAA AAAGCCACGG ACATACAAAA TCTGTAGAGC CGGAAGATGT 
CCTACCTGGA AAACCAGCGG ATGGAAAGAA TGTTCTGTAT CCTGTGGTGT GGGGATTCAG 
CAAAGGGACA TCTACTGTCA GCTGAAGGGC CTGGGTAAAG TCAGTGAAGC AATGTGCAAC 
CACAATGCAC GGCCCGCTGG CCACAGGCCA TGTTGGCTGC CTGCCTGCAT GCGGTACCAA 
TGGCTGGCAG ATGGATGGGA GAATTGCTCG ACGTCATATA GAAGAAAGGA AATACACCAG 
AAGGTTAAGT GTGTGGATGA AAAGCAGATC CAAGTGGATG AAAGCTTCTG CGATCCTGCC 
ACAAAGCCTC CATCCGTCAA AAACTGCAGG AGAGCTCCCT CCAAATACAT TGTGCTCACA 
GGAGAACTGT CACAGTGTTC AGCCAGCTGT GGGTTGGATT ACCGGCAGAG GATCACATAC 
TGTGTTGGAA TCCATTATGT TCAAAACAAG CACGCTTACG GCCTTCGAAC TGTGGCATAT 
CGAGAATGCC CAGTAACACC CTCCCCATAC ATTTATAACT GTAATATCAA AGGATGCTCA 
CAAGCAGCTA CCTGGAGAGT GGGGAAGTGG ACCAAGTGCT CAGTGTCTTG TGGAGCAGGG 
GTAAAGGAGA GAACAGTAGC GTGTATGACT GAAAATGGCT TATCCAGTGA CTTGTGCCTG 
CCACATTTAA AACCAGATAA CAGGAGGATC TGCCATACAG AGGAATGTGA AATTATTACC 
ACCTGCAAAG ATATCCAGAT TAAAAAAGGG ATGAGAAAAG ACGGTGAATA CCTACTCAAC 
ATTAAAGGAA GGATGATAAA AATCTATTGT TCAGACATGC ACTTAGACAA CCCCAAAGAA 
TATTTGACGT TGTTAAAAGG AGAAGCAGAC AATTTCTCTG AAGTGTATGG ACTCAGGTTA 
CAGAATCCAT ATGAATGTCC TTTCAATGGA AGCAGGAGGC AAGACTGTGC CTGTCGAAAT 
GATTACCTTG CAGCTGGCTT CACGGTTTTT AGCAAAATAA GATTTGATGT CGCCTCCATG 
CAAATTAGAA CCACAGATTT TCTTTTTGCT CAGACTATAC TTGGGAGAGC GGTTCCGTTT 
GCTACAGCTG GAGATTGCTA CAGTGCTGCC AGATGTCCAC AGGGACAGTT CAGCATTAAT 
TTGGCTGGTA CAGGTCTGAG ATTATCCAGT ACCGTTAGAT GGATGGCTCA GGGCAACTAT 
GCAACCGCCG ACATACACAA ATCCCACGAT GGTACCAAAA TATATGGAAG ATGTGGAGGG 
TTTTGTGGGA AATGTGTTCC TAACACAATT ACTGGTCTTC AGCTTCAAAT AAAGTGA

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

RefSeq	XP_015137936.1
CDS	89..5785
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282450.2
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X2, mRNA.

Target ORF information:

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

XM_015282450.2

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
TACAATGTTG TAGTAAAGAT TCCCAAAGGA GCAACAAACA TTGATATTCG GCAGCACAGC 
TACTCAGGGA AACCAGAAGA TGACAACTAC CTTGCGTTAT CTGATATTCA TGGGAATTTT 
ATCTTGAATG GAAACTTTGT TGTAAGCATG TCAAAAAGAG AAATCAACAT ACATGGAGCA 
ATTTTTGAGT ACAATGGTTC AAACAATACG GTAGAACGAA TTAACAGCAC TGATAGGATT 
GAAGAGGAGT TAACCTTACA GGTTTTGTGT GTAGGGAATT TATACAACCC TGATGTGCGT 
TATTCATTCA ATATTCCAAT AGAAGACAGA AGTGATCTGT TTACGTGGGA TCCCTATGGA 
CCCTGGCAGG ACTGCAGCAG GATGTGCCAA GGAATTAGAA GAAGAAGAAT GACGTGCATA 
CGTAAAAGTG ATCATGTGGT AGTGTCTGAT CAAAGATGTG AACATATACC TCCTGTTCCA 
GATGTCTCTG AAGAGTGTAA TACAGAGTGT GAATTAAGGT GGCACAGTAT TGGCAAAAGT 
GACTGTACAT CAAAGTGTGG CCCAGGGTAT CGATCTATAG AAATCCACTG CATGAAGTAC 
TCTGTTTCAA AAGGACTCAG TGCTCTGGTG GACGATAGAT ACTGTGCTGA TCAGCAGAAA 
CCACCAACCA GAGAGGCCTG TCACGGCGAC TGTATGTTAA CAAGTTGGCA CTACGCAGAA 
TGGTCAGAGT GTTCCAGGAG CTGTGAAAGA GGTATCAGAA CCAGAGAAGC TTTCTGTTTG 
AACAACTTGG GTCGTCATCT TCCTGACAGG GAATGTCAGG AACTTCCAAG AGTTGTAACA 
GAGAGTTGCA ATGAATTCTT ATGTCCAAGC TGGTCTGCTA GTGAGTGGAG TGAGTGCCCT 
GTGACTTGTG GCAAAGGAAT GAAGCATCGA CAAGTATGGT GCCAACTTAA TGATGAACAA 
CTGAGAGATG ATTTCTGTAA TCTGAATGAC AGACCAGGAT CAGTAACGCC ATGTGAACTT 
CCTGAATGCG CATCTTGGCA AGTAGGGCCT TGGGGAGCAT GTACTGTAAC GTGTGGACGT 
GGATACCAGA TGCGTGCAGT CAGATGTGTT ACTGGGACTT ACAGAGTTAT TTTGGATGAT 
GACAGAGAAT GTAATGCTGC TACTCGCCCT AGAGATAACC AAGAATGTGA ATTGCCCTCT 
TGTCCAGAAA CTACAAAATT ATGGACGACA TCACTTCCTC TAATTCATGT AGGAAAGGTG 
ACCCAATGGC GATATGGATC ATGGACCCCA TGTTCAGCAT CCTGTGGGAA GGGTGATCGT 
GCTCGCTATG TGAGCTGTAG AGATGCTCAT GGAGGAATAG CAGATGAATC TTTCTGTGCT 
CATTTGCCAC GTCCAGCTGA AGTTTCAAGT TGCTTTAGCC CATGTGGAGA GTGGCAAGTT 
GGAAACTGGT CCCCTTGCAC AGTTACGTGT GATAGTGGAA TAATAACAAG ACAAGTTATC 
TGTGTCAACT ACCATCAACA AATCAATGAG AATTACTGCG ATCCTGAAGG CCGTCCCTCT 
AAAGAACAAG AATGTAACAT GCCACCATGT CCAGCAGTTT ATCATACTCC AAAAATACAT 
GAGCATCCAA GTCATTTTCC AGAAGCAGGT TACCCTCCAA TACATCATCC ACTAGACAAT 
ACAAACCAAT GGAATCATCC TTCTGTAGGA GGATATCAAT GGAGAACTGG ACCCTGGGGA 
GCATGCTCTA GTACTTGTGC AGGTGGATTT CACCGTCGAG TTGTAGTATG TCAAGACGAG 
GAAGGAAGAA GTGCTAGTTA CTGTGATGAG GCAAGTAAAC CTCCAGAGTC AAGACACTGT 
GATTCTGGAC CCTGCCCACG ATGGAACTAT GGAAACTGGG GAGAATGTAC TCAAACATGT 
GGAGATGGAA TAAAGACAAG ACTGGTGATT TGTCAGCTTC CTACAGGCCA AATGCTGGGT 
GATCAAAACT GTGAAATTCT AGACAAGCCA CCTAATATGG CACAATGTAA TGTGCATTCT 
TGCCCTGGTG ATGTTTCATG GCATCGGGGA CCATGGAAAT CGTGTTCTGT TTCCTGCGGG 
AAAGGTTTGA AGCATCGTGA TGTGCACTGT TTTAATAGCT TCCGGGCTAA AGTAGAGGAT 
GGAAACTGCA GACATTTAAA AAAGCCACGG ACATACAAAA TCTGTAGAGC CGGAAGATGT 
CCTACCTGGA AAACCAGCGG ATGGAAAGAA TGTTCTGTAT CCTGTGGTGT GGGGATTCAG 
CAAAGGGACA TCTACTGTCA GCTGAAGGGC CTGGGTAAAG TCAGTGAAGC AATGTGCAAC 
CACAATGCAC GGCCCGCTGG CCACAGGCCA TGTTGGCTGC CTGCCTGCAT GCGGTACCAA 
TGGCTGGCAG ATGGATGGGA GAATTGCTCG ACGTCATATA GAAGAAAGGA AATACACCAG 
AAGGTTAAGT GTGTGGATGA AAAGCAGATC CAAGTGGATG AAAGCTTCTG CGATCCTGCC 
ACAAAGCCTC CATCCGTCAA AAACTGCAGG AGAGCTCCCT CCAAATACAT TGTGCTCACA 
GGAGAACTGT CACAGTGTTC AGCCAGCTGT GGGTTGGATT ACCGGCAGAG GATCACATAC 
TGTGTTGGAA TCCATTATGT TCAAAACAAG CACGCTTACG GCCTTCGAAC TGTGGCATAT 
CGAGAATGCC CAGTAACACC CTCCCCATAC ATTTATAACT GTAATATCAA AGGATGCTCA 
CAAGCAGCTA CCTGGAGAGT GGGGAAGTGG ACCAAGTGCT CAGTGTCTTG TGGAGCAGGG 
GTAAAGGAGA GAACAGTAGC GTGTATGACT GAAAATGGCT TATCCAGTGA CTTGTGCCTG 
CCACATTTAA AACCAGATAA CAGGAGGATC TGCCATACAG AGGAATGTGA AATTATTACC 
ACCTGCAAAG ATATCCAGAT TAAAAAAGGG ATGAGAAAAG ACGGTGAATA CCTACTCAAC 
ATTAAAGGAA GGATGATAAA AATCTATTGT TCAGACATGC ACTTAGACAA CCCCAAAGAA 
TATTTGACGT TGTTAAAAGG AGAAGCAGAC AATTTCTCTG AAGTGTATGG ACTCAGGTTA 
CAGAATCCAT ATGAATGTCC TTTCAATGGA AGCAGGAGGC AAGACTGTGC CTGTCGAAAT 
GATTACCTTG CAGCTGGCTT CACGGTTTTT AGCAAAATAA GATTTGATGT CGCCTCCATG 
CAAATTAGAA CCACAGATTT TCTTTTTGCT CAGACTATAC TTGGGAGAGC GGTTCCGTTT 
GCTACAGCTG GAGATTGCTA CAGTGCTGCC AGATGTCCAC AGGGACAGTT CAGCATTAAT 
TTGGCTGGTA CAGGTCTGAG ATTATCCAGT ACCGTTAGAT GGATGGCTCA GGGCAACTAT 
GCAACCGCCG ACATACACAA ATCCCACGAT GGTACCAAAA TATATGGAAG ATGTGGAGGG 
TTTTGTGGGA AATGTGTTCC TAACACAATT ACTGGTCTTC AGCTTCAAAT AAAGTGA

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

ADAMTS20 ( XM_015282450.1 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137936.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X2, mRNA.

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CloneID	OGa29178
Clone ID Related Accession (Same CDS sequence)	XM_015282450.2 , XM_015282450.1
Accession Version	XM_015282450.1	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	2016-01-03
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_455712.1) 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 :: Gallus gallus Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
TACAATGTTG TAGTAAAGAT TCCCAAAGGA GCAACAAACA TTGATATTCG GCAGCACAGC 
TACTCAGGGA AACCAGAAGA TGACAACTAC CTTGCGTTAT CTGATATTCA TGGGAATTTT 
ATCTTGAATG GAAACTTTGT TGTAAGCATG TCAAAAAGAG AAATCAACAT ACATGGAGCA 
ATTTTTGAGT ACAATGGTTC AAACAATACG GTAGAACGAA TTAACAGCAC TGATAGGATT 
GAAGAGGAGT TAACCTTACA GGTTTTGTGT GTAGGGAATT TATACAACCC TGATGTGCGT 
TATTCATTCA ATATTCCAAT AGAAGACAGA AGTGATCTGT TTACGTGGGA TCCCTATGGA 
CCCTGGCAGG ACTGCAGCAG GATGTGCCAA GGAATTAGAA GAAGAAGAAT GACGTGCATA 
CGTAAAAGTG ATCATGTGGT AGTGTCTGAT CAAAGATGTG AACATATACC TCCTGTTCCA 
GATGTCTCTG AAGAGTGTAA TACAGAGTGT GAATTAAGGT GGCACAGTAT TGGCAAAAGT 
GACTGTACAT CAAAGTGTGG CCCAGGGTAT CGATCTATAG AAATCCACTG CATGAAGTAC 
TCTGTTTCAA AAGGACTCAG TGCTCTGGTG GACGATAGAT ACTGTGCTGA TCAGCAGAAA 
CCACCAACCA GAGAGGCCTG TCACGGCGAC TGTATGTTAA CAAGTTGGCA CTACGCAGAA 
TGGTCAGAGT GTTCCAGGAG CTGTGAAAGA GGTATCAGAA CCAGAGAAGC TTTCTGTTTG 
AACAACTTGG GTCGTCATCT TCCTGACAGG GAATGTCAGG AACTTCCAAG AGTTGTAACA 
GAGAGTTGCA ATGAATTCTT ATGTCCAAGC TGGTCTGCTA GTGAGTGGAG TGAGTGCCCT 
GTGACTTGTG GCAAAGGAAT GAAGCATCGA CAAGTATGGT GCCAACTTAA TGATGAACAA 
CTGAGAGATG ATTTCTGTAA TCTGAATGAC AGACCAGGAT CAGTAACGCC ATGTGAACTT 
CCTGAATGCG CATCTTGGCA AGTAGGGCCT TGGGGAGCAT GTACTGTAAC GTGTGGACGT 
GGATACCAGA TGCGTGCAGT CAGATGTGTT ACTGGGACTT ACAGAGTTAT TTTGGATGAT 
GACAGAGAAT GTAATGCTGC TACTCGCCCT AGAGATAACC AAGAATGTGA ATTGCCCTCT 
TGTCCAGAAA CTACAAAATT ATGGACGACA TCACTTCCTC TAATTCATGT AGGAAAGGTG 
ACCCAATGGC GATATGGATC ATGGACCCCA TGTTCAGCAT CCTGTGGGAA GGGTGATCGT 
GCTCGCTATG TGAGCTGTAG AGATGCTCAT GGAGGAATAG CAGATGAATC TTTCTGTGCT 
CATTTGCCAC GTCCAGCTGA AGTTTCAAGT TGCTTTAGCC CATGTGGAGA GTGGCAAGTT 
GGAAACTGGT CCCCTTGCAC AGTTACGTGT GATAGTGGAA TAATAACAAG ACAAGTTATC 
TGTGTCAACT ACCATCAACA AATCAATGAG AATTACTGCG ATCCTGAAGG CCGTCCCTCT 
AAAGAACAAG AATGTAACAT GCCACCATGT CCAGCAGTTT ATCATACTCC AAAAATACAT 
GAGCATCCAA GTCATTTTCC AGAAGCAGGT TACCCTCCAA TACATCATCC ACTAGACAAT 
ACAAACCAAT GGAATCATCC TTCTGTAGGA GGATATCAAT GGAGAACTGG ACCCTGGGGA 
GCATGCTCTA GTACTTGTGC AGGTGGATTT CACCGTCGAG TTGTAGTATG TCAAGACGAG 
GAAGGAAGAA GTGCTAGTTA CTGTGATGAG GCAAGTAAAC CTCCAGAGTC AAGACACTGT 
GATTCTGGAC CCTGCCCACG ATGGAACTAT GGAAACTGGG GAGAATGTAC TCAAACATGT 
GGAGATGGAA TAAAGACAAG ACTGGTGATT TGTCAGCTTC CTACAGGCCA AATGCTGGGT 
GATCAAAACT GTGAAATTCT AGACAAGCCA CCTAATATGG CACAATGTAA TGTGCATTCT 
TGCCCTGGTG ATGTTTCATG GCATCGGGGA CCATGGAAAT CGTGTTCTGT TTCCTGCGGG 
AAAGGTTTGA AGCATCGTGA TGTGCACTGT TTTAATAGCT TCCGGGCTAA AGTAGAGGAT 
GGAAACTGCA GACATTTAAA AAAGCCACGG ACATACAAAA TCTGTAGAGC CGGAAGATGT 
CCTACCTGGA AAACCAGCGG ATGGAAAGAA TGTTCTGTAT CCTGTGGTGT GGGGATTCAG 
CAAAGGGACA TCTACTGTCA GCTGAAGGGC CTGGGTAAAG TCAGTGAAGC AATGTGCAAC 
CACAATGCAC GGCCCGCTGG CCACAGGCCA TGTTGGCTGC CTGCCTGCAT GCGGTACCAA 
TGGCTGGCAG ATGGATGGGA GAATTGCTCG ACGTCATATA GAAGAAAGGA AATACACCAG 
AAGGTTAAGT GTGTGGATGA AAAGCAGATC CAAGTGGATG AAAGCTTCTG CGATCCTGCC 
ACAAAGCCTC CATCCGTCAA AAACTGCAGG AGAGCTCCCT CCAAATACAT TGTGCTCACA 
GGAGAACTGT CACAGTGTTC AGCCAGCTGT GGGTTGGATT ACCGGCAGAG GATCACATAC 
TGTGTTGGAA TCCATTATGT TCAAAACAAG CACGCTTACG GCCTTCGAAC TGTGGCATAT 
CGAGAATGCC CAGTAACACC CTCCCCATAC ATTTATAACT GTAATATCAA AGGATGCTCA 
CAAGCAGCTA CCTGGAGAGT GGGGAAGTGG ACCAAGTGCT CAGTGTCTTG TGGAGCAGGG 
GTAAAGGAGA GAACAGTAGC GTGTATGACT GAAAATGGCT TATCCAGTGA CTTGTGCCTG 
CCACATTTAA AACCAGATAA CAGGAGGATC TGCCATACAG AGGAATGTGA AATTATTACC 
ACCTGCAAAG ATATCCAGAT TAAAAAAGGG ATGAGAAAAG ACGGTGAATA CCTACTCAAC 
ATTAAAGGAA GGATGATAAA AATCTATTGT TCAGACATGC ACTTAGACAA CCCCAAAGAA 
TATTTGACGT TGTTAAAAGG AGAAGCAGAC AATTTCTCTG AAGTGTATGG ACTCAGGTTA 
CAGAATCCAT ATGAATGTCC TTTCAATGGA AGCAGGAGGC AAGACTGTGC CTGTCGAAAT 
GATTACCTTG CAGCTGGCTT CACGGTTTTT AGCAAAATAA GATTTGATGT CGCCTCCATG 
CAAATTAGAA CCACAGATTT TCTTTTTGCT CAGACTATAC TTGGGAGAGC GGTTCCGTTT 
GCTACAGCTG GAGATTGCTA CAGTGCTGCC AGATGTCCAC AGGGACAGTT CAGCATTAAT 
TTGGCTGGTA CAGGTCTGAG ATTATCCAGT ACCGTTAGAT GGATGGCTCA GGGCAACTAT 
GCAACCGCCG ACATACACAA ATCCCACGAT GGTACCAAAA TATATGGAAG ATGTGGAGGG 
TTTTGTGGGA AATGTGTTCC TAACACAATT ACTGGTCTTC AGCTTCAAAT AAAGTGA

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

RefSeq	XP_015137936.1
CDS	42..5738
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282450.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X2, mRNA.

Target ORF information:

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

XM_015282450.1

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
TACAATGTTG TAGTAAAGAT TCCCAAAGGA GCAACAAACA TTGATATTCG GCAGCACAGC 
TACTCAGGGA AACCAGAAGA TGACAACTAC CTTGCGTTAT CTGATATTCA TGGGAATTTT 
ATCTTGAATG GAAACTTTGT TGTAAGCATG TCAAAAAGAG AAATCAACAT ACATGGAGCA 
ATTTTTGAGT ACAATGGTTC AAACAATACG GTAGAACGAA TTAACAGCAC TGATAGGATT 
GAAGAGGAGT TAACCTTACA GGTTTTGTGT GTAGGGAATT TATACAACCC TGATGTGCGT 
TATTCATTCA ATATTCCAAT AGAAGACAGA AGTGATCTGT TTACGTGGGA TCCCTATGGA 
CCCTGGCAGG ACTGCAGCAG GATGTGCCAA GGAATTAGAA GAAGAAGAAT GACGTGCATA 
CGTAAAAGTG ATCATGTGGT AGTGTCTGAT CAAAGATGTG AACATATACC TCCTGTTCCA 
GATGTCTCTG AAGAGTGTAA TACAGAGTGT GAATTAAGGT GGCACAGTAT TGGCAAAAGT 
GACTGTACAT CAAAGTGTGG CCCAGGGTAT CGATCTATAG AAATCCACTG CATGAAGTAC 
TCTGTTTCAA AAGGACTCAG TGCTCTGGTG GACGATAGAT ACTGTGCTGA TCAGCAGAAA 
CCACCAACCA GAGAGGCCTG TCACGGCGAC TGTATGTTAA CAAGTTGGCA CTACGCAGAA 
TGGTCAGAGT GTTCCAGGAG CTGTGAAAGA GGTATCAGAA CCAGAGAAGC TTTCTGTTTG 
AACAACTTGG GTCGTCATCT TCCTGACAGG GAATGTCAGG AACTTCCAAG AGTTGTAACA 
GAGAGTTGCA ATGAATTCTT ATGTCCAAGC TGGTCTGCTA GTGAGTGGAG TGAGTGCCCT 
GTGACTTGTG GCAAAGGAAT GAAGCATCGA CAAGTATGGT GCCAACTTAA TGATGAACAA 
CTGAGAGATG ATTTCTGTAA TCTGAATGAC AGACCAGGAT CAGTAACGCC ATGTGAACTT 
CCTGAATGCG CATCTTGGCA AGTAGGGCCT TGGGGAGCAT GTACTGTAAC GTGTGGACGT 
GGATACCAGA TGCGTGCAGT CAGATGTGTT ACTGGGACTT ACAGAGTTAT TTTGGATGAT 
GACAGAGAAT GTAATGCTGC TACTCGCCCT AGAGATAACC AAGAATGTGA ATTGCCCTCT 
TGTCCAGAAA CTACAAAATT ATGGACGACA TCACTTCCTC TAATTCATGT AGGAAAGGTG 
ACCCAATGGC GATATGGATC ATGGACCCCA TGTTCAGCAT CCTGTGGGAA GGGTGATCGT 
GCTCGCTATG TGAGCTGTAG AGATGCTCAT GGAGGAATAG CAGATGAATC TTTCTGTGCT 
CATTTGCCAC GTCCAGCTGA AGTTTCAAGT TGCTTTAGCC CATGTGGAGA GTGGCAAGTT 
GGAAACTGGT CCCCTTGCAC AGTTACGTGT GATAGTGGAA TAATAACAAG ACAAGTTATC 
TGTGTCAACT ACCATCAACA AATCAATGAG AATTACTGCG ATCCTGAAGG CCGTCCCTCT 
AAAGAACAAG AATGTAACAT GCCACCATGT CCAGCAGTTT ATCATACTCC AAAAATACAT 
GAGCATCCAA GTCATTTTCC AGAAGCAGGT TACCCTCCAA TACATCATCC ACTAGACAAT 
ACAAACCAAT GGAATCATCC TTCTGTAGGA GGATATCAAT GGAGAACTGG ACCCTGGGGA 
GCATGCTCTA GTACTTGTGC AGGTGGATTT CACCGTCGAG TTGTAGTATG TCAAGACGAG 
GAAGGAAGAA GTGCTAGTTA CTGTGATGAG GCAAGTAAAC CTCCAGAGTC AAGACACTGT 
GATTCTGGAC CCTGCCCACG ATGGAACTAT GGAAACTGGG GAGAATGTAC TCAAACATGT 
GGAGATGGAA TAAAGACAAG ACTGGTGATT TGTCAGCTTC CTACAGGCCA AATGCTGGGT 
GATCAAAACT GTGAAATTCT AGACAAGCCA CCTAATATGG CACAATGTAA TGTGCATTCT 
TGCCCTGGTG ATGTTTCATG GCATCGGGGA CCATGGAAAT CGTGTTCTGT TTCCTGCGGG 
AAAGGTTTGA AGCATCGTGA TGTGCACTGT TTTAATAGCT TCCGGGCTAA AGTAGAGGAT 
GGAAACTGCA GACATTTAAA AAAGCCACGG ACATACAAAA TCTGTAGAGC CGGAAGATGT 
CCTACCTGGA AAACCAGCGG ATGGAAAGAA TGTTCTGTAT CCTGTGGTGT GGGGATTCAG 
CAAAGGGACA TCTACTGTCA GCTGAAGGGC CTGGGTAAAG TCAGTGAAGC AATGTGCAAC 
CACAATGCAC GGCCCGCTGG CCACAGGCCA TGTTGGCTGC CTGCCTGCAT GCGGTACCAA 
TGGCTGGCAG ATGGATGGGA GAATTGCTCG ACGTCATATA GAAGAAAGGA AATACACCAG 
AAGGTTAAGT GTGTGGATGA AAAGCAGATC CAAGTGGATG AAAGCTTCTG CGATCCTGCC 
ACAAAGCCTC CATCCGTCAA AAACTGCAGG AGAGCTCCCT CCAAATACAT TGTGCTCACA 
GGAGAACTGT CACAGTGTTC AGCCAGCTGT GGGTTGGATT ACCGGCAGAG GATCACATAC 
TGTGTTGGAA TCCATTATGT TCAAAACAAG CACGCTTACG GCCTTCGAAC TGTGGCATAT 
CGAGAATGCC CAGTAACACC CTCCCCATAC ATTTATAACT GTAATATCAA AGGATGCTCA 
CAAGCAGCTA CCTGGAGAGT GGGGAAGTGG ACCAAGTGCT CAGTGTCTTG TGGAGCAGGG 
GTAAAGGAGA GAACAGTAGC GTGTATGACT GAAAATGGCT TATCCAGTGA CTTGTGCCTG 
CCACATTTAA AACCAGATAA CAGGAGGATC TGCCATACAG AGGAATGTGA AATTATTACC 
ACCTGCAAAG ATATCCAGAT TAAAAAAGGG ATGAGAAAAG ACGGTGAATA CCTACTCAAC 
ATTAAAGGAA GGATGATAAA AATCTATTGT TCAGACATGC ACTTAGACAA CCCCAAAGAA 
TATTTGACGT TGTTAAAAGG AGAAGCAGAC AATTTCTCTG AAGTGTATGG ACTCAGGTTA 
CAGAATCCAT ATGAATGTCC TTTCAATGGA AGCAGGAGGC AAGACTGTGC CTGTCGAAAT 
GATTACCTTG CAGCTGGCTT CACGGTTTTT AGCAAAATAA GATTTGATGT CGCCTCCATG 
CAAATTAGAA CCACAGATTT TCTTTTTGCT CAGACTATAC TTGGGAGAGC GGTTCCGTTT 
GCTACAGCTG GAGATTGCTA CAGTGCTGCC AGATGTCCAC AGGGACAGTT CAGCATTAAT 
TTGGCTGGTA CAGGTCTGAG ATTATCCAGT ACCGTTAGAT GGATGGCTCA GGGCAACTAT 
GCAACCGCCG ACATACACAA ATCCCACGAT GGTACCAAAA TATATGGAAG ATGTGGAGGG 
TTTTGTGGGA AATGTGTTCC TAACACAATT ACTGGTCTTC AGCTTCAAAT AAAGTGA

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

ADAMTS20 ( XM_015282451.2 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137937.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X4, mRNA.

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CloneID	OGa29179
Clone ID Related Accession (Same CDS sequence)	XM_015282451.2 , XM_015282451.1
Accession Version	XM_015282451.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5520bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-05-16
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006088.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 17, 2018 this sequence version replaced XM_015282451.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Gallus gallus Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GCTCAGTGTC TTGTGGAGCA 
GGGGTAAAGG AGAGAACAGT AGCGTGTATG ACTGAAAATG GCTTATCCAG TGACTTGTGC 
CTGCCACATT TAAAACCAGA TAACAGGAGG ATCTGCCATA CAGAGGAATG TGAAATTATT 
ACCACCTGCA AAGATATCCA GATTAAAAAA GGGATGAGAA AAGACGGTGA ATACCTACTC 
AACATTAAAG GAAGGATGAT AAAAATCTAT TGTTCAGACA TGCACTTAGA CAACCCCAAA 
GAATATTTGA CGTTGTTAAA AGGAGAAGCA GACAATTTCT CTGAAGTGTA TGGACTCAGG 
TTACAGAATC CATATGAATG TCCTTTCAAT GGAAGCAGGA GGCAAGACTG TGCCTGTCGA 
AATGATTACC TTGCAGCTGG CTTCACGGTT TTTAGCAAAA TAAGATTTGA TGTCGCCTCC 
ATGCAAATTA GAACCACAGA TTTTCTTTTT GCTCAGACTA TACTTGGGAG AGCGGTTCCG 
TTTGCTACAG CTGGAGATTG CTACAGTGCT GCCAGATGTC CACAGGGACA GTTCAGCATT 
AATTTGGCTG GTACAGGTCT GAGATTATCC AGTACCGTTA GATGGATGGC TCAGGGCAAC 
TATGCAACCG CCGACATACA CAAATCCCAC GATGGTACCA AAATATATGG AAGATGTGGA 
GGGTTTTGTG GGAAATGTGT TCCTAACACA ATTACTGGTC TTCAGCTTCA AATAAAGTGA

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

RefSeq	XP_015137937.1
CDS	89..5608
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282451.2
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X4, mRNA.

Target ORF information:

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

XM_015282451.2

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GCTCAGTGTC TTGTGGAGCA 
GGGGTAAAGG AGAGAACAGT AGCGTGTATG ACTGAAAATG GCTTATCCAG TGACTTGTGC 
CTGCCACATT TAAAACCAGA TAACAGGAGG ATCTGCCATA CAGAGGAATG TGAAATTATT 
ACCACCTGCA AAGATATCCA GATTAAAAAA GGGATGAGAA AAGACGGTGA ATACCTACTC 
AACATTAAAG GAAGGATGAT AAAAATCTAT TGTTCAGACA TGCACTTAGA CAACCCCAAA 
GAATATTTGA CGTTGTTAAA AGGAGAAGCA GACAATTTCT CTGAAGTGTA TGGACTCAGG 
TTACAGAATC CATATGAATG TCCTTTCAAT GGAAGCAGGA GGCAAGACTG TGCCTGTCGA 
AATGATTACC TTGCAGCTGG CTTCACGGTT TTTAGCAAAA TAAGATTTGA TGTCGCCTCC 
ATGCAAATTA GAACCACAGA TTTTCTTTTT GCTCAGACTA TACTTGGGAG AGCGGTTCCG 
TTTGCTACAG CTGGAGATTG CTACAGTGCT GCCAGATGTC CACAGGGACA GTTCAGCATT 
AATTTGGCTG GTACAGGTCT GAGATTATCC AGTACCGTTA GATGGATGGC TCAGGGCAAC 
TATGCAACCG CCGACATACA CAAATCCCAC GATGGTACCA AAATATATGG AAGATGTGGA 
GGGTTTTGTG GGAAATGTGT TCCTAACACA ATTACTGGTC TTCAGCTTCA AATAAAGTGA

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

ADAMTS20 ( XM_015282451.1 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137937.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X3, mRNA.

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CloneID	OGa29179
Clone ID Related Accession (Same CDS sequence)	XM_015282451.2 , XM_015282451.1
Accession Version	XM_015282451.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5520bp) 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	2016-01-03
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_455712.1) 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 :: Gallus gallus Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GCTCAGTGTC TTGTGGAGCA 
GGGGTAAAGG AGAGAACAGT AGCGTGTATG ACTGAAAATG GCTTATCCAG TGACTTGTGC 
CTGCCACATT TAAAACCAGA TAACAGGAGG ATCTGCCATA CAGAGGAATG TGAAATTATT 
ACCACCTGCA AAGATATCCA GATTAAAAAA GGGATGAGAA AAGACGGTGA ATACCTACTC 
AACATTAAAG GAAGGATGAT AAAAATCTAT TGTTCAGACA TGCACTTAGA CAACCCCAAA 
GAATATTTGA CGTTGTTAAA AGGAGAAGCA GACAATTTCT CTGAAGTGTA TGGACTCAGG 
TTACAGAATC CATATGAATG TCCTTTCAAT GGAAGCAGGA GGCAAGACTG TGCCTGTCGA 
AATGATTACC TTGCAGCTGG CTTCACGGTT TTTAGCAAAA TAAGATTTGA TGTCGCCTCC 
ATGCAAATTA GAACCACAGA TTTTCTTTTT GCTCAGACTA TACTTGGGAG AGCGGTTCCG 
TTTGCTACAG CTGGAGATTG CTACAGTGCT GCCAGATGTC CACAGGGACA GTTCAGCATT 
AATTTGGCTG GTACAGGTCT GAGATTATCC AGTACCGTTA GATGGATGGC TCAGGGCAAC 
TATGCAACCG CCGACATACA CAAATCCCAC GATGGTACCA AAATATATGG AAGATGTGGA 
GGGTTTTGTG GGAAATGTGT TCCTAACACA ATTACTGGTC TTCAGCTTCA AATAAAGTGA

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

RefSeq	XP_015137937.1
CDS	42..5561
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282451.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X3, mRNA.

Target ORF information:

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

XM_015282451.1

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GCTCAGTGTC TTGTGGAGCA 
GGGGTAAAGG AGAGAACAGT AGCGTGTATG ACTGAAAATG GCTTATCCAG TGACTTGTGC 
CTGCCACATT TAAAACCAGA TAACAGGAGG ATCTGCCATA CAGAGGAATG TGAAATTATT 
ACCACCTGCA AAGATATCCA GATTAAAAAA GGGATGAGAA AAGACGGTGA ATACCTACTC 
AACATTAAAG GAAGGATGAT AAAAATCTAT TGTTCAGACA TGCACTTAGA CAACCCCAAA 
GAATATTTGA CGTTGTTAAA AGGAGAAGCA GACAATTTCT CTGAAGTGTA TGGACTCAGG 
TTACAGAATC CATATGAATG TCCTTTCAAT GGAAGCAGGA GGCAAGACTG TGCCTGTCGA 
AATGATTACC TTGCAGCTGG CTTCACGGTT TTTAGCAAAA TAAGATTTGA TGTCGCCTCC 
ATGCAAATTA GAACCACAGA TTTTCTTTTT GCTCAGACTA TACTTGGGAG AGCGGTTCCG 
TTTGCTACAG CTGGAGATTG CTACAGTGCT GCCAGATGTC CACAGGGACA GTTCAGCATT 
AATTTGGCTG GTACAGGTCT GAGATTATCC AGTACCGTTA GATGGATGGC TCAGGGCAAC 
TATGCAACCG CCGACATACA CAAATCCCAC GATGGTACCA AAATATATGG AAGATGTGGA 
GGGTTTTGTG GGAAATGTGT TCCTAACACA ATTACTGGTC TTCAGCTTCA AATAAAGTGA

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

ADAMTS20 ( XM_015282460.1 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137946.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X4, mRNA.

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CloneID	OGa29180
Clone ID Related Accession (Same CDS sequence)	XM_015282460.1
Accession Version	XM_015282460.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5520bp) 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	2016-01-03
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_455712.1) 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 :: Gallus gallus Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT GTGAAATTAT TACCACCTGC AAAGATATCC AGATTAAAAA AGGGATGAGA 
AAAGACGGTG AATACCTACT CAACATTAAA GGAAGGATGA TAAAAATCTA TTGTTCAGAC 
ATGCACTTAG ACAACCCCAA AGAATATTTG ACGTTGTTAA AAGGAGAAGC AGACAATTTC 
TCTGAAGTGT ATGGACTCAG GTTACAGAAT CCATATGAAT GTCCTTTCAA TGGAAGCAGG 
AGGCAAGACT GTGCCTGTCG AAATGATTAC CTTGCAGCTG GCTTCACGGT TTTTAGCAAA 
ATAAGATTTG ATGTCGCCTC CATGCAAATT AGAAACTATA CTTGGGAGAG CGGTTCCGTT 
TGCTACAGCT GGAGATTGCT ACAGTGCTGC CAGATGTCCA CAGGGACAGT TCAGCATTAA

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

RefSeq	XP_015137946.1
CDS	42..5561
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCTVTCDSGIITRQVICVNYHQQINENYCDPEGRPSKEQECNMPPCPAVYHTPKIHEHPSHFPEAGYPPIHHPLDNTNQWNHPSVGGYQWRTGPWGACSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRNYTWESGSVCYSWRLLQCCQMSTGTVQH

Target ORF information:

RefSeq Version	XM_015282460.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X4, mRNA.

Target ORF information:

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

XM_015282460.1

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCACAGTTAC GTGTGATAGT 
GGAATAATAA CAAGACAAGT TATCTGTGTC AACTACCATC AACAAATCAA TGAGAATTAC 
TGCGATCCTG AAGGCCGTCC CTCTAAAGAA CAAGAATGTA ACATGCCACC ATGTCCAGCA 
GTTTATCATA CTCCAAAAAT ACATGAGCAT CCAAGTCATT TTCCAGAAGC AGGTTACCCT 
CCAATACATC ATCCACTAGA CAATACAAAC CAATGGAATC ATCCTTCTGT AGGAGGATAT 
CAATGGAGAA CTGGACCCTG GGGAGCATGC TCTAGTACTT GTGCAGGTGG ATTTCACCGT 
CGAGTTGTAG TATGTCAAGA CGAGGAAGGA AGAAGTGCTA GTTACTGTGA TGAGGCAAGT 
AAACCTCCAG AGTCAAGACA CTGTGATTCT GGACCCTGCC CACGATGGAA CTATGGAAAC 
TGGGGAGAAT GTACTCAAAC ATGTGGAGAT GGAATAAAGA CAAGACTGGT GATTTGTCAG 
CTTCCTACAG GCCAAATGCT GGGTGATCAA AACTGTGAAA TTCTAGACAA GCCACCTAAT 
ATGGCACAAT GTAATGTGCA TTCTTGCCCT GGTGATGTTT CATGGCATCG GGGACCATGG 
AAATCGTGTT CTGTTTCCTG CGGGAAAGGT TTGAAGCATC GTGATGTGCA CTGTTTTAAT 
AGCTTCCGGG CTAAAGTAGA GGATGGAAAC TGCAGACATT TAAAAAAGCC ACGGACATAC 
AAAATCTGTA GAGCCGGAAG ATGTCCTACC TGGAAAACCA GCGGATGGAA AGAATGTTCT 
GTATCCTGTG GTGTGGGGAT TCAGCAAAGG GACATCTACT GTCAGCTGAA GGGCCTGGGT 
AAAGTCAGTG AAGCAATGTG CAACCACAAT GCACGGCCCG CTGGCCACAG GCCATGTTGG 
CTGCCTGCCT GCATGCGGTA CCAATGGCTG GCAGATGGAT GGGAGAATTG CTCGACGTCA 
TATAGAAGAA AGGAAATACA CCAGAAGGTT AAGTGTGTGG ATGAAAAGCA GATCCAAGTG 
GATGAAAGCT TCTGCGATCC TGCCACAAAG CCTCCATCCG TCAAAAACTG CAGGAGAGCT 
CCCTCCAAAT ACATTGTGCT CACAGGAGAA CTGTCACAGT GTTCAGCCAG CTGTGGGTTG 
GATTACCGGC AGAGGATCAC ATACTGTGTT GGAATCCATT ATGTTCAAAA CAAGCACGCT 
TACGGCCTTC GAACTGTGGC ATATCGAGAA TGCCCAGTAA CACCCTCCCC ATACATTTAT 
AACTGTAATA TCAAAGGATG CTCACAAGCA GCTACCTGGA GAGTGGGGAA GTGGACCAAG 
TGCTCAGTGT CTTGTGGAGC AGGGGTAAAG GAGAGAACAG TAGCGTGTAT GACTGAAAAT 
GGCTTATCCA GTGACTTGTG CCTGCCACAT TTAAAACCAG ATAACAGGAG GATCTGCCAT 
ACAGAGGAAT GTGAAATTAT TACCACCTGC AAAGATATCC AGATTAAAAA AGGGATGAGA 
AAAGACGGTG AATACCTACT CAACATTAAA GGAAGGATGA TAAAAATCTA TTGTTCAGAC 
ATGCACTTAG ACAACCCCAA AGAATATTTG ACGTTGTTAA AAGGAGAAGC AGACAATTTC 
TCTGAAGTGT ATGGACTCAG GTTACAGAAT CCATATGAAT GTCCTTTCAA TGGAAGCAGG 
AGGCAAGACT GTGCCTGTCG AAATGATTAC CTTGCAGCTG GCTTCACGGT TTTTAGCAAA 
ATAAGATTTG ATGTCGCCTC CATGCAAATT AGAAACTATA CTTGGGAGAG CGGTTCCGTT 
TGCTACAGCT GGAGATTGCT ACAGTGCTGC CAGATGTCCA CAGGGACAGT TCAGCATTAA

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

ADAMTS20 ( XM_015282468.2 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137954.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X5, mRNA.

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CloneID	OGa29181
Clone ID Related Accession (Same CDS sequence)	XM_015282468.2 , XM_015282468.1
Accession Version	XM_015282468.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5433bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-05-16
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006088.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 17, 2018 this sequence version replaced XM_015282468.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Gallus gallus Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCTCTAGTAC TTGTGCAGGT 
GGATTTCACC GTCGAGTTGT AGTATGTCAA GACGAGGAAG GAAGAAGTGC TAGTTACTGT 
GATGAGGCAA GTAAACCTCC AGAGTCAAGA CACTGTGATT CTGGACCCTG CCCACGATGG 
AACTATGGAA ACTGGGGAGA ATGTACTCAA ACATGTGGAG ATGGAATAAA GACAAGACTG 
GTGATTTGTC AGCTTCCTAC AGGCCAAATG CTGGGTGATC AAAACTGTGA AATTCTAGAC 
AAGCCACCTA ATATGGCACA ATGTAATGTG CATTCTTGCC CTGGTGATGT TTCATGGCAT 
CGGGGACCAT GGAAATCGTG TTCTGTTTCC TGCGGGAAAG GTTTGAAGCA TCGTGATGTG 
CACTGTTTTA ATAGCTTCCG GGCTAAAGTA GAGGATGGAA ACTGCAGACA TTTAAAAAAG 
CCACGGACAT ACAAAATCTG TAGAGCCGGA AGATGTCCTA CCTGGAAAAC CAGCGGATGG 
AAAGAATGTT CTGTATCCTG TGGTGTGGGG ATTCAGCAAA GGGACATCTA CTGTCAGCTG 
AAGGGCCTGG GTAAAGTCAG TGAAGCAATG TGCAACCACA ATGCACGGCC CGCTGGCCAC 
AGGCCATGTT GGCTGCCTGC CTGCATGCGG TACCAATGGC TGGCAGATGG ATGGGAGAAT 
TGCTCGACGT CATATAGAAG AAAGGAAATA CACCAGAAGG TTAAGTGTGT GGATGAAAAG 
CAGATCCAAG TGGATGAAAG CTTCTGCGAT CCTGCCACAA AGCCTCCATC CGTCAAAAAC 
TGCAGGAGAG CTCCCTCCAA ATACATTGTG CTCACAGGAG AACTGTCACA GTGTTCAGCC 
AGCTGTGGGT TGGATTACCG GCAGAGGATC ACATACTGTG TTGGAATCCA TTATGTTCAA 
AACAAGCACG CTTACGGCCT TCGAACTGTG GCATATCGAG AATGCCCAGT AACACCCTCC 
CCATACATTT ATAACTGTAA TATCAAAGGA TGCTCACAAG CAGCTACCTG GAGAGTGGGG 
AAGTGGACCA AGTGCTCAGT GTCTTGTGGA GCAGGGGTAA AGGAGAGAAC AGTAGCGTGT 
ATGACTGAAA ATGGCTTATC CAGTGACTTG TGCCTGCCAC ATTTAAAACC AGATAACAGG 
AGGATCTGCC ATACAGAGGA ATGTGAAATT ATTACCACCT GCAAAGATAT CCAGATTAAA 
AAAGGGATGA GAAAAGACGG TGAATACCTA CTCAACATTA AAGGAAGGAT GATAAAAATC 
TATTGTTCAG ACATGCACTT AGACAACCCC AAAGAATATT TGACGTTGTT AAAAGGAGAA 
GCAGACAATT TCTCTGAAGT GTATGGACTC AGGTTACAGA ATCCATATGA ATGTCCTTTC 
AATGGAAGCA GGAGGCAAGA CTGTGCCTGT CGAAATGATT ACCTTGCAGC TGGCTTCACG 
GTTTTTAGCA AAATAAGATT TGATGTCGCC TCCATGCAAA TTAGAACCAC AGATTTTCTT 
TTTGCTCAGA CTATACTTGG GAGAGCGGTT CCGTTTGCTA CAGCTGGAGA TTGCTACAGT 
GCTGCCAGAT GTCCACAGGG ACAGTTCAGC ATTAATTTGG CTGGTACAGG TCTGAGATTA 
TCCAGTACCG TTAGATGGAT GGCTCAGGGC AACTATGCAA CCGCCGACAT ACACAAATCC 
CACGATGGTA CCAAAATATA TGGAAGATGT GGAGGGTTTT GTGGGAAATG TGTTCCTAAC 
ACAATTACTG GTCTTCAGCT TCAAATAAAG TGA

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

RefSeq	XP_015137954.1
CDS	89..5521
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282468.2
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X5, mRNA.

Target ORF information:

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

XM_015282468.2

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCTCTAGTAC TTGTGCAGGT 
GGATTTCACC GTCGAGTTGT AGTATGTCAA GACGAGGAAG GAAGAAGTGC TAGTTACTGT 
GATGAGGCAA GTAAACCTCC AGAGTCAAGA CACTGTGATT CTGGACCCTG CCCACGATGG 
AACTATGGAA ACTGGGGAGA ATGTACTCAA ACATGTGGAG ATGGAATAAA GACAAGACTG 
GTGATTTGTC AGCTTCCTAC AGGCCAAATG CTGGGTGATC AAAACTGTGA AATTCTAGAC 
AAGCCACCTA ATATGGCACA ATGTAATGTG CATTCTTGCC CTGGTGATGT TTCATGGCAT 
CGGGGACCAT GGAAATCGTG TTCTGTTTCC TGCGGGAAAG GTTTGAAGCA TCGTGATGTG 
CACTGTTTTA ATAGCTTCCG GGCTAAAGTA GAGGATGGAA ACTGCAGACA TTTAAAAAAG 
CCACGGACAT ACAAAATCTG TAGAGCCGGA AGATGTCCTA CCTGGAAAAC CAGCGGATGG 
AAAGAATGTT CTGTATCCTG TGGTGTGGGG ATTCAGCAAA GGGACATCTA CTGTCAGCTG 
AAGGGCCTGG GTAAAGTCAG TGAAGCAATG TGCAACCACA ATGCACGGCC CGCTGGCCAC 
AGGCCATGTT GGCTGCCTGC CTGCATGCGG TACCAATGGC TGGCAGATGG ATGGGAGAAT 
TGCTCGACGT CATATAGAAG AAAGGAAATA CACCAGAAGG TTAAGTGTGT GGATGAAAAG 
CAGATCCAAG TGGATGAAAG CTTCTGCGAT CCTGCCACAA AGCCTCCATC CGTCAAAAAC 
TGCAGGAGAG CTCCCTCCAA ATACATTGTG CTCACAGGAG AACTGTCACA GTGTTCAGCC 
AGCTGTGGGT TGGATTACCG GCAGAGGATC ACATACTGTG TTGGAATCCA TTATGTTCAA 
AACAAGCACG CTTACGGCCT TCGAACTGTG GCATATCGAG AATGCCCAGT AACACCCTCC 
CCATACATTT ATAACTGTAA TATCAAAGGA TGCTCACAAG CAGCTACCTG GAGAGTGGGG 
AAGTGGACCA AGTGCTCAGT GTCTTGTGGA GCAGGGGTAA AGGAGAGAAC AGTAGCGTGT 
ATGACTGAAA ATGGCTTATC CAGTGACTTG TGCCTGCCAC ATTTAAAACC AGATAACAGG 
AGGATCTGCC ATACAGAGGA ATGTGAAATT ATTACCACCT GCAAAGATAT CCAGATTAAA 
AAAGGGATGA GAAAAGACGG TGAATACCTA CTCAACATTA AAGGAAGGAT GATAAAAATC 
TATTGTTCAG ACATGCACTT AGACAACCCC AAAGAATATT TGACGTTGTT AAAAGGAGAA 
GCAGACAATT TCTCTGAAGT GTATGGACTC AGGTTACAGA ATCCATATGA ATGTCCTTTC 
AATGGAAGCA GGAGGCAAGA CTGTGCCTGT CGAAATGATT ACCTTGCAGC TGGCTTCACG 
GTTTTTAGCA AAATAAGATT TGATGTCGCC TCCATGCAAA TTAGAACCAC AGATTTTCTT 
TTTGCTCAGA CTATACTTGG GAGAGCGGTT CCGTTTGCTA CAGCTGGAGA TTGCTACAGT 
GCTGCCAGAT GTCCACAGGG ACAGTTCAGC ATTAATTTGG CTGGTACAGG TCTGAGATTA 
TCCAGTACCG TTAGATGGAT GGCTCAGGGC AACTATGCAA CCGCCGACAT ACACAAATCC 
CACGATGGTA CCAAAATATA TGGAAGATGT GGAGGGTTTT GTGGGAAATG TGTTCCTAAC 
ACAATTACTG GTCTTCAGCT TCAAATAAAG TGA

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

ADAMTS20 ( XM_015282468.1 ) cDNA ORF clone, Gallus gallus(chicken) -> XP_015137954.1 Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X5, mRNA.

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CloneID	OGa29181
Clone ID Related Accession (Same CDS sequence)	XM_015282468.2 , XM_015282468.1
Accession Version	XM_015282468.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5433bp) 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	2016-01-03
Organism	Gallus gallus(chicken)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_455712.1) 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 :: Gallus gallus Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCTCTAGTAC TTGTGCAGGT 
GGATTTCACC GTCGAGTTGT AGTATGTCAA GACGAGGAAG GAAGAAGTGC TAGTTACTGT 
GATGAGGCAA GTAAACCTCC AGAGTCAAGA CACTGTGATT CTGGACCCTG CCCACGATGG 
AACTATGGAA ACTGGGGAGA ATGTACTCAA ACATGTGGAG ATGGAATAAA GACAAGACTG 
GTGATTTGTC AGCTTCCTAC AGGCCAAATG CTGGGTGATC AAAACTGTGA AATTCTAGAC 
AAGCCACCTA ATATGGCACA ATGTAATGTG CATTCTTGCC CTGGTGATGT TTCATGGCAT 
CGGGGACCAT GGAAATCGTG TTCTGTTTCC TGCGGGAAAG GTTTGAAGCA TCGTGATGTG 
CACTGTTTTA ATAGCTTCCG GGCTAAAGTA GAGGATGGAA ACTGCAGACA TTTAAAAAAG 
CCACGGACAT ACAAAATCTG TAGAGCCGGA AGATGTCCTA CCTGGAAAAC CAGCGGATGG 
AAAGAATGTT CTGTATCCTG TGGTGTGGGG ATTCAGCAAA GGGACATCTA CTGTCAGCTG 
AAGGGCCTGG GTAAAGTCAG TGAAGCAATG TGCAACCACA ATGCACGGCC CGCTGGCCAC 
AGGCCATGTT GGCTGCCTGC CTGCATGCGG TACCAATGGC TGGCAGATGG ATGGGAGAAT 
TGCTCGACGT CATATAGAAG AAAGGAAATA CACCAGAAGG TTAAGTGTGT GGATGAAAAG 
CAGATCCAAG TGGATGAAAG CTTCTGCGAT CCTGCCACAA AGCCTCCATC CGTCAAAAAC 
TGCAGGAGAG CTCCCTCCAA ATACATTGTG CTCACAGGAG AACTGTCACA GTGTTCAGCC 
AGCTGTGGGT TGGATTACCG GCAGAGGATC ACATACTGTG TTGGAATCCA TTATGTTCAA 
AACAAGCACG CTTACGGCCT TCGAACTGTG GCATATCGAG AATGCCCAGT AACACCCTCC 
CCATACATTT ATAACTGTAA TATCAAAGGA TGCTCACAAG CAGCTACCTG GAGAGTGGGG 
AAGTGGACCA AGTGCTCAGT GTCTTGTGGA GCAGGGGTAA AGGAGAGAAC AGTAGCGTGT 
ATGACTGAAA ATGGCTTATC CAGTGACTTG TGCCTGCCAC ATTTAAAACC AGATAACAGG 
AGGATCTGCC ATACAGAGGA ATGTGAAATT ATTACCACCT GCAAAGATAT CCAGATTAAA 
AAAGGGATGA GAAAAGACGG TGAATACCTA CTCAACATTA AAGGAAGGAT GATAAAAATC 
TATTGTTCAG ACATGCACTT AGACAACCCC AAAGAATATT TGACGTTGTT AAAAGGAGAA 
GCAGACAATT TCTCTGAAGT GTATGGACTC AGGTTACAGA ATCCATATGA ATGTCCTTTC 
AATGGAAGCA GGAGGCAAGA CTGTGCCTGT CGAAATGATT ACCTTGCAGC TGGCTTCACG 
GTTTTTAGCA AAATAAGATT TGATGTCGCC TCCATGCAAA TTAGAACCAC AGATTTTCTT 
TTTGCTCAGA CTATACTTGG GAGAGCGGTT CCGTTTGCTA CAGCTGGAGA TTGCTACAGT 
GCTGCCAGAT GTCCACAGGG ACAGTTCAGC ATTAATTTGG CTGGTACAGG TCTGAGATTA 
TCCAGTACCG TTAGATGGAT GGCTCAGGGC AACTATGCAA CCGCCGACAT ACACAAATCC 
CACGATGGTA CCAAAATATA TGGAAGATGT GGAGGGTTTT GTGGGAAATG TGTTCCTAAC 
ACAATTACTG GTCTTCAGCT TCAAATAAAG TGA

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

RefSeq	XP_015137954.1
CDS	42..5474
Translation	MRGAKWLAAVLCPLALLVARLWAFRLHPGQETLVKQLSSYEIVTPVRVNEFGEVFPHTRHFSRRKRSSEPAALRTHYRLSAYGQLFQLNLSADAGFIAAHFAALHVGAPRQPPSPDLRHCFYRGHVNAQQAHVAVLSVCGGLMGTFKAHDGEYFLEPLMKTDGGEHEDEHNKPHLIYRHEEINRKYQKSHKPCEVSEKEVKSTLLHPNVSSLNEERNILLKSPSLEYASKNLSMEDAGNNPHSRKKRFLSYPRYVEVMVTADTKMVRHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHNEQEGPTITFNAATTLRNFCIWQQAQNILDDAHPSHHDTAVLITREDICRAREKCDTLGLAELGTMCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKEAGIKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGYGECLLDKPSGRIYGLSSQLPGLMYDVNKQCELMFGLGSQVCPYLKQCKRLWCTSTEGVHKGCRTQHMPLADGTVCGVGMHCRHGICVSRELEMRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGEKDFREQQCSEFDGKHFNINGLTSAVRWLPKYSGISMKDRCKLFCRVSGTTSYYQLKDRVADGTPCGAETNDLCVQGLCRQAGCDHVLNSKARRDKCGICGGDNSSCKTLAGTFNRARYGYNVVVKIPKGATNIDIRQHSYSGKPEDDNYLALSDIHGNFILNGNFVVSMSKREINIHGAIFEYNGSNNTVERINSTDRIEEELTLQVLCVGNLYNPDVRYSFNIPIEDRSDLFTWDPYGPWQDCSRMCQGIRRRRMTCIRKSDHVVVSDQRCEHIPPVPDVSEECNTECELRWHSIGKSDCTSKCGPGYRSIEIHCMKYSVSKGLSALVDDRYCADQQKPPTREACHGDCMLTSWHYAEWSECSRSCERGIRTREAFCLNNLGRHLPDRECQELPRVVTESCNEFLCPSWSASEWSECPVTCGKGMKHRQVWCQLNDEQLRDDFCNLNDRPGSVTPCELPECASWQVGPWGACTVTCGRGYQMRAVRCVTGTYRVILDDDRECNAATRPRDNQECELPSCPETTKLWTTSLPLIHVGKVTQWRYGSWTPCSASCGKGDRARYVSCRDAHGGIADESFCAHLPRPAEVSSCFSPCGEWQVGNWSPCSSTCAGGFHRRVVVCQDEEGRSASYCDEASKPPESRHCDSGPCPRWNYGNWGECTQTCGDGIKTRLVICQLPTGQMLGDQNCEILDKPPNMAQCNVHSCPGDVSWHRGPWKSCSVSCGKGLKHRDVHCFNSFRAKVEDGNCRHLKKPRTYKICRAGRCPTWKTSGWKECSVSCGVGIQQRDIYCQLKGLGKVSEAMCNHNARPAGHRPCWLPACMRYQWLADGWENCSTSYRRKEIHQKVKCVDEKQIQVDESFCDPATKPPSVKNCRRAPSKYIVLTGELSQCSASCGLDYRQRITYCVGIHYVQNKHAYGLRTVAYRECPVTPSPYIYNCNIKGCSQAATWRVGKWTKCSVSCGAGVKERTVACMTENGLSSDLCLPHLKPDNRRICHTEECEIITTCKDIQIKKGMRKDGEYLLNIKGRMIKIYCSDMHLDNPKEYLTLLKGEADNFSEVYGLRLQNPYECPFNGSRRQDCACRNDYLAAGFTVFSKIRFDVASMQIRTTDFLFAQTILGRAVPFATAGDCYSAARCPQGQFSINLAGTGLRLSSTVRWMAQGNYATADIHKSHDGTKIYGRCGGFCGKCVPNTITGLQLQIK

Target ORF information:

RefSeq Version	XM_015282468.1
Organism	Gallus gallus(chicken)
Definition	Gallus gallus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (ADAMTS20), transcript variant X5, mRNA.

Target ORF information:

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

XM_015282468.1

ORF Insert Sequence:

ATGCGGGGGG CGAAGTGGCT GGCGGCTGTG CTGTGCCCCC TCGCCCTGCT CGTCGCCAGG 
TTGTGGGCGT TTCGCCTCCA CCCGGGACAA GAGACCTTAG TGAAGCAGCT GTCCTCCTAT 
GAAATAGTCA CACCTGTCCG GGTGAATGAG TTCGGAGAAG TTTTTCCCCA CACGCGTCAC 
TTCAGCAGGA GGAAAAGGAG CTCGGAGCCC GCAGCACTCC GCACACACTA CCGGCTCAGC 
GCGTACGGGC AGCTCTTCCA GCTCAACCTG AGCGCCGACG CGGGCTTCAT CGCCGCGCAT 
TTCGCTGCGT TGCACGTCGG GGCCCCGCGG CAGCCGCCCT CCCCCGACCT GCGGCACTGC 
TTCTACCGCG GGCACGTCAA CGCGCAGCAG GCGCACGTGG CCGTCCTCAG CGTCTGCGGC 
GGCCTGATGG GCACCTTTAA AGCACATGAT GGTGAATATT TTTTAGAACC TCTGATGAAA 
ACGGATGGAG GTGAACATGA AGATGAGCAT AACAAACCAC ATCTTATATA CAGACATGAA 
GAAATTAATA GAAAGTATCA GAAATCCCAT AAACCTTGTG AAGTTTCAGA AAAAGAGGTG 
AAGAGCACTT TACTACATCC AAATGTCAGC AGTTTGAATG AAGAGAGAAA CATTTTACTG 
AAGTCTCCAA GTTTAGAGTA TGCTTCTAAA AATCTGTCTA TGGAGGATGC TGGCAATAAT 
CCCCATTCCC GGAAAAAACG TTTTCTTTCT TATCCAAGAT ATGTAGAAGT GATGGTTACA 
GCTGACACCA AAATGGTTCG TCATCATGGA CAGAATTTAC AGCACTACGT ATTAACACTG 
ATGTCAATAG TTGCAGCAAT CTATAAAGAT TCAAGTATTG GAAATCTTAT AAATATAGTT 
ATTGTAAAGT TAATTATAAT TCACAATGAA CAGGAAGGAC CAACTATCAC TTTTAATGCA 
GCTACCACTC TTCGTAATTT TTGTATATGG CAGCAAGCAC AAAACATTTT GGATGATGCT 
CACCCTTCTC ATCATGACAC TGCTGTTCTT ATCACTAGGG AAGATATCTG CAGAGCTAGA 
GAGAAGTGTG ATACTCTAGG TTTGGCAGAG CTAGGTACAA TGTGTGACCC ACTACGCAGC 
TGTTCTATAA GCGAAGAAAA TGGATTAAGT GCTGCTTTTA CTATAGCACA TGAGCTTGGA 
CATGTATTTA ACGTGCCACA TGATGACAGC TTTAAATGTA AAGAAGCTGG AATTAAACAT 
CAATACCATG TTATGGCTCC AACTTTAAAT TACCATACAA GTCCATGGAC CTGGTCAAAA 
TGCAGTCAAA AATACATCAC TGAATTTCTT GACACTGGTT ACGGTGAATG CCTCCTAGAT 
AAACCGAGTG GAAGAATTTA TGGTCTTTCT TCTCAGCTGC CTGGATTAAT GTATGATGTC 
AATAAGCAGT GCGAGCTTAT GTTTGGCCTT GGGTCGCAAG TGTGTCCCTA TCTGAAACAA 
TGCAAACGTT TATGGTGCAC GAGCACAGAG GGAGTTCACA AGGGATGTCG TACTCAGCAC 
ATGCCTTTGG CTGATGGAAC GGTTTGCGGT GTGGGAATGC ACTGCCGCCA TGGAATTTGT 
GTGAGCAGAG AATTGGAGAT GCGTCCAGTA GATGGAGAGT GGGGACCATG GGGACCTTAT 
AGCTCATGTT CAAGAACTTG TGGAGGTGGA ATCAAGAGCA CCACCAGGCT CTGTAACAGA 
CCAGAACCAA GAAATGGAGG AAAGTATTGT GTTGGCCGCA GGATGAAATT TCGCTCCTGT 
AATACTGATT CATGTCCAAA GGGCGAAAAA GATTTCCGGG AGCAACAGTG CTCTGAATTT 
GATGGCAAAC ATTTTAACAT CAATGGTCTT ACATCTGCTG TTCGCTGGCT TCCAAAATAC 
AGTGGTATTT CAATGAAAGA TCGCTGTAAA CTTTTTTGCC GAGTTTCTGG AACAACTTCC 
TACTATCAGC TGAAGGACAG AGTTGCTGAT GGTACTCCCT GTGGAGCAGA AACCAATGAC 
CTTTGTGTTC AAGGCTTATG CAGGCAAGCA GGCTGTGATC ATGTTTTGAA TTCCAAGGCA 
AGGAGAGACA AATGTGGAAT CTGTGGTGGT GATAATTCTT CATGTAAGAC ACTTGCAGGT 
ACTTTCAACC GTGCTCGTTA TGGTTACAAT GTTGTAGTAA AGATTCCCAA AGGAGCAACA 
AACATTGATA TTCGGCAGCA CAGCTACTCA GGGAAACCAG AAGATGACAA CTACCTTGCG 
TTATCTGATA TTCATGGGAA TTTTATCTTG AATGGAAACT TTGTTGTAAG CATGTCAAAA 
AGAGAAATCA ACATACATGG AGCAATTTTT GAGTACAATG GTTCAAACAA TACGGTAGAA 
CGAATTAACA GCACTGATAG GATTGAAGAG GAGTTAACCT TACAGGTTTT GTGTGTAGGG 
AATTTATACA ACCCTGATGT GCGTTATTCA TTCAATATTC CAATAGAAGA CAGAAGTGAT 
CTGTTTACGT GGGATCCCTA TGGACCCTGG CAGGACTGCA GCAGGATGTG CCAAGGAATT 
AGAAGAAGAA GAATGACGTG CATACGTAAA AGTGATCATG TGGTAGTGTC TGATCAAAGA 
TGTGAACATA TACCTCCTGT TCCAGATGTC TCTGAAGAGT GTAATACAGA GTGTGAATTA 
AGGTGGCACA GTATTGGCAA AAGTGACTGT ACATCAAAGT GTGGCCCAGG GTATCGATCT 
ATAGAAATCC ACTGCATGAA GTACTCTGTT TCAAAAGGAC TCAGTGCTCT GGTGGACGAT 
AGATACTGTG CTGATCAGCA GAAACCACCA ACCAGAGAGG CCTGTCACGG CGACTGTATG 
TTAACAAGTT GGCACTACGC AGAATGGTCA GAGTGTTCCA GGAGCTGTGA AAGAGGTATC 
AGAACCAGAG AAGCTTTCTG TTTGAACAAC TTGGGTCGTC ATCTTCCTGA CAGGGAATGT 
CAGGAACTTC CAAGAGTTGT AACAGAGAGT TGCAATGAAT TCTTATGTCC AAGCTGGTCT 
GCTAGTGAGT GGAGTGAGTG CCCTGTGACT TGTGGCAAAG GAATGAAGCA TCGACAAGTA 
TGGTGCCAAC TTAATGATGA ACAACTGAGA GATGATTTCT GTAATCTGAA TGACAGACCA 
GGATCAGTAA CGCCATGTGA ACTTCCTGAA TGCGCATCTT GGCAAGTAGG GCCTTGGGGA 
GCATGTACTG TAACGTGTGG ACGTGGATAC CAGATGCGTG CAGTCAGATG TGTTACTGGG 
ACTTACAGAG TTATTTTGGA TGATGACAGA GAATGTAATG CTGCTACTCG CCCTAGAGAT 
AACCAAGAAT GTGAATTGCC CTCTTGTCCA GAAACTACAA AATTATGGAC GACATCACTT 
CCTCTAATTC ATGTAGGAAA GGTGACCCAA TGGCGATATG GATCATGGAC CCCATGTTCA 
GCATCCTGTG GGAAGGGTGA TCGTGCTCGC TATGTGAGCT GTAGAGATGC TCATGGAGGA 
ATAGCAGATG AATCTTTCTG TGCTCATTTG CCACGTCCAG CTGAAGTTTC AAGTTGCTTT 
AGCCCATGTG GAGAGTGGCA AGTTGGAAAC TGGTCCCCTT GCTCTAGTAC TTGTGCAGGT 
GGATTTCACC GTCGAGTTGT AGTATGTCAA GACGAGGAAG GAAGAAGTGC TAGTTACTGT 
GATGAGGCAA GTAAACCTCC AGAGTCAAGA CACTGTGATT CTGGACCCTG CCCACGATGG 
AACTATGGAA ACTGGGGAGA ATGTACTCAA ACATGTGGAG ATGGAATAAA GACAAGACTG 
GTGATTTGTC AGCTTCCTAC AGGCCAAATG CTGGGTGATC AAAACTGTGA AATTCTAGAC 
AAGCCACCTA ATATGGCACA ATGTAATGTG CATTCTTGCC CTGGTGATGT TTCATGGCAT 
CGGGGACCAT GGAAATCGTG TTCTGTTTCC TGCGGGAAAG GTTTGAAGCA TCGTGATGTG 
CACTGTTTTA ATAGCTTCCG GGCTAAAGTA GAGGATGGAA ACTGCAGACA TTTAAAAAAG 
CCACGGACAT ACAAAATCTG TAGAGCCGGA AGATGTCCTA CCTGGAAAAC CAGCGGATGG 
AAAGAATGTT CTGTATCCTG TGGTGTGGGG ATTCAGCAAA GGGACATCTA CTGTCAGCTG 
AAGGGCCTGG GTAAAGTCAG TGAAGCAATG TGCAACCACA ATGCACGGCC CGCTGGCCAC 
AGGCCATGTT GGCTGCCTGC CTGCATGCGG TACCAATGGC TGGCAGATGG ATGGGAGAAT 
TGCTCGACGT CATATAGAAG AAAGGAAATA CACCAGAAGG TTAAGTGTGT GGATGAAAAG 
CAGATCCAAG TGGATGAAAG CTTCTGCGAT CCTGCCACAA AGCCTCCATC CGTCAAAAAC 
TGCAGGAGAG CTCCCTCCAA ATACATTGTG CTCACAGGAG AACTGTCACA GTGTTCAGCC 
AGCTGTGGGT TGGATTACCG GCAGAGGATC ACATACTGTG TTGGAATCCA TTATGTTCAA 
AACAAGCACG CTTACGGCCT TCGAACTGTG GCATATCGAG AATGCCCAGT AACACCCTCC 
CCATACATTT ATAACTGTAA TATCAAAGGA TGCTCACAAG CAGCTACCTG GAGAGTGGGG 
AAGTGGACCA AGTGCTCAGT GTCTTGTGGA GCAGGGGTAA AGGAGAGAAC AGTAGCGTGT 
ATGACTGAAA ATGGCTTATC CAGTGACTTG TGCCTGCCAC ATTTAAAACC AGATAACAGG 
AGGATCTGCC ATACAGAGGA ATGTGAAATT ATTACCACCT GCAAAGATAT CCAGATTAAA 
AAAGGGATGA GAAAAGACGG TGAATACCTA CTCAACATTA AAGGAAGGAT GATAAAAATC 
TATTGTTCAG ACATGCACTT AGACAACCCC AAAGAATATT TGACGTTGTT AAAAGGAGAA 
GCAGACAATT TCTCTGAAGT GTATGGACTC AGGTTACAGA ATCCATATGA ATGTCCTTTC 
AATGGAAGCA GGAGGCAAGA CTGTGCCTGT CGAAATGATT ACCTTGCAGC TGGCTTCACG 
GTTTTTAGCA AAATAAGATT TGATGTCGCC TCCATGCAAA TTAGAACCAC AGATTTTCTT 
TTTGCTCAGA CTATACTTGG GAGAGCGGTT CCGTTTGCTA CAGCTGGAGA TTGCTACAGT 
GCTGCCAGAT GTCCACAGGG ACAGTTCAGC ATTAATTTGG CTGGTACAGG TCTGAGATTA 
TCCAGTACCG TTAGATGGAT GGCTCAGGGC AACTATGCAA CCGCCGACAT ACACAAATCC 
CACGATGGTA CCAAAATATA TGGAAGATGT GGAGGGTTTT GTGGGAAATG TGTTCCTAAC 
ACAATTACTG GTCTTCAGCT TCAAATAAAG TGA

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

Gene Symbol	ADAMTS20
Entrez Gene ID	417794
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 20
General protein information	Preferred Names ADAM metallopeptidase with thrombospondin type 1 motif 20 Names A disintegrin and metalloproteinase with thrombospondin motifs 20
Gene Type	protein-coding
Organism	Gallus gallus(chicken)

Mus musculus (house mouse)	Adamts20	NP_803180.3
Rattus norvegicus (Norway rat)	Adamts20	XP_006242337.1
	ADAMTS20	NP_001104009.1
Bos taurus (cattle)	ADAMTS20	NP_001193022.1
Gallus gallus (chicken)	ADAMTS20	XP_416037.4
Canis lupus familiaris (dog)	ADAMTS20	XP_852138.3
Xenopus tropicalis (tropical clawed frog)	adamts20	XP_002932868.2
Homo sapiens (human)	ADAMTS20	NP_079279.3

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

ADAMTS20 cDNA ORF clone, Gallus gallus(chicken)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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