ADAMTS20 cDNA ORF clone, Sus scrofa(Pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	ADAMTS20
Entrez Gene ID	100049661
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 20
Gene Type	protein-coding
Organism	Sus scrofa(Pig)
Genome	Chromosome: 5 Map Location: 5\|5

mRNA and Protein(s)

mRNA	Protein	Name
XM_021090845.1	XP_020946504.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X2
XM_021090843.1	XP_020946502.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X1
NM_001257275.2	NP_001244204.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 precursor
XM_021090846.1	XP_020946505.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X3
NM_001257275.1	NP_001244204.1	A disintegrin and metalloproteinase with thrombospondin motifs 20 precursor

Pathways from BioSystems
Gene Ontology

The following ADAMTS20 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADAMTS20 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OSe30045	NM_001257275.2 Latest version!	Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OSe248632	XM_021090843.1 Latest version!	Sus scrofa 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
OSe248633	XM_021090845.1 Latest version!	Sus scrofa 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
OSe248634	XM_021090846.1 Latest version!	Sus scrofa 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
View Old Accession Versions >>
OSe30045	NM_001257275.1	Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

ADAMTS20 ( NM_001257275.2 ) cDNA ORF clone, Sus scrofa(Pig) -> NP_001244204.1 Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), mRNA.

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CloneID	OSe30045
Clone ID Related Accession (Same CDS sequence)	NM_001257275.2 , NM_001257275.1
Accession Version	NM_001257275.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5748bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-15
Organism	Sus scrofa(pig)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 precursor
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from JQ065372.1. On May 16, 2017 this sequence version replaced NM_001257275.1. ##Evidence-Data-START## Transcript exon combination :: JQ065372.1, SRR5275321.354253.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA103886111, SAMEA103886114 [ECO:0000350] ##Evidence-Data-END##

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTCCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGACGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCCTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TYGCTGGAAC CACTRGCTTC TACCAGTTGA AGGACAGGGT TGCTGRTGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TCCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTACG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCGTGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGGGT 
GATCATATGG TAGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ATACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCAC TACTGTGGTG ACCAACCTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCR TTGGGCCACT AGTGGGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGRG TCTCTGAGAC CATGTGAGCT TCATAYGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CYCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCC GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGCTCTGTG ACCTGCGGCT CTGGACTTCA GCAAAGGGAT 
GTGTATTGCA GACTGCGAGG CGTTGGTCGG GTGGCAGAAG AAAAGTGTGA TCGCTCCACA 
CGGCCTTATT TTCAGAGACA ATGTTGGCAT CAGGACTGCA TACAGTACCA GTGGGTGGCA 
GGAGGGTGGC TGGATTGTTC AACATCATGT AAGCAAAGAG AGACGCGTCG GCAGGTGAGG 
TGCGTCGATG CACGAAACCT TCAAGTGAAC GAAAGTTTCT GTGATCCTTT AACCCGACCT 
CTTTCAGTCA AACAGTGCGG AAATCCTCCC TGCAAGTATA TTGTGGTAAC AGGAGACTCA 
CCGCAGTGTG CAGGTAACTG TGGATTTAGT TACCGACAAA GGATTACATA TTGCATTGGG 
ATCCAATCTA CTGAAAAATA TAAGGTTCAT CAGCTGTGGC CTGTAGACTA TCGAGAATGC 
CCTGTGCTGC CTTCCCCTCA GGTTTACAAA TGCAATTTTA GAACGTGTTT GCATATGGCC 
ACTTGGAAAG TTGGAAAATG GAGCAAGTGC TCTGTGACTT GTGGAGTTGG AGTAATGGAG 
AGAAGAGTGG AATGTATGGC CGAAAATGGT TGGTCCAGTG ACTTATGTTT AAAGCATTTA 
AAACCAGATG CTCAAAAGAA ATGTTATGTC AATGACTGTA AGACATTTAC CACCTGCAAA 
GAAATCCAAG TGAAAAACAA CAGTGCCAAG GATGGTGACT ATTACCTTAA CATCAAAGGA 
AAAATAATAA AGATCTATTG TGCAGGTATG CACTTGGAGA ATCCCAAGGA ATATATATCA 
TTGGTCAAAG GTGAAGAAGA CAACTTTTCT GAAGTGTATG GCTTTAGACT ACAAAATCCA 
TATGAATGTC CTTTTAATGG AAGTAGGAGG CAAGATTGTG AGTGTAAAAA TGACTACTTG 
GCTGCTGGAC ACACTGTTTT CAGCAAAATA AGAATTGATC TCATTTCCAT GCAAATTAAA 
ACTACAGACT TTCTTTTTGC CCAGACGGTA TTTGGAAATG CAATTCCATT TGCCACAGCT 
GGAGACTGCT ATAGTGCTGC CAGATGCCCA CAGGGACAGT TCAGCATTAA TTTGGCAGGA 
ACCGGGATGA AGATAGCCAG TACGGCGAAG TGGCTTGCTC AGGGCAGTTA TGCTTCTGTC 
ATAATACACA GATCACAGGA TGGAACTAAA GTGTTTGGCA GATGCGGAGG GTTCTGTGGC 
AAATGTATTC CTCACATGAC TACTGGTCTC CCGATTCAAG TCATATGA

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

RefSeq	NP_001244204.1
CDS	334..6081
Translation	MRVAKWLTGLLYQLSLFITRSWEVHFHPRQEALVRTLASYEVVTPARVNEFGEVFPQSHHFSRRKRSSEAPEPTPFRTHYRIRAYGQLFQLNLSADAAFLAAGYTEVHLGAPARQAEDRSAVPPDLRHCFYRGQVNAREDNTAVFSICGGLMGTFKAHDGEYFLEPIMKADGSEHDEDHNKPHLIYRQEVKRNYFLPSHKPCEVSESQIKKTTLPFHNYSNVSEDLNIKEEIVLGYSSKNVSLEHERSQIHSRKKRFLSYPRYVEVMVTADAKMVHHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHDEQEGPVVSFNAATTLRNFCLWQQTQNVLDDAHPSHHDTAVLITREDICGAREKCDTLGLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKETGTKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGECLLDKPNGRIYDLSLQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWCTSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVNKEMETRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQDFREKQCSDFDGKHLNINGPSPNVRWLPKYSGIAIKDRCKLYCRnullAGTTnullFYQLKDRVAnullGTPCGTETNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCRTLAGVFNSAHYGYNVVVKIPPGATNIDILQHSYSGKPEDDNYLALSDTQGNFLLNGNFVVSMSKKEINIQGAIFEYSGSNNSIERINSTDRLEEELVLQVLCVGNLYNPDVRYSFSIPTEEKSDLFTWDPYGPWQDCTKMCQGLHRRKITCVRKGDHMVVSDQRCDHLPLPLLVTERCNTDCELRWHITGKSECSSLCGQGYKSLDIHCMKYSIHKGQTVPVDDHYCGDQPKPPTREPCHGDCVLTRWHYSEWSQCSRSCGGGEKSRESYCMNNFGHRLADRECQGLPRVTIENCNEFSCPnullWATSGWSECLVTCGKGTKQRQVWCQLNEDHLSDGFCDPSTKPnullSLRPCELHnullCASWQVGPWGSCTATCGQGYQMRAVKCVNELLSAVLDDRLCHGASRPGDRQDCIVTPCnullVIPKVGATSLPAVPMGKIAQWRYGSWTPCSVSCGRGSQARYVSCRDAHDEIADESYCAHIPRPADISLCFSPCGEWQTGNWSPCSASCGHGKTTRQVLCINYHQPINENYCDPEVRPLIEQECNLAACPPTYDHFPSSSEQPSHFRGRNFPLTHKPEDNQNQGFHPSIRGNQWRTGPWGSCSSSCAAGVQRRVVVCQDENGQSASYCDAASRPPELKHCDLGPCPRWSYGSWGECTQTCGGGIKSRFVICQFPNGQISREQNCDLVNKPPSVVQCHMHACPDDVSWHRGPWKSCSASCGKGLKYREVLCVDRFHGKLEEKYCSHLRKPRTHKACRSARCPSWKANRWKQCSVTCGSGLQQRDVYCRLRGVGRVAEEKCDRSTRPYFQRQCWHQDCIQYQWVAGGWLDCSTSCKQRETRRQVRCVDARNLQVNESFCDPLTRPLSVKQCGNPPCKYIVVTGDSPQCAGNCGFSYRQRITYCIGIQSTEKYKVHQLWPVDYRECPVLPSPQVYKCNFRTCLHMATWKVGKWSKCSVTCGVGVMERRVECMAENGWSSDLCLKHLKPDAQKKCYVNDCKTFTTCKEIQVKNNSAKDGDYYLNIKGKIIKIYCAGMHLENPKEYISLVKGEEDNFSEVYGFRLQNPYECPFNGSRRQDCECKNDYLAAGHTVFSKIRIDLISMQIKTTDFLFAQTVFGNAIPFATAGDCYSAARCPQGQFSINLAGTGMKIASTAKWLAQGSYASVIIHRSQDGTKVFGRCGGFCGKCIPHMTTGLPIQVI

Target ORF information:

RefSeq Version	NM_001257275.2
Organism	Sus scrofa(pig)
Definition	Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), mRNA.

Target ORF information:

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

NM_001257275.2

ORF Insert Sequence:

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTCCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGACGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCCTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TYGCTGGAAC CACTRGCTTC TACCAGTTGA AGGACAGGGT TGCTGRTGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TCCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTACG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCGTGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGGGT 
GATCATATGG TAGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ATACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCAC TACTGTGGTG ACCAACCTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCR TTGGGCCACT AGTGGGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGRG TCTCTGAGAC CATGTGAGCT TCATAYGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CYCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCC GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGCTCTGTG ACCTGCGGCT CTGGACTTCA GCAAAGGGAT 
GTGTATTGCA GACTGCGAGG CGTTGGTCGG GTGGCAGAAG AAAAGTGTGA TCGCTCCACA 
CGGCCTTATT TTCAGAGACA ATGTTGGCAT CAGGACTGCA TACAGTACCA GTGGGTGGCA 
GGAGGGTGGC TGGATTGTTC AACATCATGT AAGCAAAGAG AGACGCGTCG GCAGGTGAGG 
TGCGTCGATG CACGAAACCT TCAAGTGAAC GAAAGTTTCT GTGATCCTTT AACCCGACCT 
CTTTCAGTCA AACAGTGCGG AAATCCTCCC TGCAAGTATA TTGTGGTAAC AGGAGACTCA 
CCGCAGTGTG CAGGTAACTG TGGATTTAGT TACCGACAAA GGATTACATA TTGCATTGGG 
ATCCAATCTA CTGAAAAATA TAAGGTTCAT CAGCTGTGGC CTGTAGACTA TCGAGAATGC 
CCTGTGCTGC CTTCCCCTCA GGTTTACAAA TGCAATTTTA GAACGTGTTT GCATATGGCC 
ACTTGGAAAG TTGGAAAATG GAGCAAGTGC TCTGTGACTT GTGGAGTTGG AGTAATGGAG 
AGAAGAGTGG AATGTATGGC CGAAAATGGT TGGTCCAGTG ACTTATGTTT AAAGCATTTA 
AAACCAGATG CTCAAAAGAA ATGTTATGTC AATGACTGTA AGACATTTAC CACCTGCAAA 
GAAATCCAAG TGAAAAACAA CAGTGCCAAG GATGGTGACT ATTACCTTAA CATCAAAGGA 
AAAATAATAA AGATCTATTG TGCAGGTATG CACTTGGAGA ATCCCAAGGA ATATATATCA 
TTGGTCAAAG GTGAAGAAGA CAACTTTTCT GAAGTGTATG GCTTTAGACT ACAAAATCCA 
TATGAATGTC CTTTTAATGG AAGTAGGAGG CAAGATTGTG AGTGTAAAAA TGACTACTTG 
GCTGCTGGAC ACACTGTTTT CAGCAAAATA AGAATTGATC TCATTTCCAT GCAAATTAAA 
ACTACAGACT TTCTTTTTGC CCAGACGGTA TTTGGAAATG CAATTCCATT TGCCACAGCT 
GGAGACTGCT ATAGTGCTGC CAGATGCCCA CAGGGACAGT TCAGCATTAA TTTGGCAGGA 
ACCGGGATGA AGATAGCCAG TACGGCGAAG TGGCTTGCTC AGGGCAGTTA TGCTTCTGTC 
ATAATACACA GATCACAGGA TGGAACTAAA GTGTTTGGCA GATGCGGAGG GTTCTGTGGC 
AAATGTATTC CTCACATGAC TACTGGTCTC CCGATTCAAG TCATATGA

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

ADAMTS20 ( NM_001257275.1 ) cDNA ORF clone, Sus scrofa(Pig) -> NP_001244204.1 Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), mRNA.

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CloneID	OSe30045
Clone ID Related Accession (Same CDS sequence)	NM_001257275.2 , NM_001257275.1
Accession Version	NM_001257275.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5748bp) 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	2016-08-11
Organism	Sus scrofa(Pig)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 20 precursor
Comment	PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from JQ065372.1. On Mar 26, 2012 this sequence version replaced XM_003126621.2. ##Evidence-Data-START## Transcript exon combination :: JQ065372.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1487410, SAMEA1487420 [ECO:0000350] ##Evidence-Data-END##

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTCCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGACGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCCTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TYGCTGGAAC CACTRGCTTC TACCAGTTGA AGGACAGGGT TGCTGRTGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TCCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTACG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCGTGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGGGT 
GATCATATGG TAGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ATACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCAC TACTGTGGTG ACCAACCTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCR TTGGGCCACT AGTGGGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGRG TCTCTGAGAC CATGTGAGCT TCATAYGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CYCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCC GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGCTCTGTG ACCTGCGGCT CTGGACTTCA GCAAAGGGAT 
GTGTATTGCA GACTGCGAGG CGTTGGTCGG GTGGCAGAAG AAAAGTGTGA TCGCTCCACA 
CGGCCTTATT TTCAGAGACA ATGTTGGCAT CAGGACTGCA TACAGTACCA GTGGGTGGCA 
GGAGGGTGGC TGGATTGTTC AACATCATGT AAGCAAAGAG AGACGCGTCG GCAGGTGAGG 
TGCGTCGATG CACGAAACCT TCAAGTGAAC GAAAGTTTCT GTGATCCTTT AACCCGACCT 
CTTTCAGTCA AACAGTGCGG AAATCCTCCC TGCAAGTATA TTGTGGTAAC AGGAGACTCA 
CCGCAGTGTG CAGGTAACTG TGGATTTAGT TACCGACAAA GGATTACATA TTGCATTGGG 
ATCCAATCTA CTGAAAAATA TAAGGTTCAT CAGCTGTGGC CTGTAGACTA TCGAGAATGC 
CCTGTGCTGC CTTCCCCTCA GGTTTACAAA TGCAATTTTA GAACGTGTTT GCATATGGCC 
ACTTGGAAAG TTGGAAAATG GAGCAAGTGC TCTGTGACTT GTGGAGTTGG AGTAATGGAG 
AGAAGAGTGG AATGTATGGC CGAAAATGGT TGGTCCAGTG ACTTATGTTT AAAGCATTTA 
AAACCAGATG CTCAAAAGAA ATGTTATGTC AATGACTGTA AGACATTTAC CACCTGCAAA 
GAAATCCAAG TGAAAAACAA CAGTGCCAAG GATGGTGACT ATTACCTTAA CATCAAAGGA 
AAAATAATAA AGATCTATTG TGCAGGTATG CACTTGGAGA ATCCCAAGGA ATATATATCA 
TTGGTCAAAG GTGAAGAAGA CAACTTTTCT GAAGTGTATG GCTTTAGACT ACAAAATCCA 
TATGAATGTC CTTTTAATGG AAGTAGGAGG CAAGATTGTG AGTGTAAAAA TGACTACTTG 
GCTGCTGGAC ACACTGTTTT CAGCAAAATA AGAATTGATC TCATTTCCAT GCAAATTAAA 
ACTACAGACT TTCTTTTTGC CCAGACGGTA TTTGGAAATG CAATTCCATT TGCCACAGCT 
GGAGACTGCT ATAGTGCTGC CAGATGCCCA CAGGGACAGT TCAGCATTAA TTTGGCAGGA 
ACCGGGATGA AGATAGCCAG TACGGCGAAG TGGCTTGCTC AGGGCAGTTA TGCTTCTGTC 
ATAATACACA GATCACAGGA TGGAACTAAA GTGTTTGGCA GATGCGGAGG GTTCTGTGGC 
AAATGTATTC CTCACATGAC TACTGGTCTC CCGATTCAAG TCATATGA

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

RefSeq	NP_001244204.1
CDS	335..6082
Translation	MRVAKWLTGLLYQLSLFITRSWEVHFHPRQEALVRTLASYEVVTPARVNEFGEVFPQSHHFSRRKRSSEAPEPTPFRTHYRIRAYGQLFQLNLSADAAFLAAGYTEVHLGAPARQAEDRSAVPPDLRHCFYRGQVNAREDNTAVFSICGGLMGTFKAHDGEYFLEPIMKADGSEHDEDHNKPHLIYRQEVKRNYFLPSHKPCEVSESQIKKTTLPFHNYSNVSEDLNIKEEIVLGYSSKNVSLEHERSQIHSRKKRFLSYPRYVEVMVTADAKMVHHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHDEQEGPVVSFNAATTLRNFCLWQQTQNVLDDAHPSHHDTAVLITREDICGAREKCDTLGLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKETGTKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGECLLDKPNGRIYDLSLQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWCTSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVNKEMETRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQDFREKQCSDFDGKHLNINGPSPNVRWLPKYSGIAIKDRCKLYCRnullAGTTnullFYQLKDRVAnullGTPCGTETNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCRTLAGVFNSAHYGYNVVVKIPPGATNIDILQHSYSGKPEDDNYLALSDTQGNFLLNGNFVVSMSKKEINIQGAIFEYSGSNNSIERINSTDRLEEELVLQVLCVGNLYNPDVRYSFSIPTEEKSDLFTWDPYGPWQDCTKMCQGLHRRKITCVRKGDHMVVSDQRCDHLPLPLLVTERCNTDCELRWHITGKSECSSLCGQGYKSLDIHCMKYSIHKGQTVPVDDHYCGDQPKPPTREPCHGDCVLTRWHYSEWSQCSRSCGGGEKSRESYCMNNFGHRLADRECQGLPRVTIENCNEFSCPnullWATSGWSECLVTCGKGTKQRQVWCQLNEDHLSDGFCDPSTKPnullSLRPCELHnullCASWQVGPWGSCTATCGQGYQMRAVKCVNELLSAVLDDRLCHGASRPGDRQDCIVTPCnullVIPKVGATSLPAVPMGKIAQWRYGSWTPCSVSCGRGSQARYVSCRDAHDEIADESYCAHIPRPADISLCFSPCGEWQTGNWSPCSASCGHGKTTRQVLCINYHQPINENYCDPEVRPLIEQECNLAACPPTYDHFPSSSEQPSHFRGRNFPLTHKPEDNQNQGFHPSIRGNQWRTGPWGSCSSSCAAGVQRRVVVCQDENGQSASYCDAASRPPELKHCDLGPCPRWSYGSWGECTQTCGGGIKSRFVICQFPNGQISREQNCDLVNKPPSVVQCHMHACPDDVSWHRGPWKSCSASCGKGLKYREVLCVDRFHGKLEEKYCSHLRKPRTHKACRSARCPSWKANRWKQCSVTCGSGLQQRDVYCRLRGVGRVAEEKCDRSTRPYFQRQCWHQDCIQYQWVAGGWLDCSTSCKQRETRRQVRCVDARNLQVNESFCDPLTRPLSVKQCGNPPCKYIVVTGDSPQCAGNCGFSYRQRITYCIGIQSTEKYKVHQLWPVDYRECPVLPSPQVYKCNFRTCLHMATWKVGKWSKCSVTCGVGVMERRVECMAENGWSSDLCLKHLKPDAQKKCYVNDCKTFTTCKEIQVKNNSAKDGDYYLNIKGKIIKIYCAGMHLENPKEYISLVKGEEDNFSEVYGFRLQNPYECPFNGSRRQDCECKNDYLAAGHTVFSKIRIDLISMQIKTTDFLFAQTVFGNAIPFATAGDCYSAARCPQGQFSINLAGTGMKIASTAKWLAQGSYASVIIHRSQDGTKVFGRCGGFCGKCIPHMTTGLPIQVI

Target ORF information:

RefSeq Version	NM_001257275.1
Organism	Sus scrofa(Pig)
Definition	Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), mRNA.

Target ORF information:

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

NM_001257275.1

ORF Insert Sequence:

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTCCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGACGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCCTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TYGCTGGAAC CACTRGCTTC TACCAGTTGA AGGACAGGGT TGCTGRTGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TCCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTACG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCGTGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGGGT 
GATCATATGG TAGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ATACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCAC TACTGTGGTG ACCAACCTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCR TTGGGCCACT AGTGGGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGRG TCTCTGAGAC CATGTGAGCT TCATAYGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CYCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCC GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGCTCTGTG ACCTGCGGCT CTGGACTTCA GCAAAGGGAT 
GTGTATTGCA GACTGCGAGG CGTTGGTCGG GTGGCAGAAG AAAAGTGTGA TCGCTCCACA 
CGGCCTTATT TTCAGAGACA ATGTTGGCAT CAGGACTGCA TACAGTACCA GTGGGTGGCA 
GGAGGGTGGC TGGATTGTTC AACATCATGT AAGCAAAGAG AGACGCGTCG GCAGGTGAGG 
TGCGTCGATG CACGAAACCT TCAAGTGAAC GAAAGTTTCT GTGATCCTTT AACCCGACCT 
CTTTCAGTCA AACAGTGCGG AAATCCTCCC TGCAAGTATA TTGTGGTAAC AGGAGACTCA 
CCGCAGTGTG CAGGTAACTG TGGATTTAGT TACCGACAAA GGATTACATA TTGCATTGGG 
ATCCAATCTA CTGAAAAATA TAAGGTTCAT CAGCTGTGGC CTGTAGACTA TCGAGAATGC 
CCTGTGCTGC CTTCCCCTCA GGTTTACAAA TGCAATTTTA GAACGTGTTT GCATATGGCC 
ACTTGGAAAG TTGGAAAATG GAGCAAGTGC TCTGTGACTT GTGGAGTTGG AGTAATGGAG 
AGAAGAGTGG AATGTATGGC CGAAAATGGT TGGTCCAGTG ACTTATGTTT AAAGCATTTA 
AAACCAGATG CTCAAAAGAA ATGTTATGTC AATGACTGTA AGACATTTAC CACCTGCAAA 
GAAATCCAAG TGAAAAACAA CAGTGCCAAG GATGGTGACT ATTACCTTAA CATCAAAGGA 
AAAATAATAA AGATCTATTG TGCAGGTATG CACTTGGAGA ATCCCAAGGA ATATATATCA 
TTGGTCAAAG GTGAAGAAGA CAACTTTTCT GAAGTGTATG GCTTTAGACT ACAAAATCCA 
TATGAATGTC CTTTTAATGG AAGTAGGAGG CAAGATTGTG AGTGTAAAAA TGACTACTTG 
GCTGCTGGAC ACACTGTTTT CAGCAAAATA AGAATTGATC TCATTTCCAT GCAAATTAAA 
ACTACAGACT TTCTTTTTGC CCAGACGGTA TTTGGAAATG CAATTCCATT TGCCACAGCT 
GGAGACTGCT ATAGTGCTGC CAGATGCCCA CAGGGACAGT TCAGCATTAA TTTGGCAGGA 
ACCGGGATGA AGATAGCCAG TACGGCGAAG TGGCTTGCTC AGGGCAGTTA TGCTTCTGTC 
ATAATACACA GATCACAGGA TGGAACTAAA GTGTTTGGCA GATGCGGAGG GTTCTGTGGC 
AAATGTATTC CTCACATGAC TACTGGTCTC CCGATTCAAG TCATATGA

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

ADAMTS20 ( XM_021090843.1 ) cDNA ORF clone, Sus scrofa(Pig) -> XP_020946502.1 Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSe248632
Clone ID Related Accession (Same CDS sequence)	XM_021090843.1
Accession Version	XM_021090843.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5685bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-12
Organism	Sus scrofa(pig)
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_010447.5) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACAGAA GAGGGATGCG GGAAGGAGAA GCCCTGGTGA GGACACTGGC CTCCTACGAA 
GTGGTGACCC CCGCGCGGGT CAATGAGTTT GGCGAAGTGT TCCCGCAGAG CCACCACTTC 
AGCCGGAGGA AGCGCAGCTC TGAGGCGCCG GAGCCCACGC CGTTCAGGAC CCACTACCGA 
ATCCGCGCCT ATGGGCAGCT CTTCCAGCTG AACCTGAGCG CCGATGCGGC CTTCCTGGCT 
GCTGGCTACA CCGAGGTGCA CTTGGGAGCC CCTGCGCGCC AGGCGGAGGA TCGAAGCGCG 
GTACCCCCAG ACCTGCGCCA CTGCTTCTAC CGAGGCCAGG TCAATGCTCG GGAGGATAAC 
ACAGCCGTCT TCAGCATCTG TGGAGGCCTG ATGGGAACAT TTAAAGCACA TGATGGTGAA 
TATTTCTTAG AACCTATCAT GAAGGCAGAT GGCAGTGAAC ATGATGAGGA TCATAATAAG 
CCACATCTTA TATACAGACA GGAAGTAAAG AGGAACTATT TTCTGCCGTC TCACAAGCCT 
TGTGAAGTTT CAGAAAGTCA AATAAAGAAA ACCACTTTGC CCTTTCATAA CTACAGCAAC 
GTGAGTGAAG ATCTTAATAT AAAGGAGGAA ATAGTTTTAG GATACTCTTC AAAAAACGTA 
TCATTGGAAC ATGAAAGAAG TCAAATACAT TCCAGGAAAA AACGTTTTTT ATCATATCCA 
AGATACGTGG AAGTTATGGT TACGGCTGAT GCTAAAATGG TTCATCATCA TGGGCAGAAT 
TTGCAGCACT ACGTGTTAAC TCTAATGTCA ATTGTTGCAG CAATCTACAA GGACTCAAGT 
ATAGGAAATC TTATAAACAT AGTAATTGTA AAATTAATTA TAATTCATGA TGAACAGGAA 
GGACCCGTCG TCAGTTTTAA TGCAGCCACC ACCTTACGCA ACTTCTGTTT ATGGCAACAA 
ACTCAGAATG TTCTTGATGA CGCCCACCCT TCCCACCATG ATACTGCTGT TCTTATCACT 
AGGGAAGACA TTTGTGGAGC TAGAGAGAAA TGTGACACCT TAGGTTTAGC AGAATTAGGT 
ACCCTGTGTG ATCCTTTACG GAGCTGCTCT ATTAGTGAAG AAAACGGACT CAGTGCTGCA 
TTTACCATAG CCCACGAGCT TGGGCACGTA TTTAATGTTC CACATGATGA TAGTTTTAAA 
TGTAAGGAAA CTGGAACTAA ACATCAATAT CATGTAATGG CTCCAACTTT AAATTACCAC 
ACAAGTCCTT GGACCTGGTC AAAATGTAGT CAGAAATATA TCACTGAATT CCTAGATACT 
GGTCATGGGG AATGCCTCCT TGACAAACCA AATGGGAGAA TATATGATCT CTCTTTACAA 
CTTCCTGGAT TGATGTATGA TGTGAACAAG CAGTGTGAAC TTATGTTTGG TCCTGGATCA 
CAAGTGTGCC CCTATTTGAA ACAATGCAGG CGTCTCTGGT GCACCAGTGC AGAAGGAGTT 
CACAAGGGCT GTCGTACCCA ACATATGCCA CTAGCAGATG GAACAAACTG TGGTCCTGGG 
ATGCATTGCC ACCATGGGCT ATGTGTAAAC AAAGAAATGG AAACACGTCC TGTAGATGGC 
GAATGGGGAC CCTGGGGACC TTACAGTTCT TGTTCAAGAA CATGTGGAGG TGGAATCAAA 
AGCACAACCA GGCTCTGTAA TCGCCCCGAG CCAAGAAACG GAGGAAAGTA CTGTGTGGGC 
CGCAGGATGA AATTTCGATC ATGTAACACT GATTCATGTC CAAAAGGCAA GCAAGACTTC 
CGTGAGAAGC AGTGCTCTGA TTTTGATGGT AAACATCTGA ACATCAATGG TCTTTCCCCG 
AATGTGCGGT GGCTTCCAAA GTATAGTGGG ATTGCCATAA AAGATCGTTG TAAACTCTAC 
TGTCGGGTCG CTGGAACCAC TAGCTTCTAC CAGTTGAAGG ACAGGGTTGC TGATGGTACT 
CCTTGTGGAA CCGAAACGAA TGACATCTGT GTTCAAGGCC TGTGTCGGCA AGCTGGCTGT 
GATCACGTGT TAAACTCCAA GGCCAGGAGA GACAAGTGTG GAGTGTGTGG TGGGGATAAC 
TCGTCATGCA GAACACTGGC AGGTGTTTTC AACAGTGCTC ACTATGGTTA TAATGTTGTT 
GTAAAGATTC CCCCTGGAGC AACAAACATT GATATTCTTC AACACAGCTA TTCTGGAAAA 
CCAGAAGATG ACAATTACCT GGCGTTATCG GACACTCAAG GGAATTTTCT TTTGAATGGG 
AATTTTGTTG TGAGTATGTC CAAAAAAGAA ATCAACATCC AAGGAGCTAT TTTTGAATAC 
AGTGGTTCAA ACAACTCGAT TGAAAGAATT AATAGTACTG ATCGGCTGGA AGAAGAGCTT 
GTTTTGCAGG TTTTGTGTGT GGGGAACCTC TACAACCCTG ATGTTCGTTA TTCCTTCAGT 
ATTCCCACGG AAGAGAAGAG CGATCTGTTC ACATGGGACC CATATGGACC ATGGCAAGAC 
TGTACAAAAA TGTGTCAAGG TCTTCATAGA AGAAAAATTA CCTGTGTACG TAAGAGTGAT 
CATATGGTGG TGTCTGATCA AAGATGTGAC CACCTACCAC TTCCATTGTT GGTGACCGAA 
AGGTGCAACA CAGACTGTGA ACTAAGGTGG CACATCACTG GCAAAAGTGA ATGTTCATCC 
CTTTGCGGTC AAGGATATAA GTCGTTGGAC ATCCACTGCA TGAAGTATTC TATTCATAAA 
GGACAGACTG TCCCTGTAGA TGACCGCTAT TGTGGTGACC AACTTAAACC TCCGACTCGA 
GAACCCTGTC ACGGTGACTG TGTCTTAACA AGGTGGCATT ATTCAGAATG GTCCCAGTGT 
TCCAGGAGTT GTGGAGGAGG GGAGAAGTCT CGAGAATCCT ACTGTATGAA TAACTTTGGC 
CATCGTCTTG CTGACAGAGA ATGCCAAGGA CTTCCCAGAG TGACGATAGA GAATTGCAAT 
GAGTTTTCCT GTCCCCGTTG GGCCACTAGT GAGTGGAGTG AGTGTCTTGT TACGTGTGGA 
AAAGGAACAA AGCAGCGGCA GGTGTGGTGT CAGCTGAATG AAGATCACTT GAGTGATGGC 
TTCTGTGATC CAAGTACCAA ACCTGAGTCT CTGAGACCAT GTGAGCTTCA TACGTGTGCT 
TCCTGGCAAG TAGGACCATG GGGTTCTTGC ACAGCCACGT GTGGACAGGG GTACCAGATG 
CGTGCTGTGA AATGTGTCAA TGAGCTACTT AGTGCAGTCT TAGATGACAG ACTGTGCCAT 
GGAGCTAGTC GCCCAGGTGA CAGGCAGGAC TGTATAGTTA CACCTTGCTC AGTTATCCCT 
AAAGTTGGGG CCACTTCACT GCCAGCTGTT CCCATGGGAA AGATAGCACA ATGGCGATAT 
GGTTCTTGGA CCCCATGCTC CGTGTCTTGT GGAAGGGGCA GTCAAGCCCG CTATGTAAGC 
TGTCGTGATG CTCATGATGA AATAGCTGAT GAATCCTATT GTGCCCATAT ACCCCGACCT 
GCTGACATAT CTCTCTGTTT TAGCCCTTGT GGAGAATGGC AAACTGGGAA TTGGTCACCG 
TGTTCAGCTT CCTGTGGCCA TGGAAAAACA ACCCGACAAG TTTTATGCAT CAACTATCAT 
CAGCCAATTA ATGAGAATTA CTGTGACCCT GAAGTGCGCC CTTTGATAGA GCAAGAATGT 
AACCTGGCAG CCTGCCCACC CACGTACGAC CACTTTCCGA GTTCCTCTGA GCAGCCAAGC 
CATTTTCGAG GCAGGAATTT TCCATTAACT CACAAACCAG AAGATAATCA AAATCAGGGG 
TTCCATCCAT CCATCAGAGG AAACCAGTGG AGGACAGGAC CGTGGGGATC ATGCTCCAGC 
AGTTGTGCAG CAGGTGTCCA GCGCAGAGTT GTGGTCTGCC AGGATGAAAA TGGACAAAGT 
GCCAGTTACT GCGATGCAGC CTCCAGACCC CCGGAGTTGA AGCACTGTGA TTTGGGACCT 
TGCCCACGAT GGAGCTACGG AAGCTGGGGA GAATGTACGC AAACATGTGG AGGAGGAATA 
AAATCGAGAT TTGTAATATG TCAGTTTCCC AATGGCCAGA TATCACGAGA GCAAAACTGT 
GACCTCGTAA ACAAGCCACC CAGTGTGGTG CAGTGTCATA TGCATGCGTG CCCTGATGAT 
GTGTCATGGC ATCGGGGACC ATGGAAATCG TGCTCAGCTT CTTGTGGTAA AGGTTTAAAG 
TACCGTGAGG TACTTTGCGT TGACCGATTC CATGGGAAAT TGGAAGAAAA ATATTGCAGT 
CATCTACGGA AACCCCGAAC TCATAAAGCT TGTAGATCTG CCAGATGCCC TTCATGGAAA 
GCCAACAGAT GGAAGCAGTG CTCTGTGACC TGCGGCTCTG GACTTCAGCA AAGGGATGTG 
TATTGCAGAC TGCGAGGCGT TGGTCGGGTG GCAGAAGAAA AGTGTGATCG CTCCACACGG 
CCTTATTTTC AGAGACAATG TTGGCATCAG GACTGCATAC AGTACCAGTG GGTGGCAGGA 
GGGTGGCTCG ATTGTTCAAC ATCATGTAAG CAAAGAGAGA CGCGTCGGCA GGTGAGGTGC 
GTGGATGCAC GAAACCTTCA AGTGAACGAA AGTTTCTGTG ATCCTTTAAC CCGACCTCTT 
TCAATCAAAC GGTGCGGAAA TCCTCCCTGC AAGTATATTG TGGTAACAGG AGACTCATCG 
CAGTGTGCAG GTAACTGTGG ATTTAGTTAC CGACAAAGGA TTACATATTG CATTGGGATC 
CAATCTACTG AAAAATATAA GGTTCATCAG CTGTGGCCTG TAGACTATCG AGAATGCCCT 
GTGCTGCCTT CCCCTCAGGT TTACAAATGC AATTTTAGAA CGTGTTTGCA TATGGCCACT 
TGGAAAGTTG GAAAATGGAG CAAGTGCTCT GTGACTTGTG GAGTTGGAGT AATGGAGAGA 
AGAGTGGAAT GTATGGCCGA AAATGGTTGG TCCAGTGACT TATGTTTAAA GCATTTAAAA 
CCAGATGCTC AAAAGAAATG TTATGTCAAT GACTGTAAGA CATTTACCAC CTGCAAAGAA 
ATCCAAGTGA AAAACAGCAG TGCCAAGGAT GGTGACTATT ACCTTAACAT TAAAGGAAAA 
ATAATAAAGA TCTATTGTGC AGGTATGCAC TTGGAGAATC CCAAGGAATA TATATCATTG 
GTCAAAGGTG AAGAAGACAA CTTTTCTGAA GTGTATGGCT TTAGACTACA AAATCCATAT 
GAATGTCCTT TTAATGGAAG TAGGAGGCAA GATTGTGAGT GTAAAAATGA CTACTTGGCT 
GCTGGACACA CTGTTTTCAG CAAAATAAGA ATTGATCTCA TTTCCATGCA AATTAAAACT 
ACAGACTTTC TTTTTGCCCA GACGGTATTT GGAAATGCAA TTCCATTTGC CACAGCTGGA 
GACTGCTATA GTGCTGCCAG ATGCCCACAG GGACAGTTCA GCATTAATTT GGCAGGAACC 
GGGATGAAGA TAGCCAGTAC GGCGAAGTGG CTTGCTCAGG GCAGTTATGC TTTTGTCATA 
ATACACAGAT CACAGGATGG AACTAAAGTG TTTGGCAGAT GCGGAGGGTT CTGTGGCAAA 
TGTATTCCTC ACATGACTAC TGGTCTCCCG ATTCAAGTCA TATGA

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

RefSeq	XP_020946502.1
CDS	272..5956
Translation	MDRRGMREGEALVRTLASYEVVTPARVNEFGEVFPQSHHFSRRKRSSEAPEPTPFRTHYRIRAYGQLFQLNLSADAAFLAAGYTEVHLGAPARQAEDRSAVPPDLRHCFYRGQVNAREDNTAVFSICGGLMGTFKAHDGEYFLEPIMKADGSEHDEDHNKPHLIYRQEVKRNYFLPSHKPCEVSESQIKKTTLPFHNYSNVSEDLNIKEEIVLGYSSKNVSLEHERSQIHSRKKRFLSYPRYVEVMVTADAKMVHHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHDEQEGPVVSFNAATTLRNFCLWQQTQNVLDDAHPSHHDTAVLITREDICGAREKCDTLGLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKETGTKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGECLLDKPNGRIYDLSLQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWCTSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVNKEMETRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQDFREKQCSDFDGKHLNINGLSPNVRWLPKYSGIAIKDRCKLYCRVAGTTSFYQLKDRVADGTPCGTETNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCRTLAGVFNSAHYGYNVVVKIPPGATNIDILQHSYSGKPEDDNYLALSDTQGNFLLNGNFVVSMSKKEINIQGAIFEYSGSNNSIERINSTDRLEEELVLQVLCVGNLYNPDVRYSFSIPTEEKSDLFTWDPYGPWQDCTKMCQGLHRRKITCVRKSDHMVVSDQRCDHLPLPLLVTERCNTDCELRWHITGKSECSSLCGQGYKSLDIHCMKYSIHKGQTVPVDDRYCGDQLKPPTREPCHGDCVLTRWHYSEWSQCSRSCGGGEKSRESYCMNNFGHRLADRECQGLPRVTIENCNEFSCPRWATSEWSECLVTCGKGTKQRQVWCQLNEDHLSDGFCDPSTKPESLRPCELHTCASWQVGPWGSCTATCGQGYQMRAVKCVNELLSAVLDDRLCHGASRPGDRQDCIVTPCSVIPKVGATSLPAVPMGKIAQWRYGSWTPCSVSCGRGSQARYVSCRDAHDEIADESYCAHIPRPADISLCFSPCGEWQTGNWSPCSASCGHGKTTRQVLCINYHQPINENYCDPEVRPLIEQECNLAACPPTYDHFPSSSEQPSHFRGRNFPLTHKPEDNQNQGFHPSIRGNQWRTGPWGSCSSSCAAGVQRRVVVCQDENGQSASYCDAASRPPELKHCDLGPCPRWSYGSWGECTQTCGGGIKSRFVICQFPNGQISREQNCDLVNKPPSVVQCHMHACPDDVSWHRGPWKSCSASCGKGLKYREVLCVDRFHGKLEEKYCSHLRKPRTHKACRSARCPSWKANRWKQCSVTCGSGLQQRDVYCRLRGVGRVAEEKCDRSTRPYFQRQCWHQDCIQYQWVAGGWLDCSTSCKQRETRRQVRCVDARNLQVNESFCDPLTRPLSIKRCGNPPCKYIVVTGDSSQCAGNCGFSYRQRITYCIGIQSTEKYKVHQLWPVDYRECPVLPSPQVYKCNFRTCLHMATWKVGKWSKCSVTCGVGVMERRVECMAENGWSSDLCLKHLKPDAQKKCYVNDCKTFTTCKEIQVKNSSAKDGDYYLNIKGKIIKIYCAGMHLENPKEYISLVKGEEDNFSEVYGFRLQNPYECPFNGSRRQDCECKNDYLAAGHTVFSKIRIDLISMQIKTTDFLFAQTVFGNAIPFATAGDCYSAARCPQGQFSINLAGTGMKIASTAKWLAQGSYAFVIIHRSQDGTKVFGRCGGFCGKCIPHMTTGLPIQVI

Target ORF information:

RefSeq Version	XM_021090843.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa 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_021090843.1

ORF Insert Sequence:

ATGGACAGAA GAGGGATGCG GGAAGGAGAA GCCCTGGTGA GGACACTGGC CTCCTACGAA 
GTGGTGACCC CCGCGCGGGT CAATGAGTTT GGCGAAGTGT TCCCGCAGAG CCACCACTTC 
AGCCGGAGGA AGCGCAGCTC TGAGGCGCCG GAGCCCACGC CGTTCAGGAC CCACTACCGA 
ATCCGCGCCT ATGGGCAGCT CTTCCAGCTG AACCTGAGCG CCGATGCGGC CTTCCTGGCT 
GCTGGCTACA CCGAGGTGCA CTTGGGAGCC CCTGCGCGCC AGGCGGAGGA TCGAAGCGCG 
GTACCCCCAG ACCTGCGCCA CTGCTTCTAC CGAGGCCAGG TCAATGCTCG GGAGGATAAC 
ACAGCCGTCT TCAGCATCTG TGGAGGCCTG ATGGGAACAT TTAAAGCACA TGATGGTGAA 
TATTTCTTAG AACCTATCAT GAAGGCAGAT GGCAGTGAAC ATGATGAGGA TCATAATAAG 
CCACATCTTA TATACAGACA GGAAGTAAAG AGGAACTATT TTCTGCCGTC TCACAAGCCT 
TGTGAAGTTT CAGAAAGTCA AATAAAGAAA ACCACTTTGC CCTTTCATAA CTACAGCAAC 
GTGAGTGAAG ATCTTAATAT AAAGGAGGAA ATAGTTTTAG GATACTCTTC AAAAAACGTA 
TCATTGGAAC ATGAAAGAAG TCAAATACAT TCCAGGAAAA AACGTTTTTT ATCATATCCA 
AGATACGTGG AAGTTATGGT TACGGCTGAT GCTAAAATGG TTCATCATCA TGGGCAGAAT 
TTGCAGCACT ACGTGTTAAC TCTAATGTCA ATTGTTGCAG CAATCTACAA GGACTCAAGT 
ATAGGAAATC TTATAAACAT AGTAATTGTA AAATTAATTA TAATTCATGA TGAACAGGAA 
GGACCCGTCG TCAGTTTTAA TGCAGCCACC ACCTTACGCA ACTTCTGTTT ATGGCAACAA 
ACTCAGAATG TTCTTGATGA CGCCCACCCT TCCCACCATG ATACTGCTGT TCTTATCACT 
AGGGAAGACA TTTGTGGAGC TAGAGAGAAA TGTGACACCT TAGGTTTAGC AGAATTAGGT 
ACCCTGTGTG ATCCTTTACG GAGCTGCTCT ATTAGTGAAG AAAACGGACT CAGTGCTGCA 
TTTACCATAG CCCACGAGCT TGGGCACGTA TTTAATGTTC CACATGATGA TAGTTTTAAA 
TGTAAGGAAA CTGGAACTAA ACATCAATAT CATGTAATGG CTCCAACTTT AAATTACCAC 
ACAAGTCCTT GGACCTGGTC AAAATGTAGT CAGAAATATA TCACTGAATT CCTAGATACT 
GGTCATGGGG AATGCCTCCT TGACAAACCA AATGGGAGAA TATATGATCT CTCTTTACAA 
CTTCCTGGAT TGATGTATGA TGTGAACAAG CAGTGTGAAC TTATGTTTGG TCCTGGATCA 
CAAGTGTGCC CCTATTTGAA ACAATGCAGG CGTCTCTGGT GCACCAGTGC AGAAGGAGTT 
CACAAGGGCT GTCGTACCCA ACATATGCCA CTAGCAGATG GAACAAACTG TGGTCCTGGG 
ATGCATTGCC ACCATGGGCT ATGTGTAAAC AAAGAAATGG AAACACGTCC TGTAGATGGC 
GAATGGGGAC CCTGGGGACC TTACAGTTCT TGTTCAAGAA CATGTGGAGG TGGAATCAAA 
AGCACAACCA GGCTCTGTAA TCGCCCCGAG CCAAGAAACG GAGGAAAGTA CTGTGTGGGC 
CGCAGGATGA AATTTCGATC ATGTAACACT GATTCATGTC CAAAAGGCAA GCAAGACTTC 
CGTGAGAAGC AGTGCTCTGA TTTTGATGGT AAACATCTGA ACATCAATGG TCTTTCCCCG 
AATGTGCGGT GGCTTCCAAA GTATAGTGGG ATTGCCATAA AAGATCGTTG TAAACTCTAC 
TGTCGGGTCG CTGGAACCAC TAGCTTCTAC CAGTTGAAGG ACAGGGTTGC TGATGGTACT 
CCTTGTGGAA CCGAAACGAA TGACATCTGT GTTCAAGGCC TGTGTCGGCA AGCTGGCTGT 
GATCACGTGT TAAACTCCAA GGCCAGGAGA GACAAGTGTG GAGTGTGTGG TGGGGATAAC 
TCGTCATGCA GAACACTGGC AGGTGTTTTC AACAGTGCTC ACTATGGTTA TAATGTTGTT 
GTAAAGATTC CCCCTGGAGC AACAAACATT GATATTCTTC AACACAGCTA TTCTGGAAAA 
CCAGAAGATG ACAATTACCT GGCGTTATCG GACACTCAAG GGAATTTTCT TTTGAATGGG 
AATTTTGTTG TGAGTATGTC CAAAAAAGAA ATCAACATCC AAGGAGCTAT TTTTGAATAC 
AGTGGTTCAA ACAACTCGAT TGAAAGAATT AATAGTACTG ATCGGCTGGA AGAAGAGCTT 
GTTTTGCAGG TTTTGTGTGT GGGGAACCTC TACAACCCTG ATGTTCGTTA TTCCTTCAGT 
ATTCCCACGG AAGAGAAGAG CGATCTGTTC ACATGGGACC CATATGGACC ATGGCAAGAC 
TGTACAAAAA TGTGTCAAGG TCTTCATAGA AGAAAAATTA CCTGTGTACG TAAGAGTGAT 
CATATGGTGG TGTCTGATCA AAGATGTGAC CACCTACCAC TTCCATTGTT GGTGACCGAA 
AGGTGCAACA CAGACTGTGA ACTAAGGTGG CACATCACTG GCAAAAGTGA ATGTTCATCC 
CTTTGCGGTC AAGGATATAA GTCGTTGGAC ATCCACTGCA TGAAGTATTC TATTCATAAA 
GGACAGACTG TCCCTGTAGA TGACCGCTAT TGTGGTGACC AACTTAAACC TCCGACTCGA 
GAACCCTGTC ACGGTGACTG TGTCTTAACA AGGTGGCATT ATTCAGAATG GTCCCAGTGT 
TCCAGGAGTT GTGGAGGAGG GGAGAAGTCT CGAGAATCCT ACTGTATGAA TAACTTTGGC 
CATCGTCTTG CTGACAGAGA ATGCCAAGGA CTTCCCAGAG TGACGATAGA GAATTGCAAT 
GAGTTTTCCT GTCCCCGTTG GGCCACTAGT GAGTGGAGTG AGTGTCTTGT TACGTGTGGA 
AAAGGAACAA AGCAGCGGCA GGTGTGGTGT CAGCTGAATG AAGATCACTT GAGTGATGGC 
TTCTGTGATC CAAGTACCAA ACCTGAGTCT CTGAGACCAT GTGAGCTTCA TACGTGTGCT 
TCCTGGCAAG TAGGACCATG GGGTTCTTGC ACAGCCACGT GTGGACAGGG GTACCAGATG 
CGTGCTGTGA AATGTGTCAA TGAGCTACTT AGTGCAGTCT TAGATGACAG ACTGTGCCAT 
GGAGCTAGTC GCCCAGGTGA CAGGCAGGAC TGTATAGTTA CACCTTGCTC AGTTATCCCT 
AAAGTTGGGG CCACTTCACT GCCAGCTGTT CCCATGGGAA AGATAGCACA ATGGCGATAT 
GGTTCTTGGA CCCCATGCTC CGTGTCTTGT GGAAGGGGCA GTCAAGCCCG CTATGTAAGC 
TGTCGTGATG CTCATGATGA AATAGCTGAT GAATCCTATT GTGCCCATAT ACCCCGACCT 
GCTGACATAT CTCTCTGTTT TAGCCCTTGT GGAGAATGGC AAACTGGGAA TTGGTCACCG 
TGTTCAGCTT CCTGTGGCCA TGGAAAAACA ACCCGACAAG TTTTATGCAT CAACTATCAT 
CAGCCAATTA ATGAGAATTA CTGTGACCCT GAAGTGCGCC CTTTGATAGA GCAAGAATGT 
AACCTGGCAG CCTGCCCACC CACGTACGAC CACTTTCCGA GTTCCTCTGA GCAGCCAAGC 
CATTTTCGAG GCAGGAATTT TCCATTAACT CACAAACCAG AAGATAATCA AAATCAGGGG 
TTCCATCCAT CCATCAGAGG AAACCAGTGG AGGACAGGAC CGTGGGGATC ATGCTCCAGC 
AGTTGTGCAG CAGGTGTCCA GCGCAGAGTT GTGGTCTGCC AGGATGAAAA TGGACAAAGT 
GCCAGTTACT GCGATGCAGC CTCCAGACCC CCGGAGTTGA AGCACTGTGA TTTGGGACCT 
TGCCCACGAT GGAGCTACGG AAGCTGGGGA GAATGTACGC AAACATGTGG AGGAGGAATA 
AAATCGAGAT TTGTAATATG TCAGTTTCCC AATGGCCAGA TATCACGAGA GCAAAACTGT 
GACCTCGTAA ACAAGCCACC CAGTGTGGTG CAGTGTCATA TGCATGCGTG CCCTGATGAT 
GTGTCATGGC ATCGGGGACC ATGGAAATCG TGCTCAGCTT CTTGTGGTAA AGGTTTAAAG 
TACCGTGAGG TACTTTGCGT TGACCGATTC CATGGGAAAT TGGAAGAAAA ATATTGCAGT 
CATCTACGGA AACCCCGAAC TCATAAAGCT TGTAGATCTG CCAGATGCCC TTCATGGAAA 
GCCAACAGAT GGAAGCAGTG CTCTGTGACC TGCGGCTCTG GACTTCAGCA AAGGGATGTG 
TATTGCAGAC TGCGAGGCGT TGGTCGGGTG GCAGAAGAAA AGTGTGATCG CTCCACACGG 
CCTTATTTTC AGAGACAATG TTGGCATCAG GACTGCATAC AGTACCAGTG GGTGGCAGGA 
GGGTGGCTCG ATTGTTCAAC ATCATGTAAG CAAAGAGAGA CGCGTCGGCA GGTGAGGTGC 
GTGGATGCAC GAAACCTTCA AGTGAACGAA AGTTTCTGTG ATCCTTTAAC CCGACCTCTT 
TCAATCAAAC GGTGCGGAAA TCCTCCCTGC AAGTATATTG TGGTAACAGG AGACTCATCG 
CAGTGTGCAG GTAACTGTGG ATTTAGTTAC CGACAAAGGA TTACATATTG CATTGGGATC 
CAATCTACTG AAAAATATAA GGTTCATCAG CTGTGGCCTG TAGACTATCG AGAATGCCCT 
GTGCTGCCTT CCCCTCAGGT TTACAAATGC AATTTTAGAA CGTGTTTGCA TATGGCCACT 
TGGAAAGTTG GAAAATGGAG CAAGTGCTCT GTGACTTGTG GAGTTGGAGT AATGGAGAGA 
AGAGTGGAAT GTATGGCCGA AAATGGTTGG TCCAGTGACT TATGTTTAAA GCATTTAAAA 
CCAGATGCTC AAAAGAAATG TTATGTCAAT GACTGTAAGA CATTTACCAC CTGCAAAGAA 
ATCCAAGTGA AAAACAGCAG TGCCAAGGAT GGTGACTATT ACCTTAACAT TAAAGGAAAA 
ATAATAAAGA TCTATTGTGC AGGTATGCAC TTGGAGAATC CCAAGGAATA TATATCATTG 
GTCAAAGGTG AAGAAGACAA CTTTTCTGAA GTGTATGGCT TTAGACTACA AAATCCATAT 
GAATGTCCTT TTAATGGAAG TAGGAGGCAA GATTGTGAGT GTAAAAATGA CTACTTGGCT 
GCTGGACACA CTGTTTTCAG CAAAATAAGA ATTGATCTCA TTTCCATGCA AATTAAAACT 
ACAGACTTTC TTTTTGCCCA GACGGTATTT GGAAATGCAA TTCCATTTGC CACAGCTGGA 
GACTGCTATA GTGCTGCCAG ATGCCCACAG GGACAGTTCA GCATTAATTT GGCAGGAACC 
GGGATGAAGA TAGCCAGTAC GGCGAAGTGG CTTGCTCAGG GCAGTTATGC TTTTGTCATA 
ATACACAGAT CACAGGATGG AACTAAAGTG TTTGGCAGAT GCGGAGGGTT CTGTGGCAAA 
TGTATTCCTC ACATGACTAC TGGTCTCCCG ATTCAAGTCA TATGA

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

ADAMTS20 ( XM_021090845.1 ) cDNA ORF clone, Sus scrofa(Pig) -> XP_020946504.1 Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X2, mRNA.

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CloneID	OSe248633
Clone ID Related Accession (Same CDS sequence)	XM_021090845.1
Accession Version	XM_021090845.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-12
Organism	Sus scrofa(pig)
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_010447.5) 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 :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTGCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGATGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCTTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TCGCTGGAAC CACTAGCTTC TACCAGTTGA AGGACAGGGT TGCTGATGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TTCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTTCG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCATGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGAGT 
GATCATATGG TGGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ACACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCGC TATTGTGGTG ACCAACTTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCG TTGGGCCACT AGTGAGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGAG TCTCTGAGAC CATGTGAGCT TCATACGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CTCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCT GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGCTCTGTG ACCTGCGGCT CTGGACTTCA GCAAAGGGAT 
GTGTATTGCA GACTGCGAGG CGTTGGTCGG GTGGCAGAAG AAAAGTGTGA TCGCTCCACA 
CGGCCTTATT TTCAGAGACA ATGTTGGCAT CAGGACTGCA TACAGTACCA GTGGGTGGCA 
GGAGGGTGGC TCGATTGTTC AACATCATGT AAGCAAAGAG AGACGCGTCG GCAGGTGAGG 
TGCGTGGATG CACGAAACCT TCAAGTGAAC GAAAGTTTCT GTGATCCTTT AACCCGACCT 
CTTTCAATCA AACGGTGCGG AAATCCTCCC TGCAAGTATA TTGTGGTAAC AGGAGACTCA 
TCGCAGTGTG CAGGTAACTG TGGATTTAGT TACCGACAAA GGATTACATA TTGCATTGGG 
ATCCAATCTA CTGAAAAATA TAAGGTTCAT CAGCTGTGGC CTGTAGACTA TCGAGAATGC 
CCTGTGCTGC CTTCCCCTCA GGTTTACAAA TGCAATTTTA GAACGTGTTT GCATATGGCC 
ACTTGGAAAG TTGGAAAATG GAGCAAGTGC TCTGTGACTT GTGGAGTTGG AGTAATGGAG 
AGAAGAGTGG AATGTATGGC CGAAAATGGT TGGTCCAGTG ACTTATGTTT AAAGCATTTA 
AAACCAGATG CTCAAAAGAA ATGTTATGTC AATGACTGTA AGACATTTAC CACCTGCAAA 
GAAATCCAAG TGAAAAACAG CAGTGCCAAG GATGGTGACT ATTACCTTAA CATTAAAGGA 
AAAATAATAA AGATCTATTG TGCAGGTATG CACTTGGAGA ATCCCAAGGA ATATATATCA 
TTGGTCAAAG GTGAAGAAGA CAACTTTTCT GAAGTGTATG GCTTTAGACT ACAAAATCCA 
TATGAATGTC CTTTTAATGG AAGTAGGAGG CAAGATTGTG AGTGTAAAAA TGACTACTTG 
GCTGCTGGAC ACACTGTTTT CAGCAAAATA AGAATTGATC TCATTTCCAT GCAAATTAAA 
ACTACAGACT TTCTTTTTGC CCAGACGGTA TTTGGAAATG CAATTCCATT TGCCACAGCT 
GGAGACTGCT ATAGTGCTGC CAGATGCCCA CAGGAGGCAC AAAGGGGGCA GAAGATTCCA 
GCTCAAGATA AAGAAGACTT TTGA

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

RefSeq	XP_020946504.1
CDS	323..5926
Translation	MRVAKWLTGLLYQLSLFITRSWEVHLHPRQEALVRTLASYEVVTPARVNEFGEVFPQSHHFSRRKRSSEAPEPTPFRTHYRIRAYGQLFQLNLSADAAFLAAGYTEVHLGAPARQAEDRSAVPPDLRHCFYRGQVNAREDNTAVFSICGGLMGTFKAHDGEYFLEPIMKADGSEHDEDHNKPHLIYRQEVKRNYFLPSHKPCEVSESQIKKTTLPFHNYSNVSEDLNIKEEIVLGYSSKNVSLEHERSQIHSRKKRFLSYPRYVEVMVTADAKMVHHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHDEQEGPVVSFNAATTLRNFCLWQQTQNVLDDAHPSHHDTAVLITREDICGAREKCDTLGLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKETGTKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGECLLDKPNGRIYDLSLQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWCTSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVNKEMETRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQDFREKQCSDFDGKHLNINGLSPNVRWLPKYSGIAIKDRCKLYCRVAGTTSFYQLKDRVADGTPCGTETNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCRTLAGVFNSAHYGYNVVVKIPPGATNIDILQHSYSGKPEDDNYLALSDTQGNFLLNGNFVVSMSKKEINIQGAIFEYSGSNNSIERINSTDRLEEELVLQVLCVGNLYNPDVRYSFSIPTEEKSDLFTWDPYGPWQDCTKMCQGLHRRKITCVRKSDHMVVSDQRCDHLPLPLLVTERCNTDCELRWHITGKSECSSLCGQGYKSLDIHCMKYSIHKGQTVPVDDRYCGDQLKPPTREPCHGDCVLTRWHYSEWSQCSRSCGGGEKSRESYCMNNFGHRLADRECQGLPRVTIENCNEFSCPRWATSEWSECLVTCGKGTKQRQVWCQLNEDHLSDGFCDPSTKPESLRPCELHTCASWQVGPWGSCTATCGQGYQMRAVKCVNELLSAVLDDRLCHGASRPGDRQDCIVTPCSVIPKVGATSLPAVPMGKIAQWRYGSWTPCSVSCGRGSQARYVSCRDAHDEIADESYCAHIPRPADISLCFSPCGEWQTGNWSPCSASCGHGKTTRQVLCINYHQPINENYCDPEVRPLIEQECNLAACPPTYDHFPSSSEQPSHFRGRNFPLTHKPEDNQNQGFHPSIRGNQWRTGPWGSCSSSCAAGVQRRVVVCQDENGQSASYCDAASRPPELKHCDLGPCPRWSYGSWGECTQTCGGGIKSRFVICQFPNGQISREQNCDLVNKPPSVVQCHMHACPDDVSWHRGPWKSCSASCGKGLKYREVLCVDRFHGKLEEKYCSHLRKPRTHKACRSARCPSWKANRWKQCSVTCGSGLQQRDVYCRLRGVGRVAEEKCDRSTRPYFQRQCWHQDCIQYQWVAGGWLDCSTSCKQRETRRQVRCVDARNLQVNESFCDPLTRPLSIKRCGNPPCKYIVVTGDSSQCAGNCGFSYRQRITYCIGIQSTEKYKVHQLWPVDYRECPVLPSPQVYKCNFRTCLHMATWKVGKWSKCSVTCGVGVMERRVECMAENGWSSDLCLKHLKPDAQKKCYVNDCKTFTTCKEIQVKNSSAKDGDYYLNIKGKIIKIYCAGMHLENPKEYISLVKGEEDNFSEVYGFRLQNPYECPFNGSRRQDCECKNDYLAAGHTVFSKIRIDLISMQIKTTDFLFAQTVFGNAIPFATAGDCYSAARCPQEAQRGQKIPAQDKEDF

Target ORF information:

RefSeq Version	XM_021090845.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa 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_021090845.1

ORF Insert Sequence:

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTGCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGATGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCTTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TCGCTGGAAC CACTAGCTTC TACCAGTTGA AGGACAGGGT TGCTGATGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TTCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTTCG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCATGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGAGT 
GATCATATGG TGGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ACACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCGC TATTGTGGTG ACCAACTTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCG TTGGGCCACT AGTGAGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGAG TCTCTGAGAC CATGTGAGCT TCATACGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CTCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCT GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGCTCTGTG ACCTGCGGCT CTGGACTTCA GCAAAGGGAT 
GTGTATTGCA GACTGCGAGG CGTTGGTCGG GTGGCAGAAG AAAAGTGTGA TCGCTCCACA 
CGGCCTTATT TTCAGAGACA ATGTTGGCAT CAGGACTGCA TACAGTACCA GTGGGTGGCA 
GGAGGGTGGC TCGATTGTTC AACATCATGT AAGCAAAGAG AGACGCGTCG GCAGGTGAGG 
TGCGTGGATG CACGAAACCT TCAAGTGAAC GAAAGTTTCT GTGATCCTTT AACCCGACCT 
CTTTCAATCA AACGGTGCGG AAATCCTCCC TGCAAGTATA TTGTGGTAAC AGGAGACTCA 
TCGCAGTGTG CAGGTAACTG TGGATTTAGT TACCGACAAA GGATTACATA TTGCATTGGG 
ATCCAATCTA CTGAAAAATA TAAGGTTCAT CAGCTGTGGC CTGTAGACTA TCGAGAATGC 
CCTGTGCTGC CTTCCCCTCA GGTTTACAAA TGCAATTTTA GAACGTGTTT GCATATGGCC 
ACTTGGAAAG TTGGAAAATG GAGCAAGTGC TCTGTGACTT GTGGAGTTGG AGTAATGGAG 
AGAAGAGTGG AATGTATGGC CGAAAATGGT TGGTCCAGTG ACTTATGTTT AAAGCATTTA 
AAACCAGATG CTCAAAAGAA ATGTTATGTC AATGACTGTA AGACATTTAC CACCTGCAAA 
GAAATCCAAG TGAAAAACAG CAGTGCCAAG GATGGTGACT ATTACCTTAA CATTAAAGGA 
AAAATAATAA AGATCTATTG TGCAGGTATG CACTTGGAGA ATCCCAAGGA ATATATATCA 
TTGGTCAAAG GTGAAGAAGA CAACTTTTCT GAAGTGTATG GCTTTAGACT ACAAAATCCA 
TATGAATGTC CTTTTAATGG AAGTAGGAGG CAAGATTGTG AGTGTAAAAA TGACTACTTG 
GCTGCTGGAC ACACTGTTTT CAGCAAAATA AGAATTGATC TCATTTCCAT GCAAATTAAA 
ACTACAGACT TTCTTTTTGC CCAGACGGTA TTTGGAAATG CAATTCCATT TGCCACAGCT 
GGAGACTGCT ATAGTGCTGC CAGATGCCCA CAGGAGGCAC AAAGGGGGCA GAAGATTCCA 
GCTCAAGATA AAGAAGACTT TTGA

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

ADAMTS20 ( XM_021090846.1 ) cDNA ORF clone, Sus scrofa(Pig) -> XP_020946505.1 Sus scrofa ADAM metallopeptidase with thrombospondin type 1 motif 20 (ADAMTS20), transcript variant X3, mRNA.

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CloneID	OSe248634
Clone ID Related Accession (Same CDS sequence)	XM_021090846.1
Accession Version	XM_021090846.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5574bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-12
Organism	Sus scrofa(pig)
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_010447.5) 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 :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTGCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGATGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCTTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TCGCTGGAAC CACTAGCTTC TACCAGTTGA AGGACAGGGT TGCTGATGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TTCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTTCG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCATGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGAGT 
GATCATATGG TGGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ACACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCGC TATTGTGGTG ACCAACTTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCG TTGGGCCACT AGTGAGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGAG TCTCTGAGAC CATGTGAGCT TCATACGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CTCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCT GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGTTCAACA TCATGTAAGC AAAGAGAGAC GCGTCGGCAG 
GTGAGGTGCG TGGATGCACG AAACCTTCAA GTGAACGAAA GTTTCTGTGA TCCTTTAACC 
CGACCTCTTT CAATCAAACG GTGCGGAAAT CCTCCCTGCA AGTATATTGT GGTAACAGGA 
GACTCATCGC AGTGTGCAGG TAACTGTGGA TTTAGTTACC GACAAAGGAT TACATATTGC 
ATTGGGATCC AATCTACTGA AAAATATAAG GTTCATCAGC TGTGGCCTGT AGACTATCGA 
GAATGCCCTG TGCTGCCTTC CCCTCAGGTT TACAAATGCA ATTTTAGAAC GTGTTTGCAT 
ATGGCCACTT GGAAAGTTGG AAAATGGAGC AAGTGCTCTG TGACTTGTGG AGTTGGAGTA 
ATGGAGAGAA GAGTGGAATG TATGGCCGAA AATGGTTGGT CCAGTGACTT ATGTTTAAAG 
CATTTAAAAC CAGATGCTCA AAAGAAATGT TATGTCAATG ACTGTAAGAC ATTTACCACC 
TGCAAAGAAA TCCAAGTGAA AAACAGCAGT GCCAAGGATG GTGACTATTA CCTTAACATT 
AAAGGAAAAA TAATAAAGAT CTATTGTGCA GGTATGCACT TGGAGAATCC CAAGGAATAT 
ATATCATTGG TCAAAGGTGA AGAAGACAAC TTTTCTGAAG TGTATGGCTT TAGACTACAA 
AATCCATATG AATGTCCTTT TAATGGAAGT AGGAGGCAAG ATTGTGAGTG TAAAAATGAC 
TACTTGGCTG CTGGACACAC TGTTTTCAGC AAAATAAGAA TTGATCTCAT TTCCATGCAA 
ATTAAAACTA CAGACTTTCT TTTTGCCCAG ACGGTATTTG GAAATGCAAT TCCATTTGCC 
ACAGCTGGAG ACTGCTATAG TGCTGCCAGA TGCCCACAGG GACAGTTCAG CATTAATTTG 
GCAGGAACCG GGATGAAGAT AGCCAGTACG GCGAAGTGGC TTGCTCAGGG CAGTTATGCT 
TTTGTCATAA TACACAGATC ACAGGATGGA ACTAAAGTGT TTGGCAGATG CGGAGGGTTC 
TGTGGCAAAT GTATTCCTCA CATGACTACT GGTCTCCCGA TTCAAGTCAT ATGA

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

RefSeq	XP_020946505.1
CDS	323..5896
Translation	MRVAKWLTGLLYQLSLFITRSWEVHLHPRQEALVRTLASYEVVTPARVNEFGEVFPQSHHFSRRKRSSEAPEPTPFRTHYRIRAYGQLFQLNLSADAAFLAAGYTEVHLGAPARQAEDRSAVPPDLRHCFYRGQVNAREDNTAVFSICGGLMGTFKAHDGEYFLEPIMKADGSEHDEDHNKPHLIYRQEVKRNYFLPSHKPCEVSESQIKKTTLPFHNYSNVSEDLNIKEEIVLGYSSKNVSLEHERSQIHSRKKRFLSYPRYVEVMVTADAKMVHHHGQNLQHYVLTLMSIVAAIYKDSSIGNLINIVIVKLIIIHDEQEGPVVSFNAATTLRNFCLWQQTQNVLDDAHPSHHDTAVLITREDICGAREKCDTLGLAELGTLCDPLRSCSISEENGLSAAFTIAHELGHVFNVPHDDSFKCKETGTKHQYHVMAPTLNYHTSPWTWSKCSQKYITEFLDTGHGECLLDKPNGRIYDLSLQLPGLMYDVNKQCELMFGPGSQVCPYLKQCRRLWCTSAEGVHKGCRTQHMPLADGTNCGPGMHCHHGLCVNKEMETRPVDGEWGPWGPYSSCSRTCGGGIKSTTRLCNRPEPRNGGKYCVGRRMKFRSCNTDSCPKGKQDFREKQCSDFDGKHLNINGLSPNVRWLPKYSGIAIKDRCKLYCRVAGTTSFYQLKDRVADGTPCGTETNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCRTLAGVFNSAHYGYNVVVKIPPGATNIDILQHSYSGKPEDDNYLALSDTQGNFLLNGNFVVSMSKKEINIQGAIFEYSGSNNSIERINSTDRLEEELVLQVLCVGNLYNPDVRYSFSIPTEEKSDLFTWDPYGPWQDCTKMCQGLHRRKITCVRKSDHMVVSDQRCDHLPLPLLVTERCNTDCELRWHITGKSECSSLCGQGYKSLDIHCMKYSIHKGQTVPVDDRYCGDQLKPPTREPCHGDCVLTRWHYSEWSQCSRSCGGGEKSRESYCMNNFGHRLADRECQGLPRVTIENCNEFSCPRWATSEWSECLVTCGKGTKQRQVWCQLNEDHLSDGFCDPSTKPESLRPCELHTCASWQVGPWGSCTATCGQGYQMRAVKCVNELLSAVLDDRLCHGASRPGDRQDCIVTPCSVIPKVGATSLPAVPMGKIAQWRYGSWTPCSVSCGRGSQARYVSCRDAHDEIADESYCAHIPRPADISLCFSPCGEWQTGNWSPCSASCGHGKTTRQVLCINYHQPINENYCDPEVRPLIEQECNLAACPPTYDHFPSSSEQPSHFRGRNFPLTHKPEDNQNQGFHPSIRGNQWRTGPWGSCSSSCAAGVQRRVVVCQDENGQSASYCDAASRPPELKHCDLGPCPRWSYGSWGECTQTCGGGIKSRFVICQFPNGQISREQNCDLVNKPPSVVQCHMHACPDDVSWHRGPWKSCSASCGKGLKYREVLCVDRFHGKLEEKYCSHLRKPRTHKACRSARCPSWKANRWKQCSTSCKQRETRRQVRCVDARNLQVNESFCDPLTRPLSIKRCGNPPCKYIVVTGDSSQCAGNCGFSYRQRITYCIGIQSTEKYKVHQLWPVDYRECPVLPSPQVYKCNFRTCLHMATWKVGKWSKCSVTCGVGVMERRVECMAENGWSSDLCLKHLKPDAQKKCYVNDCKTFTTCKEIQVKNSSAKDGDYYLNIKGKIIKIYCAGMHLENPKEYISLVKGEEDNFSEVYGFRLQNPYECPFNGSRRQDCECKNDYLAAGHTVFSKIRIDLISMQIKTTDFLFAQTVFGNAIPFATAGDCYSAARCPQGQFSINLAGTGMKIASTAKWLAQGSYAFVIIHRSQDGTKVFGRCGGFCGKCIPHMTTGLPIQVI

Target ORF information:

RefSeq Version	XM_021090846.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa 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_021090846.1

ORF Insert Sequence:

ATGCGGGTGG CCAAGTGGCT GACGGGGCTG CTCTACCAGC TCTCGCTCTT CATCACCAGG 
TCTTGGGAAG TTCACTTGCA TCCCAGGCAG GAAGCCCTGG TGAGGACACT GGCCTCCTAC 
GAAGTGGTGA CCCCCGCGCG GGTCAATGAG TTTGGCGAAG TGTTCCCGCA GAGCCACCAC 
TTCAGCCGGA GGAAGCGCAG CTCTGAGGCG CCGGAGCCCA CGCCGTTCAG GACCCACTAC 
CGAATCCGCG CCTATGGGCA GCTCTTCCAG CTGAACCTGA GCGCCGATGC GGCCTTCCTG 
GCTGCTGGCT ACACCGAGGT GCACTTGGGA GCCCCTGCGC GCCAGGCGGA GGATCGAAGC 
GCGGTACCCC CAGACCTGCG CCACTGCTTC TACCGAGGCC AGGTCAATGC TCGGGAGGAT 
AACACAGCCG TCTTCAGCAT CTGTGGAGGC CTGATGGGAA CATTTAAAGC ACATGATGGT 
GAATATTTCT TAGAACCTAT CATGAAGGCA GATGGCAGTG AACATGATGA GGATCATAAT 
AAGCCACATC TTATATACAG ACAGGAAGTA AAGAGGAACT ATTTTCTGCC GTCTCACAAG 
CCTTGTGAAG TTTCAGAAAG TCAAATAAAG AAAACCACTT TGCCCTTTCA TAACTACAGC 
AACGTGAGTG AAGATCTTAA TATAAAGGAG GAAATAGTTT TAGGATACTC TTCAAAAAAC 
GTATCATTGG AACATGAAAG AAGTCAAATA CATTCCAGGA AAAAACGTTT TTTATCATAT 
CCAAGATACG TGGAAGTTAT GGTTACGGCT GATGCTAAAA TGGTTCATCA TCATGGGCAG 
AATTTGCAGC ACTACGTGTT AACTCTAATG TCAATTGTTG CAGCAATCTA CAAGGACTCA 
AGTATAGGAA ATCTTATAAA CATAGTAATT GTAAAATTAA TTATAATTCA TGATGAACAG 
GAAGGACCCG TCGTCAGTTT TAATGCAGCC ACCACCTTAC GCAACTTCTG TTTATGGCAA 
CAAACTCAGA ATGTTCTTGA TGACGCCCAC CCTTCCCACC ATGATACTGC TGTTCTTATC 
ACTAGGGAAG ACATTTGTGG AGCTAGAGAG AAATGTGACA CCTTAGGTTT AGCAGAATTA 
GGTACCCTGT GTGATCCTTT ACGGAGCTGC TCTATTAGTG AAGAAAACGG ACTCAGTGCT 
GCATTTACCA TAGCCCACGA GCTTGGGCAC GTATTTAATG TTCCACATGA TGATAGTTTT 
AAATGTAAGG AAACTGGAAC TAAACATCAA TATCATGTAA TGGCTCCAAC TTTAAATTAC 
CACACAAGTC CTTGGACCTG GTCAAAATGT AGTCAGAAAT ATATCACTGA ATTCCTAGAT 
ACTGGTCATG GGGAATGCCT CCTTGACAAA CCAAATGGGA GAATATATGA TCTCTCTTTA 
CAACTTCCTG GATTGATGTA TGATGTGAAC AAGCAGTGTG AACTTATGTT TGGTCCTGGA 
TCACAAGTGT GCCCCTATTT GAAACAATGC AGGCGTCTCT GGTGCACCAG TGCAGAAGGA 
GTTCACAAGG GCTGTCGTAC CCAACATATG CCACTAGCAG ATGGAACAAA CTGTGGTCCT 
GGGATGCATT GCCACCATGG GCTATGTGTA AACAAAGAAA TGGAAACACG TCCTGTAGAT 
GGCGAATGGG GACCCTGGGG ACCTTACAGT TCTTGTTCAA GAACATGTGG AGGTGGAATC 
AAAAGCACAA CCAGGCTCTG TAATCGCCCC GAGCCAAGAA ACGGAGGAAA GTACTGTGTG 
GGCCGCAGGA TGAAATTTCG ATCATGTAAC ACTGATTCAT GTCCAAAAGG CAAGCAAGAC 
TTCCGTGAGA AGCAGTGCTC TGATTTTGAT GGTAAACATC TGAACATCAA TGGTCTTTCC 
CCGAATGTGC GGTGGCTTCC AAAGTATAGT GGGATTGCCA TAAAAGATCG TTGTAAACTC 
TACTGTCGGG TCGCTGGAAC CACTAGCTTC TACCAGTTGA AGGACAGGGT TGCTGATGGT 
ACTCCTTGTG GAACCGAAAC GAATGACATC TGTGTTCAAG GCCTGTGTCG GCAAGCTGGC 
TGTGATCACG TGTTAAACTC CAAGGCCAGG AGAGACAAGT GTGGAGTGTG TGGTGGGGAT 
AACTCGTCAT GCAGAACACT GGCAGGTGTT TTCAACAGTG CTCACTATGG TTATAATGTT 
GTTGTAAAGA TTCCCCCTGG AGCAACAAAC ATTGATATTC TTCAACACAG CTATTCTGGA 
AAACCAGAAG ATGACAATTA CCTGGCGTTA TCGGACACTC AAGGGAATTT TCTTTTGAAT 
GGGAATTTTG TTGTGAGTAT GTCCAAAAAA GAAATCAACA TCCAAGGAGC TATTTTTGAA 
TACAGTGGTT CAAACAACTC GATTGAAAGA ATTAATAGTA CTGATCGGCT GGAAGAAGAG 
CTTGTTTTGC AGGTTTTGTG TGTGGGGAAC CTCTACAACC CTGATGTTCG TTATTCCTTC 
AGTATTCCCA CGGAAGAGAA GAGCGATCTG TTCACATGGG ACCCATATGG ACCATGGCAA 
GACTGTACAA AAATGTGTCA AGGTCTTCAT AGAAGAAAAA TTACCTGTGT ACGTAAGAGT 
GATCATATGG TGGTGTCTGA TCAAAGATGT GACCACCTAC CACTTCCATT GTTGGTGACC 
GAAAGGTGCA ACACAGACTG TGAACTAAGG TGGCACATCA CTGGCAAAAG TGAATGTTCA 
TCCCTTTGCG GTCAAGGATA TAAGTCGTTG GACATCCACT GCATGAAGTA TTCTATTCAT 
AAAGGACAGA CTGTCCCTGT AGATGACCGC TATTGTGGTG ACCAACTTAA ACCTCCGACT 
CGAGAACCCT GTCACGGTGA CTGTGTCTTA ACAAGGTGGC ATTATTCAGA ATGGTCCCAG 
TGTTCCAGGA GTTGTGGAGG AGGGGAGAAG TCTCGAGAAT CCTACTGTAT GAATAACTTT 
GGCCATCGTC TTGCTGACAG AGAATGCCAA GGACTTCCCA GAGTGACGAT AGAGAATTGC 
AATGAGTTTT CCTGTCCCCG TTGGGCCACT AGTGAGTGGA GTGAGTGTCT TGTTACGTGT 
GGAAAAGGAA CAAAGCAGCG GCAGGTGTGG TGTCAGCTGA ATGAAGATCA CTTGAGTGAT 
GGCTTCTGTG ATCCAAGTAC CAAACCTGAG TCTCTGAGAC CATGTGAGCT TCATACGTGT 
GCTTCCTGGC AAGTAGGACC ATGGGGTTCT TGCACAGCCA CGTGTGGACA GGGGTACCAG 
ATGCGTGCTG TGAAATGTGT CAATGAGCTA CTTAGTGCAG TCTTAGATGA CAGACTGTGC 
CATGGAGCTA GTCGCCCAGG TGACAGGCAG GACTGTATAG TTACACCTTG CTCAGTTATC 
CCTAAAGTTG GGGCCACTTC ACTGCCAGCT GTTCCCATGG GAAAGATAGC ACAATGGCGA 
TATGGTTCTT GGACCCCATG CTCCGTGTCT TGTGGAAGGG GCAGTCAAGC CCGCTATGTA 
AGCTGTCGTG ATGCTCATGA TGAAATAGCT GATGAATCCT ATTGTGCCCA TATACCCCGA 
CCTGCTGACA TATCTCTCTG TTTTAGCCCT TGTGGAGAAT GGCAAACTGG GAATTGGTCA 
CCGTGTTCAG CTTCCTGTGG CCATGGAAAA ACAACCCGAC AAGTTTTATG CATCAACTAT 
CATCAGCCAA TTAATGAGAA TTACTGTGAC CCTGAAGTGC GCCCTTTGAT AGAGCAAGAA 
TGTAACCTGG CAGCCTGCCC ACCCACGTAC GACCACTTTC CGAGTTCCTC TGAGCAGCCA 
AGCCATTTTC GAGGCAGGAA TTTTCCATTA ACTCACAAAC CAGAAGATAA TCAAAATCAG 
GGGTTCCATC CATCCATCAG AGGAAACCAG TGGAGGACAG GACCGTGGGG ATCATGCTCC 
AGCAGTTGTG CAGCAGGTGT CCAGCGCAGA GTTGTGGTCT GCCAGGATGA AAATGGACAA 
AGTGCCAGTT ACTGCGATGC AGCCTCCAGA CCCCCGGAGT TGAAGCACTG TGATTTGGGA 
CCTTGCCCAC GATGGAGCTA CGGAAGCTGG GGAGAATGTA CGCAAACATG TGGAGGAGGA 
ATAAAATCGA GATTTGTAAT ATGTCAGTTT CCCAATGGCC AGATATCACG AGAGCAAAAC 
TGTGACCTCG TAAACAAGCC ACCCAGTGTG GTGCAGTGTC ATATGCATGC GTGCCCTGAT 
GATGTGTCAT GGCATCGGGG ACCATGGAAA TCGTGCTCAG CTTCTTGTGG TAAAGGTTTA 
AAGTACCGTG AGGTACTTTG CGTTGACCGA TTCCATGGGA AATTGGAAGA AAAATATTGC 
AGTCATCTAC GGAAACCCCG AACTCATAAA GCTTGTAGAT CTGCCAGATG CCCTTCATGG 
AAAGCCAACA GATGGAAGCA GTGTTCAACA TCATGTAAGC AAAGAGAGAC GCGTCGGCAG 
GTGAGGTGCG TGGATGCACG AAACCTTCAA GTGAACGAAA GTTTCTGTGA TCCTTTAACC 
CGACCTCTTT CAATCAAACG GTGCGGAAAT CCTCCCTGCA AGTATATTGT GGTAACAGGA 
GACTCATCGC AGTGTGCAGG TAACTGTGGA TTTAGTTACC GACAAAGGAT TACATATTGC 
ATTGGGATCC AATCTACTGA AAAATATAAG GTTCATCAGC TGTGGCCTGT AGACTATCGA 
GAATGCCCTG TGCTGCCTTC CCCTCAGGTT TACAAATGCA ATTTTAGAAC GTGTTTGCAT 
ATGGCCACTT GGAAAGTTGG AAAATGGAGC AAGTGCTCTG TGACTTGTGG AGTTGGAGTA 
ATGGAGAGAA GAGTGGAATG TATGGCCGAA AATGGTTGGT CCAGTGACTT ATGTTTAAAG 
CATTTAAAAC CAGATGCTCA AAAGAAATGT TATGTCAATG ACTGTAAGAC ATTTACCACC 
TGCAAAGAAA TCCAAGTGAA AAACAGCAGT GCCAAGGATG GTGACTATTA CCTTAACATT 
AAAGGAAAAA TAATAAAGAT CTATTGTGCA GGTATGCACT TGGAGAATCC CAAGGAATAT 
ATATCATTGG TCAAAGGTGA AGAAGACAAC TTTTCTGAAG TGTATGGCTT TAGACTACAA 
AATCCATATG AATGTCCTTT TAATGGAAGT AGGAGGCAAG ATTGTGAGTG TAAAAATGAC 
TACTTGGCTG CTGGACACAC TGTTTTCAGC AAAATAAGAA TTGATCTCAT TTCCATGCAA 
ATTAAAACTA CAGACTTTCT TTTTGCCCAG ACGGTATTTG GAAATGCAAT TCCATTTGCC 
ACAGCTGGAG ACTGCTATAG TGCTGCCAGA TGCCCACAGG GACAGTTCAG CATTAATTTG 
GCAGGAACCG GGATGAAGAT AGCCAGTACG GCGAAGTGGC TTGCTCAGGG CAGTTATGCT 
TTTGTCATAA TACACAGATC ACAGGATGGA ACTAAAGTGT TTGGCAGATG CGGAGGGTTC 
TGTGGCAAAT GTATTCCTCA CATGACTACT GGTCTCCCGA TTCAAGTCAT ATGA

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

PubMed

REQUEST A QUOTE

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[email protected]

PHONE

1-877-436-7274

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FAX

1-732-210-0262

ADAMTS20 cDNA ORF clone, Sus scrofa(Pig)

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:

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REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

FAX