ADAMTS2 cDNA ORF clone, Opisthocomus hoazin

Gene
Clones
gRNAs

Summary

Gene Symbol	ADAMTS2
Entrez Gene ID	104326913
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 2
Gene Type	protein-coding
Organism	Opisthocomus hoazin

mRNA and Protein(s)

mRNA	Protein	Name
XM_009931746.1	XP_009930048.1	A disintegrin and metalloproteinase with thrombospondin motifs 2

Pathways from BioSystems
Gene Ontology

The following ADAMTS2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADAMTS2 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)	Select
OOp16647	XM_009931746.1 Latest version!	Opisthocomus hoazin ADAM metallopeptidase with thrombospondin type 1 motif, 2 (ADAMTS2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

ADAMTS2 ( XM_009931746.1 ) cDNA ORF clone, Opisthocomus hoazin -> XP_009930048.1 Opisthocomus hoazin ADAM metallopeptidase with thrombospondin type 1 motif, 2 (ADAMTS2), mRNA.

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CloneID	OOp16647
Clone ID Related Accession (Same CDS sequence)	XM_009931746.1
Accession Version	XM_009931746.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3660bp) 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	2014-10-27
Organism	Opisthocomus hoazin
Product	A disintegrin and metalloproteinase with thrombospondin motifs 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009900509.1) 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 :: Opisthocomus hoazin Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 5% of CDS bases ##RefSeq-Attributes-END##

ATGAAGATCT CTGCTCACGG TTTGCCAGTG CTGGTGGCAC TTTTCCCATT CGGGTCCTGC 
CTTTCGACGG GAAACCCAAG GCCTCCGACA AAACTCAGGC AGAGGTCCCT TGAAGTTTGC 
CCGGTCCGGC TCTGCTCTCC TCCGACCCTC GGCTACCACC CGGATTCGCG GGAGCCAGAG 
TCCGATCCGA TTCTGAGGAA TATAGAGGAG TACAGCCTTG TCGTCCCCAC CAGCACCGAC 
TCAGAGGGCA GGTTCCTATC CCACTTGGTG TCTGGACCGC CAAAAGCACG CTTCAGGAGA 
GCTGCGGAGG ACTTGCAACA TGAAGCAGCA AATGAGCAAA TCTTTTACAA TGTCACTGTT 
TTTGGAAGAG AGTTTCACTT CAGGTTGCGG CCAAACTCCA GGCTGGTGGC CCCTGGAGCA 
ACAGTTGAAT GGCAGGAGGA CTCTGAGGAG ACCCACGTTG AACCTCTCTA TGGGAATTGC 
CTCTATGTTG GGGATATCAC TGACTTGCCA AATGCTTCAG TTGCTATCAG CAATTGCGAT 
GGGCTGGCTG GCATGATTCG CACAGACAAG GACGAGTTCT TCATTGAACC TCTGGAAAAG 
GGGGCCCAGA AGGAGGAGGA GGGAAGAGGC AGAACGCACG TGGTCTATCG CAGAGTAGCT 
GCGAAGAAGC AGCTTCCTAT GGAGAGTGTG GATACCCTGT ATAAAGCGGC TAACCTCACT 
AATTTGGATA GTCTCGACAG CGCGGTGAGC TTTGTTGAGG ACCGGGTGCG TAGAGCGAGG 
CAGCGCTATC GAAGGCATGC GACTGAGGAC GATTACAACA TTGAAGTCCT TCTGGGGGTT 
GACGACTCAG TTGTGCAATT CCATGGGAAA GAACACGTTC AGAAGTACCT GCTGACTCTG 
ATGAACATTG TCAATGAAAT TTATCATGAT GAGTCCCTGG GTGCTCACAT TAATGTTGTC 
TTGGTGAGGA TAATCCTGCT GAGCTACGGC AAGTCTATGA GTCTGATAGA GATTGGGAAC 
CCTTCACAAA GTCTGGAAAA TGTGTGTCGC TGGGCCTACT TGCAACAGAA ACCGGACACT 
GGACACGCGG AGTATCACGA CCACGCGATA TTTCTCACAA GGCAGGACTT TGGTCCATCT 
GGTATGCAAG GCTACGCTCC AGTCACTGGA ATGTGTCATC CTGTTCGAAG CTGCACTCTC 
AACCATGAAG ATGGTTTTTC ATCTGCATTT GTGGTGGCTC ATGAAACTGG ACATGTTTTA 
GGCATGGAGC ACGACGGCCA AGGGAACAGA TGTGGGGACG AAGTTCGCCT GGGGAGCATC 
ATGGCCCCCC TCGTGCAAGC CGCGTTTCAT CGCTTCCATT GGTCTCGTTG CAGCCAGCAA 
GAGCTGAATC GATACCTCCA TTCCTATGAT TGTCTGCGTG ATGATCCCTT CGAACATGAC 
TGGCCTTCCC TTCCCCAGCT GCCAGGAATT CACTACTCCA TGAATGAGCA GTGCCGTTTC 
GATTTTGGTT TGGGCTACAT GATGTGCACA GCTTTCCGCA CATTTGACCC ATGCAAGCAG 
CTGTGGTGTA GCCACCCCGA GAACCCCTAC TTCTGCAAAA CAAAGAAAGG GCCTCCGCTG 
GACGGGACCA TGTGTGCACC AGGAAAGCAT TGCTTTAAAG GTCACTGCAT CTGGCTGACA 
CCAGACATCC TGAAGCAGGA CGGGCACTGG GGGGCCTGGA GCAAGTTTGG CTCCTGCTCT 
CGCACCTGTG GCACCGGGGT GAAGTACAGG ACACGGCAGT GCGACAATCC CCATCCTGCC 
AACGGAGGCC GCACGTGCGT GGGGCCGAGC TACGAGTTCC AGCTGTGCAA CACTCAGGAC 
TGCCCGAAGG ACCTGGAAGA TTTCAGAGAG GAGCAGTGTC GGCAGTGGGA TCCTTACTTC 
GAGTACCAGA ACACAAAACA CCACTGGCTC CCCTACGAAC ATGTCGATGC TAAGGAAAGG 
TGTCACCTCT ATTGTGAATC AAAGGAAACA GGGGATGTGG TGTATATGAA AAGGATGGTA 
CACGATGGGA CCCGCTGCTC CTACAAAGAC GCGTACAGCA TCTGCGTGCG GGGAGACTGC 
TTGAAAGTTG GGTGTGACAG GGTGATAGGT TCCACAAAGC AGGAAGATAA GTGTGGTGTT 
TGTGGAGGAG ACAATTCCCA CTGCAAAGTG GTGAAAGGAA CATTTTCAAG AGTACCAAAG 
AAACAAGGGC ACATTAAGAT GTTTGAAATT CCTGTTGGTG CGAGACATTT ACTTATACAG 
GAAACAGACG CCACCAGTCA TAATCTTGCA ATTAAAAACC GTGAAACAGG GAAATTCATT 
CTAAGCGAAG ACAACTATGT GCCAGACTCT AAAGTATTTA TTGACATGGG TGTGGAGTGG 
GAATATCGGA ATGATGATGA TAGAGAAACC GTGCAGACCA TGGGGCCTCT GCGTAATGGA 
ATAGTTATTC TGGTGATTCC TCATGGTGAT GCCAAGATAT CCTTAACTTA CAAGTACATG 
ATCCATGAAG ATTCCTTGAA TGTAGATAAC AATAATGTTT TGGAAGAGGA CTCGGTGTCG 
TATGAATGGG CTTTGAAGAA ATGGTCCCAA TGTTCAAAAC CTTGTGGAGG AGGCTCCCAA 
TTCACAAAAT ATGGCTGCCG GAGGAAGACG GACCACAAGA TGGTTCATCG GAGTTACTGC 
GAGTTGATCC CAAAGCCTAA GCCCATTCGT AGGGCGTGCA ACCTCCAGGA GTGCTCCCAG 
CCCATATGGG TTACAGGAGA ATGGGAGCCT TGCAGCAAAA CTTGTGGGAA GACAGGATAT 
CAAGTACGAT CTGTCCGATG TATCCAACCC CTNCACGACA ACACGAATCG GTCTGTGCCC 
ACCAAGTACT GCAGCAGCGA CCGTCCGGAA GGCAGGAGGC CTTGCAACCG GGAGCTTTGC 
CCAGCGCAGT GGAGGACAGG ACCCTGGTCA CAGTGCTCTG TCAGCTGTGG CAATGGCACC 
CAGGATCGCC CAGTCCTATG CCGGACCAGG GACAACGCTA TTGGCCTTTG TAAAGAGAAT 
AAACCAGAGA CTGTAAGGAT TTGCAGACTA CCTCCATGTC CAAGAAATGT TTCTGATCCT 
TCGAAGAAAA CCTACATGAT ACAATGGCTG TCAAGACCTG ATCCAGACTA CCCCATCCAG 
AAAATATCTT CAAAAGATCA TTGTCAAGGA GACAAGTCAA TGTTTTGTCG CATGGAGGTT 
CTCTCCCGTT ACTGCTCGAT TGCTGGTTAC AATAAGCTGT GTTGCAAGTC CTGTAGTATG 
TACAGCAACA TAACAGAGGA CGACAATGTA ACGGATTCTA ACGTAAATAA GAATAATGTC 
ATTGAGGAGG AGCTCCTGAC AACCCTCAGC CCTCCCATGG GAGCATCCAC CACACAGTCT 
GCCACCACCA GCCCTCCTCT TGTTTCCAAA ACACGTGCGC CTCCTTCCAA TGCAACCGAG 
GAGCACCCAG AAATCAATGC GGTGGATGTC CCCTATAAAA TCGATGGGCT GGATAATGAA 
GTATCACAGC ACAACATCAT TACACAGAGG AGGATACCTT ATGAAAGGAC AAGGAATCGG 
AGAATTCAGG AGCTGATCGC TGAGAAAAGG AAAAAAGAGA CTCTTAGGAA AATAAACTAA

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

RefSeq	XP_009930048.1
CDS	1..3660
Translation	MKISAHGLPVLVALFPFGSCLSTGNPRPPTKLRQRSLEVCPVRLCSPPTLGYHPDSREPESDPILRNIEEYSLVVPTSTDSEGRFLSHLVSGPPKARFRRAAEDLQHEAANEQIFYNVTVFGREFHFRLRPNSRLVAPGATVEWQEDSEETHVEPLYGNCLYVGDITDLPNASVAISNCDGLAGMIRTDKDEFFIEPLEKGAQKEEEGRGRTHVVYRRVAAKKQLPMESVDTLYKAANLTNLDSLDSAVSFVEDRVRRARQRYRRHATEDDYNIEVLLGVDDSVVQFHGKEHVQKYLLTLMNIVNEIYHDESLGAHINVVLVRIILLSYGKSMSLIEIGNPSQSLENVCRWAYLQQKPDTGHAEYHDHAIFLTRQDFGPSGMQGYAPVTGMCHPVRSCTLNHEDGFSSAFVVAHETGHVLGMEHDGQGNRCGDEVRLGSIMAPLVQAAFHRFHWSRCSQQELNRYLHSYDCLRDDPFEHDWPSLPQLPGIHYSMNEQCRFDFGLGYMMCTAFRTFDPCKQLWCSHPENPYFCKTKKGPPLDGTMCAPGKHCFKGHCIWLTPDILKQDGHWGAWSKFGSCSRTCGTGVKYRTRQCDNPHPANGGRTCVGPSYEFQLCNTQDCPKDLEDFREEQCRQWDPYFEYQNTKHHWLPYEHVDAKERCHLYCESKETGDVVYMKRMVHDGTRCSYKDAYSICVRGDCLKVGCDRVIGSTKQEDKCGVCGGDNSHCKVVKGTFSRVPKKQGHIKMFEIPVGARHLLIQETDATSHNLAIKNRETGKFILSEDNYVPDSKVFIDMGVEWEYRNDDDRETVQTMGPLRNGIVILVIPHGDAKISLTYKYMIHEDSLNVDNNNVLEEDSVSYEWALKKWSQCSKPCGGGSQFTKYGCRRKTDHKMVHRSYCELIPKPKPIRRACNLQECSQPIWVTGEWEPCSKTCGKTGYQVRSVRCIQPnullHDNTNRSVPTKYCSSDRPEGRRPCNRELCPAQWRTGPWSQCSVSCGNGTQDRPVLCRTRDNAIGLCKENKPETVRICRLPPCPRNVSDPSKKTYMIQWLSRPDPDYPIQKISSKDHCQGDKSMFCRMEVLSRYCSIAGYNKLCCKSCSMYSNITEDDNVTDSNVNKNNVIEEELLTTLSPPMGASTTQSATTSPPLVSKTRAPPSNATEEHPEINAVDVPYKIDGLDNEVSQHNIITQRRIPYERTRNRRIQELIAEKRKKETLRKIN

Target ORF information:

RefSeq Version	XM_009931746.1
Organism	Opisthocomus hoazin
Definition	Opisthocomus hoazin ADAM metallopeptidase with thrombospondin type 1 motif, 2 (ADAMTS2), mRNA.

Target ORF information:

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

XM_009931746.1

ORF Insert Sequence:

ATGAAGATCT CTGCTCACGG TTTGCCAGTG CTGGTGGCAC TTTTCCCATT CGGGTCCTGC 
CTTTCGACGG GAAACCCAAG GCCTCCGACA AAACTCAGGC AGAGGTCCCT TGAAGTTTGC 
CCGGTCCGGC TCTGCTCTCC TCCGACCCTC GGCTACCACC CGGATTCGCG GGAGCCAGAG 
TCCGATCCGA TTCTGAGGAA TATAGAGGAG TACAGCCTTG TCGTCCCCAC CAGCACCGAC 
TCAGAGGGCA GGTTCCTATC CCACTTGGTG TCTGGACCGC CAAAAGCACG CTTCAGGAGA 
GCTGCGGAGG ACTTGCAACA TGAAGCAGCA AATGAGCAAA TCTTTTACAA TGTCACTGTT 
TTTGGAAGAG AGTTTCACTT CAGGTTGCGG CCAAACTCCA GGCTGGTGGC CCCTGGAGCA 
ACAGTTGAAT GGCAGGAGGA CTCTGAGGAG ACCCACGTTG AACCTCTCTA TGGGAATTGC 
CTCTATGTTG GGGATATCAC TGACTTGCCA AATGCTTCAG TTGCTATCAG CAATTGCGAT 
GGGCTGGCTG GCATGATTCG CACAGACAAG GACGAGTTCT TCATTGAACC TCTGGAAAAG 
GGGGCCCAGA AGGAGGAGGA GGGAAGAGGC AGAACGCACG TGGTCTATCG CAGAGTAGCT 
GCGAAGAAGC AGCTTCCTAT GGAGAGTGTG GATACCCTGT ATAAAGCGGC TAACCTCACT 
AATTTGGATA GTCTCGACAG CGCGGTGAGC TTTGTTGAGG ACCGGGTGCG TAGAGCGAGG 
CAGCGCTATC GAAGGCATGC GACTGAGGAC GATTACAACA TTGAAGTCCT TCTGGGGGTT 
GACGACTCAG TTGTGCAATT CCATGGGAAA GAACACGTTC AGAAGTACCT GCTGACTCTG 
ATGAACATTG TCAATGAAAT TTATCATGAT GAGTCCCTGG GTGCTCACAT TAATGTTGTC 
TTGGTGAGGA TAATCCTGCT GAGCTACGGC AAGTCTATGA GTCTGATAGA GATTGGGAAC 
CCTTCACAAA GTCTGGAAAA TGTGTGTCGC TGGGCCTACT TGCAACAGAA ACCGGACACT 
GGACACGCGG AGTATCACGA CCACGCGATA TTTCTCACAA GGCAGGACTT TGGTCCATCT 
GGTATGCAAG GCTACGCTCC AGTCACTGGA ATGTGTCATC CTGTTCGAAG CTGCACTCTC 
AACCATGAAG ATGGTTTTTC ATCTGCATTT GTGGTGGCTC ATGAAACTGG ACATGTTTTA 
GGCATGGAGC ACGACGGCCA AGGGAACAGA TGTGGGGACG AAGTTCGCCT GGGGAGCATC 
ATGGCCCCCC TCGTGCAAGC CGCGTTTCAT CGCTTCCATT GGTCTCGTTG CAGCCAGCAA 
GAGCTGAATC GATACCTCCA TTCCTATGAT TGTCTGCGTG ATGATCCCTT CGAACATGAC 
TGGCCTTCCC TTCCCCAGCT GCCAGGAATT CACTACTCCA TGAATGAGCA GTGCCGTTTC 
GATTTTGGTT TGGGCTACAT GATGTGCACA GCTTTCCGCA CATTTGACCC ATGCAAGCAG 
CTGTGGTGTA GCCACCCCGA GAACCCCTAC TTCTGCAAAA CAAAGAAAGG GCCTCCGCTG 
GACGGGACCA TGTGTGCACC AGGAAAGCAT TGCTTTAAAG GTCACTGCAT CTGGCTGACA 
CCAGACATCC TGAAGCAGGA CGGGCACTGG GGGGCCTGGA GCAAGTTTGG CTCCTGCTCT 
CGCACCTGTG GCACCGGGGT GAAGTACAGG ACACGGCAGT GCGACAATCC CCATCCTGCC 
AACGGAGGCC GCACGTGCGT GGGGCCGAGC TACGAGTTCC AGCTGTGCAA CACTCAGGAC 
TGCCCGAAGG ACCTGGAAGA TTTCAGAGAG GAGCAGTGTC GGCAGTGGGA TCCTTACTTC 
GAGTACCAGA ACACAAAACA CCACTGGCTC CCCTACGAAC ATGTCGATGC TAAGGAAAGG 
TGTCACCTCT ATTGTGAATC AAAGGAAACA GGGGATGTGG TGTATATGAA AAGGATGGTA 
CACGATGGGA CCCGCTGCTC CTACAAAGAC GCGTACAGCA TCTGCGTGCG GGGAGACTGC 
TTGAAAGTTG GGTGTGACAG GGTGATAGGT TCCACAAAGC AGGAAGATAA GTGTGGTGTT 
TGTGGAGGAG ACAATTCCCA CTGCAAAGTG GTGAAAGGAA CATTTTCAAG AGTACCAAAG 
AAACAAGGGC ACATTAAGAT GTTTGAAATT CCTGTTGGTG CGAGACATTT ACTTATACAG 
GAAACAGACG CCACCAGTCA TAATCTTGCA ATTAAAAACC GTGAAACAGG GAAATTCATT 
CTAAGCGAAG ACAACTATGT GCCAGACTCT AAAGTATTTA TTGACATGGG TGTGGAGTGG 
GAATATCGGA ATGATGATGA TAGAGAAACC GTGCAGACCA TGGGGCCTCT GCGTAATGGA 
ATAGTTATTC TGGTGATTCC TCATGGTGAT GCCAAGATAT CCTTAACTTA CAAGTACATG 
ATCCATGAAG ATTCCTTGAA TGTAGATAAC AATAATGTTT TGGAAGAGGA CTCGGTGTCG 
TATGAATGGG CTTTGAAGAA ATGGTCCCAA TGTTCAAAAC CTTGTGGAGG AGGCTCCCAA 
TTCACAAAAT ATGGCTGCCG GAGGAAGACG GACCACAAGA TGGTTCATCG GAGTTACTGC 
GAGTTGATCC CAAAGCCTAA GCCCATTCGT AGGGCGTGCA ACCTCCAGGA GTGCTCCCAG 
CCCATATGGG TTACAGGAGA ATGGGAGCCT TGCAGCAAAA CTTGTGGGAA GACAGGATAT 
CAAGTACGAT CTGTCCGATG TATCCAACCC CTNCACGACA ACACGAATCG GTCTGTGCCC 
ACCAAGTACT GCAGCAGCGA CCGTCCGGAA GGCAGGAGGC CTTGCAACCG GGAGCTTTGC 
CCAGCGCAGT GGAGGACAGG ACCCTGGTCA CAGTGCTCTG TCAGCTGTGG CAATGGCACC 
CAGGATCGCC CAGTCCTATG CCGGACCAGG GACAACGCTA TTGGCCTTTG TAAAGAGAAT 
AAACCAGAGA CTGTAAGGAT TTGCAGACTA CCTCCATGTC CAAGAAATGT TTCTGATCCT 
TCGAAGAAAA CCTACATGAT ACAATGGCTG TCAAGACCTG ATCCAGACTA CCCCATCCAG 
AAAATATCTT CAAAAGATCA TTGTCAAGGA GACAAGTCAA TGTTTTGTCG CATGGAGGTT 
CTCTCCCGTT ACTGCTCGAT TGCTGGTTAC AATAAGCTGT GTTGCAAGTC CTGTAGTATG 
TACAGCAACA TAACAGAGGA CGACAATGTA ACGGATTCTA ACGTAAATAA GAATAATGTC 
ATTGAGGAGG AGCTCCTGAC AACCCTCAGC CCTCCCATGG GAGCATCCAC CACACAGTCT 
GCCACCACCA GCCCTCCTCT TGTTTCCAAA ACACGTGCGC CTCCTTCCAA TGCAACCGAG 
GAGCACCCAG AAATCAATGC GGTGGATGTC CCCTATAAAA TCGATGGGCT GGATAATGAA 
GTATCACAGC ACAACATCAT TACACAGAGG AGGATACCTT ATGAAAGGAC AAGGAATCGG 
AGAATTCAGG AGCTGATCGC TGAGAAAAGG AAAAAAGAGA CTCTTAGGAA AATAAACTAA