ADAMTS9 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	ADAMTS9
Entrez Gene ID	100018439
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 9
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007500028.1	XP_007500090.1	LOW QUALITY PROTEIN: A disintegrin and metalloproteinase with thrombospondin motifs 9

Pathways from BioSystems
Gene Ontology

The following ADAMTS9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADAMTS9 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
OMc29144	XM_007500028.1 Latest version!	Monodelphis domestica ADAM metallopeptidase with thrombospondin type 1 motif 9 (ADAMTS9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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All Other ORF Clones
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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)

ADAMTS9 ( XM_007500028.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007500090.1 Monodelphis domestica ADAM metallopeptidase with thrombospondin type 1 motif 9 (ADAMTS9), mRNA.

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CloneID	OMc29144
Clone ID Related Accession (Same CDS sequence)	XM_007500028.1
Accession Version	XM_007500028.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5232bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	LOW QUALITY PROTEIN: A disintegrin and metalloproteinase with thrombospondin motifs 9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008806.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGATGGCC AAGAATATGA GGATGAACAC AACAAGCCCC ACGTCGTTTA TCGGCGAAGT 
GCTCCTGGCC AAGACTCGTT CACCAGAAGA CATACCTGTG ATACTAAAGA ACATAAACAT 
GGCGGCAGAA AAAATAGGAA GAAAACTCTC ACAAGAAAAT GGCAAGACAG GGGCATGCTG 
TTGGATGACG TGGAGATATT AAAAAGCAGC TTGGCAGCTA AGCCATTTTC TGCCCATGGT 
AACAAGACTG AGAGCATGAA CGGGAGAAAG AGCCACAGGA GGACCAAACG TTTTTTGTCG 
TATCCTCGGT TTGTGGAAGT CATGGTGGTT GCAGATAGCA GAATGGTTGC CTATCACGGA 
GCTAATCTGC AACACTATGT TTTAACATTA ATGTCAATAG TAGCCTCTAT CTATAAAGAC 
CCAAGTATTG GAAATTTAAT TAATATTGTT ATTGTGAACT TAGTCGTGAT TCATAATGAG 
CAGGAAGGGC CTGCCATATC TTTTAATGCC CAAACAACAT TAAAAAACTT TTGTCAATGG 
CAGCACTCAA GGAACTCTCC TGGTGGAATT CAGCATGACA CTGCTGTCCT TGTCACAAGG 
CAGGATATTT GCAGAGCTCA TGACAAATGT GATACTTTGG GTCTTGCTGA ACTGGGAACA 
GTCTGTGATC CGTATCGAAG TTGTTCAATT AGCGAAGATA ATGGATTAAG TACTGCCTTT 
ACCATAGCCC ATGAACTTGG CCATGTATTT AACATGCCTC ACGATGACAA CAATAAATGT 
AAAGAAGAAG GAGTTAAAAG TCCACAGCAT GTCATGGCAC CAACGTTGAA TGTCTACACT 
AACCCCTGGA TGTGGTCCAA GTGTAGCCGG AAGTACATTA CTGAGTTCTT GGACACCGGT 
TATGGAGAGT GTTTGCTCAA TGAGCCCGAG GCCAGGACCT ACCCTCTGCC TCCACAGCTG 
CCCGGCCTCC TTTACAACGT GAACAAGCAA TGTGAACTGA TTTTTGGACC GGGCTCCCAG 
GTGTGCCCAT ACATGATGCA ATGCAGAAGA CTCTGGTGCA TTAATATAGA TGGTGCCCAC 
AAAGGGTGCA GGACCCAGCA CACACCTTGG GCTGATGGAA CCGAGTGTGA ACCTGGAAAG 
CACTGCAAGT ATGGATTTTG TGTTCTCAAA GAAATGGAGG GGCCACGGAC AGATGGATCA 
TGGGGGAATT GGAGTCACTT TGGGACCTGC TCGAGGACCT GCGGTGGTGG CATCAAAACA 
GCCACGCGAG AGTGCAACAG ACCTGAACCT CAAAATGGAG GGAGATACTG CACAGGTCGC 
AGAATGAAGT TTAAATCCTG CAACACTGAA CCATGCCCTC ATCAGAGGAG AGATTTCCGG 
GATGAGCAAT GTGCCCATTT TGATGGAAAG CATTTCAACA TCAATGGCCT CCTTCCTAAT 
GTGCGCTGGG TTCCAAAATA CAGTGGAATT TTAATGAAAG ACCGGTGCAA GCTGTTCTGT 
AGGGTAGCAG GAAATACAGC CTACTATCAG CTCCGAGACC GGGTGGTAGA CGGCACTCCC 
TGTGGACAAG ACACCAATGA TATCTGTGTT CAAGGACTTT GTAGGCAAGC TGGATGTGAT 
CATGTGTTAA ACTCAAAGGC GAGAAGAGAT AAATGTGGGG TTTGCGGTGG CGATAACTCT 
TCGTGCAAAA CCGTGGCAGG AACGTTTAAT ACAGTGCATT ATGGTTACAA CACTGTGGTC 
CGGATCCCAG TGGGTGCTAC CAATATTGAT GTACGACAAC ACAGCTTCTC AGGGAAGGCA 
GAAGATGACA ACTACCTAGC ATTATCCAGC AGCCAAGGAG AATTCTTACT CAATGGAGAC 
TTTGTCGTAA CTATGTCCAA AAAGGAAATC AGAATCGGGA ATGCTGTCAT CGAGTATAGC 
GGCTCTGACA ATGCAGTGGA GAGGATCAAC TCAACAGATC GCATTGAACA AGAGATTTTG 
CTTCAGGTCC TCTCAGTGGG TAATTTGTAT AATCCCGATG TACGTTACAC ATTCAATATT 
CCAATTGAAG ACAGCCCTCA GCACTTCTAC TGGAACAGCT ATGGGCCCTG GCAGGCATGC 
AGTAGACTCT GCCAAGGAGA ACGGAAGAGG AAACCGGTCT GCACCAGAGA ATCTGATCAG 
CTCACAGTTT CAGATCAAAG ATGTGATCGG ATTCCTCAGC CAGAGCCAGT CACGGAACCC 
TGTGGCACTG AGTGTGAATT AAGATGGCAC ATTGCTGGCA AGAGTGAATG CAGTGCCCAG 
TGTGGATTGG GTTACCGTAC ACTAGATATT TACTGTGCCA AGTACAACAG GCCTGAAGGG 
AAGACGGAGA AAGTAGATGA CAGTTTCTGC AGCAGCCACC CCAAACCAAG CAACCGGGAA 
AAATGCACTG GAGAATGTAA CACGGGAGGT TGGCAGTATA CAGATTGGAC AGAATGCTCT 
AAGAGTTGTG ATAGTGGAAC CCAGAGAAGA AGAGCTATCT GTGTGAGCCC TCACAATGAT 
GTACTGGATG ACAGTAAATG CAGACACCAG GAAAAGCTCA CCATCCAGAG ATGTAATGAG 
TTCCTCTGTC CACAGTGGAA ATCAGAAGAT TGGTCAGAGT GCTTGGTCAC TTGTGGAAAG 
GGGCATAAAC ACCGCCAGGT CTGGTGTCAG TTTGGCGAAG AACGATTGAA CGATAGACTA 
TGTGACCTTG CCACCAAGCC CGATTCGGTG CAGACCTGTC AGCAGCAGGA ATGTGCATCC 
TGGCAAGTAG GGCCGTGGGG ACAGTGCAGT GTGTCTTGTG GCCAAGGTTA CCAGATGCGA 
GCCGTCAAAT GTGTCCGTGG AGCTTATTTA TCTGTGGTTG ATGACAGCGA ATGCAATGCG 
GCTACCCGAC CAACCGACAC CCTGGACTGT GAATTAGTGT CTTGTCAACC GCCACCAGCT 
GCACCAGAAG CAAGAAGAAG TACTCACGTT CAAAGAACCC AGTGGAGATT TGGATCTTGG 
ACTCCATGCT CGGCAACATG TGGAAAAGGA ACCCGGATGA GATATGTCAG CTGTAGGGAT 
GATGAGGGCT CAGTGGCAGA TGAGGAAGCC TGTTCTACCC TCCCAAGGCC ATCGGCAAAA 
GAAGTGTGCG CTGTGACCCC TTGTGGGCAG TGGAAAGCCT TGGACTGGAG CCCTTGCTCG 
GTGTCCTGTG GACAAGGTAG GGCAACGCGG CAGGTGGTAT GTGTCAACTA CAGCAACCAG 
GTAGTTGATC AGAGTGAGTG CGACTTGGAT TACATCCCAG AAACAGAACA GGACTGCTCC 
ATGTCACCCT GCCCGCGCCG GAGCCACGAC CGGGACCTAC CCCAGCACCC CTTCCAAAAC 
AAGGACTACC GCCCCAGAAG TGCCAACCCC AGCCGCACCC ACGTACTTGG TGGCAATCAG 
TGGAGAACCG GACCCTGGGG GGCATGCTCC AGTACATGTG CTGGTGGGTT CCAGCGGCGA 
GTCGTTGTCT GCCAAGATGA GAATGGATAT GCTGCAAATG ATTGTGTGGA GAGACTCAAA 
CCCGATGAGC AGAGGTCGTG TGAATCTNGC CCCTGTCCTC AGTGGGCTTA CGGCAACTGG 
GGAGAGTGCA CCAAGCCATG TGGAGGAGGA ACACGGACTA GACTGGTGGC TTGCCAGCGC 
CCAGATGGGG AAAGATTCAT GGATCTGAGT TGTGAAATTC TGGATAAGCC CCCAGATCGC 
GAGCAGTGCA ATACTCATGC TTGCCCTCAA GATGCAAGGT GGAATTCTGG CCCTTGGAGC 
TCGTGCTCTG TCTCTTGTGG TCGGGGGCAT AAACAACGAA ATGTGTACTG CATGGCAAAA 
GATGGAAACC ATTTAGAAAA TGATTACTGT AAACATCTGG CTAAACCTAA TGGGCAAAGA 
AAGTGCAGAG GAGGAAGATG TCCCAAGTGG AAGGCTGGAG CCTGGAGCCA GTGCTCCGTG 
TCCTGTGGCC AGGGCGTCCA GCAGAGGAAT GTGGACTGTC GGACTGGAGC CCACAAAACG 
AGGGAGAGCG AATGCAACCT GTACACCAGA CCTGTGTCCG AGCAAACCTG CCTCTCCCCG 
GCGTGTCCCC TGTACACTTG GAGGACAGAG GAATGGCAAA GTTGCACAAA GACTTGTGGA 
GAAGGTTCCA GGTACAGAAA GGTGGTGTGT GTGGATGAGA ACAAAGTTGA GAACCACAGC 
CTGCACTGTG ACCCAAGCAA GCGGCCGGCA GACCGAGAAA GCTGCAGTCT GCAGCCCTGC 
GAGTACATCT GGATCACCGG CGAATGGTCG GAGTGCTCAG TGACCTGTGG CAAAGGTTAT 
AAACAAAGGC TAGTTTCATG TAGCGAGATT TACACCGGGA AAGACCATTA TGAGTACAGC 
TACCAGAACA CCATCAACTG CCCGGGCACC CAGCCCCCCA GCATCCATCC CTGCTTCCTG 
CGGGAGTGTC CAGTCTCAGC CACCTGGAGA GTTGGAAACT GGGGGAGTTG CTCAGTGACT 
TGTGGACCTG GTGTGATGCA TCGGTCAGTA CAGTGTTTAA CCAATGACGA CCAGCCGAGC 
AGTCTATGCC CCATTGACCT GAAACCCGAA GAAAGAAGAA CATGCCACAA TAACCACAAT 
TGTGAGTTGC CCAGAAACTG CAAAGAGATG AAAAGGCTGA AAGGTGTCAT TGAAGATGGG 
GAATATTATC TCACAATCAC AGGAAGGATT CTCAAGGTCT TCTGTGCTGG GATGCAGTCT 
GACAAGCCCA AAGAGTATAT CACACTTGTC AGTAGTGATT CCGAGAACTT CTCAGAGGTT 
TATGGGCACA GGCTACACAA CCCTACAGAA TGTCCTTATA ATGGGAGCCG GCGAGAGGAC 
TGCCACTGTC GGAAAGATTA CACAGCAGCT GGGTTTTCCT CCTTCCGAAA AGTCAGGCTG 
GATCTGACCA CTATGCAAAT AATAACCACA GATTTGCAGT TTGCTCGGAC ACATGATGGT 
CGTCCTGTTC CTTTTGCCAC AGCTGGAGAT TGCTACAGTG CTGCAAAGTG CCCACAGGGA 
CGCTTCAGCA TCAATCTTTA TGGAACCGGC CTGTCATTAA CAGATGCATC CAGATGGGTC 
TCACAAGGGA ACTACGCTGT CTCTGAAATT AAAAAGTCAC CGGATGGCAC CAAGGTCACA 
GGGAAATGTG GTGGATACTG TGGGAAATGC ACACCATCCT CTGGAACTGG CCTGGAGGTG 
CGAGTGCTCT AA

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

RefSeq	XP_007500090.1
CDS	768..5999
Translation	MDGQEYEDEHNKPHVVYRRSAPGQDSFTRRHTCDTKEHKHGGRKNRKKTLTRKWQDRGMLLDDVEILKSSLAAKPFSAHGNKTESMNGRKSHRRTKRFLSYPRFVEVMVVADSRMVAYHGANLQHYVLTLMSIVASIYKDPSIGNLINIVIVNLVVIHNEQEGPAISFNAQTTLKNFCQWQHSRNSPGGIQHDTAVLVTRQDICRAHDKCDTLGLAELGTVCDPYRSCSISEDNGLSTAFTIAHELGHVFNMPHDDNNKCKEEGVKSPQHVMAPTLNVYTNPWMWSKCSRKYITEFLDTGYGECLLNEPEARTYPLPPQLPGLLYNVNKQCELIFGPGSQVCPYMMQCRRLWCINIDGAHKGCRTQHTPWADGTECEPGKHCKYGFCVLKEMEGPRTDGSWGNWSHFGTCSRTCGGGIKTATRECNRPEPQNGGRYCTGRRMKFKSCNTEPCPHQRRDFRDEQCAHFDGKHFNINGLLPNVRWVPKYSGILMKDRCKLFCRVAGNTAYYQLRDRVVDGTPCGQDTNDICVQGLCRQAGCDHVLNSKARRDKCGVCGGDNSSCKTVAGTFNTVHYGYNTVVRIPVGATNIDVRQHSFSGKAEDDNYLALSSSQGEFLLNGDFVVTMSKKEIRIGNAVIEYSGSDNAVERINSTDRIEQEILLQVLSVGNLYNPDVRYTFNIPIEDSPQHFYWNSYGPWQACSRLCQGERKRKPVCTRESDQLTVSDQRCDRIPQPEPVTEPCGTECELRWHIAGKSECSAQCGLGYRTLDIYCAKYNRPEGKTEKVDDSFCSSHPKPSNREKCTGECNTGGWQYTDWTECSKSCDSGTQRRRAICVSPHNDVLDDSKCRHQEKLTIQRCNEFLCPQWKSEDWSECLVTCGKGHKHRQVWCQFGEERLNDRLCDLATKPDSVQTCQQQECASWQVGPWGQCSVSCGQGYQMRAVKCVRGAYLSVVDDSECNAATRPTDTLDCELVSCQPPPAAPEARRSTHVQRTQWRFGSWTPCSATCGKGTRMRYVSCRDDEGSVADEEACSTLPRPSAKEVCAVTPCGQWKALDWSPCSVSCGQGRATRQVVCVNYSNQVVDQSECDLDYIPETEQDCSMSPCPRRSHDRDLPQHPFQNKDYRPRSANPSRTHVLGGNQWRTGPWGACSSTCAGGFQRRVVVCQDENGYAANDCVERLKPDEQRSCESnullPCPQWAYGNWGECTKPCGGGTRTRLVACQRPDGERFMDLSCEILDKPPDREQCNTHACPQDARWNSGPWSSCSVSCGRGHKQRNVYCMAKDGNHLENDYCKHLAKPNGQRKCRGGRCPKWKAGAWSQCSVSCGQGVQQRNVDCRTGAHKTRESECNLYTRPVSEQTCLSPACPLYTWRTEEWQSCTKTCGEGSRYRKVVCVDENKVENHSLHCDPSKRPADRESCSLQPCEYIWITGEWSECSVTCGKGYKQRLVSCSEIYTGKDHYEYSYQNTINCPGTQPPSIHPCFLRECPVSATWRVGNWGSCSVTCGPGVMHRSVQCLTNDDQPSSLCPIDLKPEERRTCHNNHNCELPRNCKEMKRLKGVIEDGEYYLTITGRILKVFCAGMQSDKPKEYITLVSSDSENFSEVYGHRLHNPTECPYNGSRREDCHCRKDYTAAGFSSFRKVRLDLTTMQIITTDLQFARTHDGRPVPFATAGDCYSAAKCPQGRFSINLYGTGLSLTDASRWVSQGNYAVSEIKKSPDGTKVTGKCGGYCGKCTPSSGTGLEVRVL

Target ORF information:

RefSeq Version	XM_007500028.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica ADAM metallopeptidase with thrombospondin type 1 motif 9 (ADAMTS9), mRNA.

Target ORF information:

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

XM_007500028.1

ORF Insert Sequence:

ATGGATGGCC AAGAATATGA GGATGAACAC AACAAGCCCC ACGTCGTTTA TCGGCGAAGT 
GCTCCTGGCC AAGACTCGTT CACCAGAAGA CATACCTGTG ATACTAAAGA ACATAAACAT 
GGCGGCAGAA AAAATAGGAA GAAAACTCTC ACAAGAAAAT GGCAAGACAG GGGCATGCTG 
TTGGATGACG TGGAGATATT AAAAAGCAGC TTGGCAGCTA AGCCATTTTC TGCCCATGGT 
AACAAGACTG AGAGCATGAA CGGGAGAAAG AGCCACAGGA GGACCAAACG TTTTTTGTCG 
TATCCTCGGT TTGTGGAAGT CATGGTGGTT GCAGATAGCA GAATGGTTGC CTATCACGGA 
GCTAATCTGC AACACTATGT TTTAACATTA ATGTCAATAG TAGCCTCTAT CTATAAAGAC 
CCAAGTATTG GAAATTTAAT TAATATTGTT ATTGTGAACT TAGTCGTGAT TCATAATGAG 
CAGGAAGGGC CTGCCATATC TTTTAATGCC CAAACAACAT TAAAAAACTT TTGTCAATGG 
CAGCACTCAA GGAACTCTCC TGGTGGAATT CAGCATGACA CTGCTGTCCT TGTCACAAGG 
CAGGATATTT GCAGAGCTCA TGACAAATGT GATACTTTGG GTCTTGCTGA ACTGGGAACA 
GTCTGTGATC CGTATCGAAG TTGTTCAATT AGCGAAGATA ATGGATTAAG TACTGCCTTT 
ACCATAGCCC ATGAACTTGG CCATGTATTT AACATGCCTC ACGATGACAA CAATAAATGT 
AAAGAAGAAG GAGTTAAAAG TCCACAGCAT GTCATGGCAC CAACGTTGAA TGTCTACACT 
AACCCCTGGA TGTGGTCCAA GTGTAGCCGG AAGTACATTA CTGAGTTCTT GGACACCGGT 
TATGGAGAGT GTTTGCTCAA TGAGCCCGAG GCCAGGACCT ACCCTCTGCC TCCACAGCTG 
CCCGGCCTCC TTTACAACGT GAACAAGCAA TGTGAACTGA TTTTTGGACC GGGCTCCCAG 
GTGTGCCCAT ACATGATGCA ATGCAGAAGA CTCTGGTGCA TTAATATAGA TGGTGCCCAC 
AAAGGGTGCA GGACCCAGCA CACACCTTGG GCTGATGGAA CCGAGTGTGA ACCTGGAAAG 
CACTGCAAGT ATGGATTTTG TGTTCTCAAA GAAATGGAGG GGCCACGGAC AGATGGATCA 
TGGGGGAATT GGAGTCACTT TGGGACCTGC TCGAGGACCT GCGGTGGTGG CATCAAAACA 
GCCACGCGAG AGTGCAACAG ACCTGAACCT CAAAATGGAG GGAGATACTG CACAGGTCGC 
AGAATGAAGT TTAAATCCTG CAACACTGAA CCATGCCCTC ATCAGAGGAG AGATTTCCGG 
GATGAGCAAT GTGCCCATTT TGATGGAAAG CATTTCAACA TCAATGGCCT CCTTCCTAAT 
GTGCGCTGGG TTCCAAAATA CAGTGGAATT TTAATGAAAG ACCGGTGCAA GCTGTTCTGT 
AGGGTAGCAG GAAATACAGC CTACTATCAG CTCCGAGACC GGGTGGTAGA CGGCACTCCC 
TGTGGACAAG ACACCAATGA TATCTGTGTT CAAGGACTTT GTAGGCAAGC TGGATGTGAT 
CATGTGTTAA ACTCAAAGGC GAGAAGAGAT AAATGTGGGG TTTGCGGTGG CGATAACTCT 
TCGTGCAAAA CCGTGGCAGG AACGTTTAAT ACAGTGCATT ATGGTTACAA CACTGTGGTC 
CGGATCCCAG TGGGTGCTAC CAATATTGAT GTACGACAAC ACAGCTTCTC AGGGAAGGCA 
GAAGATGACA ACTACCTAGC ATTATCCAGC AGCCAAGGAG AATTCTTACT CAATGGAGAC 
TTTGTCGTAA CTATGTCCAA AAAGGAAATC AGAATCGGGA ATGCTGTCAT CGAGTATAGC 
GGCTCTGACA ATGCAGTGGA GAGGATCAAC TCAACAGATC GCATTGAACA AGAGATTTTG 
CTTCAGGTCC TCTCAGTGGG TAATTTGTAT AATCCCGATG TACGTTACAC ATTCAATATT 
CCAATTGAAG ACAGCCCTCA GCACTTCTAC TGGAACAGCT ATGGGCCCTG GCAGGCATGC 
AGTAGACTCT GCCAAGGAGA ACGGAAGAGG AAACCGGTCT GCACCAGAGA ATCTGATCAG 
CTCACAGTTT CAGATCAAAG ATGTGATCGG ATTCCTCAGC CAGAGCCAGT CACGGAACCC 
TGTGGCACTG AGTGTGAATT AAGATGGCAC ATTGCTGGCA AGAGTGAATG CAGTGCCCAG 
TGTGGATTGG GTTACCGTAC ACTAGATATT TACTGTGCCA AGTACAACAG GCCTGAAGGG 
AAGACGGAGA AAGTAGATGA CAGTTTCTGC AGCAGCCACC CCAAACCAAG CAACCGGGAA 
AAATGCACTG GAGAATGTAA CACGGGAGGT TGGCAGTATA CAGATTGGAC AGAATGCTCT 
AAGAGTTGTG ATAGTGGAAC CCAGAGAAGA AGAGCTATCT GTGTGAGCCC TCACAATGAT 
GTACTGGATG ACAGTAAATG CAGACACCAG GAAAAGCTCA CCATCCAGAG ATGTAATGAG 
TTCCTCTGTC CACAGTGGAA ATCAGAAGAT TGGTCAGAGT GCTTGGTCAC TTGTGGAAAG 
GGGCATAAAC ACCGCCAGGT CTGGTGTCAG TTTGGCGAAG AACGATTGAA CGATAGACTA 
TGTGACCTTG CCACCAAGCC CGATTCGGTG CAGACCTGTC AGCAGCAGGA ATGTGCATCC 
TGGCAAGTAG GGCCGTGGGG ACAGTGCAGT GTGTCTTGTG GCCAAGGTTA CCAGATGCGA 
GCCGTCAAAT GTGTCCGTGG AGCTTATTTA TCTGTGGTTG ATGACAGCGA ATGCAATGCG 
GCTACCCGAC CAACCGACAC CCTGGACTGT GAATTAGTGT CTTGTCAACC GCCACCAGCT 
GCACCAGAAG CAAGAAGAAG TACTCACGTT CAAAGAACCC AGTGGAGATT TGGATCTTGG 
ACTCCATGCT CGGCAACATG TGGAAAAGGA ACCCGGATGA GATATGTCAG CTGTAGGGAT 
GATGAGGGCT CAGTGGCAGA TGAGGAAGCC TGTTCTACCC TCCCAAGGCC ATCGGCAAAA 
GAAGTGTGCG CTGTGACCCC TTGTGGGCAG TGGAAAGCCT TGGACTGGAG CCCTTGCTCG 
GTGTCCTGTG GACAAGGTAG GGCAACGCGG CAGGTGGTAT GTGTCAACTA CAGCAACCAG 
GTAGTTGATC AGAGTGAGTG CGACTTGGAT TACATCCCAG AAACAGAACA GGACTGCTCC 
ATGTCACCCT GCCCGCGCCG GAGCCACGAC CGGGACCTAC CCCAGCACCC CTTCCAAAAC 
AAGGACTACC GCCCCAGAAG TGCCAACCCC AGCCGCACCC ACGTACTTGG TGGCAATCAG 
TGGAGAACCG GACCCTGGGG GGCATGCTCC AGTACATGTG CTGGTGGGTT CCAGCGGCGA 
GTCGTTGTCT GCCAAGATGA GAATGGATAT GCTGCAAATG ATTGTGTGGA GAGACTCAAA 
CCCGATGAGC AGAGGTCGTG TGAATCTNGC CCCTGTCCTC AGTGGGCTTA CGGCAACTGG 
GGAGAGTGCA CCAAGCCATG TGGAGGAGGA ACACGGACTA GACTGGTGGC TTGCCAGCGC 
CCAGATGGGG AAAGATTCAT GGATCTGAGT TGTGAAATTC TGGATAAGCC CCCAGATCGC 
GAGCAGTGCA ATACTCATGC TTGCCCTCAA GATGCAAGGT GGAATTCTGG CCCTTGGAGC 
TCGTGCTCTG TCTCTTGTGG TCGGGGGCAT AAACAACGAA ATGTGTACTG CATGGCAAAA 
GATGGAAACC ATTTAGAAAA TGATTACTGT AAACATCTGG CTAAACCTAA TGGGCAAAGA 
AAGTGCAGAG GAGGAAGATG TCCCAAGTGG AAGGCTGGAG CCTGGAGCCA GTGCTCCGTG 
TCCTGTGGCC AGGGCGTCCA GCAGAGGAAT GTGGACTGTC GGACTGGAGC CCACAAAACG 
AGGGAGAGCG AATGCAACCT GTACACCAGA CCTGTGTCCG AGCAAACCTG CCTCTCCCCG 
GCGTGTCCCC TGTACACTTG GAGGACAGAG GAATGGCAAA GTTGCACAAA GACTTGTGGA 
GAAGGTTCCA GGTACAGAAA GGTGGTGTGT GTGGATGAGA ACAAAGTTGA GAACCACAGC 
CTGCACTGTG ACCCAAGCAA GCGGCCGGCA GACCGAGAAA GCTGCAGTCT GCAGCCCTGC 
GAGTACATCT GGATCACCGG CGAATGGTCG GAGTGCTCAG TGACCTGTGG CAAAGGTTAT 
AAACAAAGGC TAGTTTCATG TAGCGAGATT TACACCGGGA AAGACCATTA TGAGTACAGC 
TACCAGAACA CCATCAACTG CCCGGGCACC CAGCCCCCCA GCATCCATCC CTGCTTCCTG 
CGGGAGTGTC CAGTCTCAGC CACCTGGAGA GTTGGAAACT GGGGGAGTTG CTCAGTGACT 
TGTGGACCTG GTGTGATGCA TCGGTCAGTA CAGTGTTTAA CCAATGACGA CCAGCCGAGC 
AGTCTATGCC CCATTGACCT GAAACCCGAA GAAAGAAGAA CATGCCACAA TAACCACAAT 
TGTGAGTTGC CCAGAAACTG CAAAGAGATG AAAAGGCTGA AAGGTGTCAT TGAAGATGGG 
GAATATTATC TCACAATCAC AGGAAGGATT CTCAAGGTCT TCTGTGCTGG GATGCAGTCT 
GACAAGCCCA AAGAGTATAT CACACTTGTC AGTAGTGATT CCGAGAACTT CTCAGAGGTT 
TATGGGCACA GGCTACACAA CCCTACAGAA TGTCCTTATA ATGGGAGCCG GCGAGAGGAC 
TGCCACTGTC GGAAAGATTA CACAGCAGCT GGGTTTTCCT CCTTCCGAAA AGTCAGGCTG 
GATCTGACCA CTATGCAAAT AATAACCACA GATTTGCAGT TTGCTCGGAC ACATGATGGT 
CGTCCTGTTC CTTTTGCCAC AGCTGGAGAT TGCTACAGTG CTGCAAAGTG CCCACAGGGA 
CGCTTCAGCA TCAATCTTTA TGGAACCGGC CTGTCATTAA CAGATGCATC CAGATGGGTC 
TCACAAGGGA ACTACGCTGT CTCTGAAATT AAAAAGTCAC CGGATGGCAC CAAGGTCACA 
GGGAAATGTG GTGGATACTG TGGGAAATGC ACACCATCCT CTGGAACTGG CCTGGAGGTG 
CGAGTGCTCT AA

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

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ADAMTS9 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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