Adamts9 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Adamts9
Entrez Gene ID	312566
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif, 9
General protein information	Preferred Names ADAM metallopeptidase with thrombospondin type 1 motif, 9 Names A disintegrin and metalloproteinase with thrombospondin motifs 9 a disintegrin-like and metalloprotease (reprolysin type) with thrombospondin type 1 motif, 9
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 4 Map Location: 4q34

mRNA and Protein(s)

mRNA	Protein	Name
XM_006236916.3	XP_006236978.1	A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X3
NM_001107877.1	NP_001101347.1	A disintegrin and metalloproteinase with thrombospondin motifs 9 precursor
XM_006236915.3	XP_006236977.1	A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X1
XM_008763126.2	XP_008761348.1	A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X2

Pathways from BioSystems

Homologies

Caenorhabditis elegans (roundworm)	gon-1	NP_001255448.1
Mus musculus (house mouse)	Adamts9	NP_780523.2
Gallus gallus (chicken)	ADAMTS9	XP_004944721.1
Rattus norvegicus (Norway rat)	Adamts9	NP_001101347.1
Danio rerio (zebrafish)	adamts9	NP_001244125.1
Pan troglodytes (chimpanzee)	ADAMTS9	XP_528704.2
	ADAMTS9	XP_001091856.1
Homo sapiens (human)	ADAMTS9	NP_891550.1
Canis lupus familiaris (dog)	ADAMTS9	XP_848393.1
Bos taurus (cattle)	ADAMTS9	NP_001193502.1

Gene Ontology
Bibliography

Related articles in PubMed

Biosynthesis and expression of a disintegrin-like and metalloproteinase domain with thrombospondin-1 repeats-15: a novel versican-cleaving proteoglycanase.
Dancevic CM, Fraser FW, Smith AD, Stupka N, Ward AC, McCulloch DR
The Journal of biological chemistry288(52)37267-76(2013 Dec)

Impact of lactobacilli on orally acquired listeriosis.
Archambaud C, Nahori MA, Soubigou G, B?cavin C, Laval L, Lechat P, Smokvina T, Langella P, Lecuit M, Cossart P
Proceedings of the National Academy of Sciences of the United States of America109(41)16684-9(2012 Oct)

Reduced versican cleavage due to Adamts9 haploinsufficiency is associated with cardiac and aortic anomalies.
Kern CB, Wessels A, McGarity J, Dixon LJ, Alston E, Argraves WS, Geeting D, Nelson CM, Menick DR, Apte SS
Matrix biology : journal of the International Society for Matrix Biology29(4)304-16(2010 May)

ADAMTS9 is a cell-autonomously acting, anti-angiogenic metalloprotease expressed by microvascular endothelial cells.
Koo BH, Coe DM, Dixon LJ, Somerville RP, Nelson CM, Wang LW, Young ME, Lindner DJ, Apte SS
The American journal of pathology176(3)1494-504(2010 Mar)

ADAMTS-9 expression is up-regulated following transient middle cerebral artery occlusion (tMCAo) in the rat.
Reid MJ, Cross AK, Haddock G, Allan SM, Stock CJ, Woodroofe MN, Buttle DJ, Bunning RA
Neuroscience letters452(3)252-7(2009 Mar)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

study indicates that ADAMTS-9 expression is modulated in response to cerebral ischaemia in vivo
Title: ADAMTS-9 expression is up-regulated following transient middle cerebral artery occlusion (tMCAo) in the rat.

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)
ORa06191	NM_001107877.1 Latest version!	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
ORa27489	XM_006236915.3 Latest version!	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
ORa27490	XM_006236916.3 Latest version!	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
ORa47144	XM_008763126.2 Latest version!	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00

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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)

Adamts9 ( NM_001107877.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001101347.1 Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), mRNA.

Price & Availability↑

CloneID	ORa06191
Clone ID Related Accession (Same CDS sequence)	NM_001107877.1
Accession Version	NM_001107877.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5643bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-04-18
Organism	Rattus norvegicus(Norway rat)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 9 precursor
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from CH473957.1. On or before Oct 4, 2007 this sequence version replaced XM_232202.4, XM_001076761.1. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMD00052296, SAMD00052297 [ECO:0000350] ##Evidence-Data-END##

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGCA CTGCAAGTTT 
GGATTCTGTG TTCCCAAAGA AATGGAGGGC CCTGCAATTG ATGGATCCTG GGGAAGTTGG 
AGTCACTTTG GGGCCTGCTC AAGAACATGT GGAGGAGGCA TCAGAACAGC CATCAGAGAG 
TGCAACAGAC CAGAGCCAAA AAATGGTGGG AGGTACTGTG TAGGGAGGAG AATGAAGTTC 
AAATCCTGCA ACACCGAGCC CTGCCCGAAG CACAAGCGAG ACTTCCGTGA GGAGCAGTGT 
GCTTACTTTG ACGGCAAGCA CTTCAACATC AATGGTCTGC TGCCCAGTGT ACGCTGGGTC 
CCTAAGTACA GTGGAATTTT GATGAAGGAC CGATGCAAGT TGTTCTGCAG AGTGGCAGGA 
AACACAGCCT ACTACCAGCT TCGAGACAGA GTGATTGACG GAACCCCCTG TGGCCAGGAC 
ACAAATGACA TCTGTGTCCA AGGCCTTTGC CGGCAAGCTG GATGTGATCA TATTTTAAAC 
TCAAAGGCCC GGAAAGATAA ATGTGGGATT TGTGGTGGCG ATAATTCTTC ATGCAAAACA 
GTGGCGGGAA CATTTAACAC GGTCCATTAT GGTTACAATA CTGTTGTCCG AATTCCAGCC 
GGTGCTACCA GCCTTGATGT GCGACAGCAC AGCTTCTCAG GGAAGTCCGA GGATGACAAC 
TACCTAGCTT TATCAAACAG TAGAGGTGAA TTCCTGCTCA ATGGAGACTT TGTTGTCTCC 
ATGTCCAAAA GGGAGGTCCG CGTGGGGAGT GCCATGATTG AGTACAGTGG ATCCGACAAT 
GTGGTGGAAA GACTGAACTG TTCAGACCGT ATCGAGGAAG AACTTCTCCT ACAGGTATTG 
TCAGTGGGGA AGTTGTACAA CCCAGATGTG CGGTATTCAT TCAATATTCC AATTGAGGAC 
AGATCTCAAC AGTTTTACTG GAACAGTCAT GGGCCGTGGC AAGCATGCAG CAAACCCTGC 
CAAGGGGAGC GGAGACGAAA ACTTGTTTGC ACCAGGGAGT CTGATCAACT TACCGTTTCT 
GATCAAAGAT GTGACCGGCT GCCCCAGCCA GGACCTGTCA CTGAAGCGTG TGGTACAGAC 
TGTGATTTGA GGTGGCACAT CGCCAGCAAG AGCGAATGCA GTGCCCAGTG TGGTCTGGGT 
TATCGTACTT TAGATATCCA CTGTGCCAAA TACAGCAGGG TGGATGGGAA GACGGAGAAG 
GTAGATGACA GTTTTTGTGG CAGTCAACCC AGACCAAGCA ACCAGGAGAA ATGCTCAGGA 
GAGTGCAGCA CAGGCGGATG GCGCTATTCT GCCTGGACAG AATGTTCTAA AAGCTGTGAT 
GGTGGTACCC AGAGAAGAAG AGCAATTTGC GTCAACACCC GCAATGATGT CCTGGATGAC 
AGCAAATGCG CACAGCAGGA GAAAGTCATC GTACAGAGAT GCAATGAGTT CTCCTGTCCT 
CATTGGAAAA CAGGAGAGTG GTCAGAGTGC TTGGTCACCT GTGGAAAAGG ACATAAGCAC 
CGCCAGGTCT GGTGTCAGTT TGGTGAAGAT CGATTAAGCG ATAGAATGTG TGACCCCGAG 
GCCAAGCCGG AGCCCATGCA GATGTGTCAG CAGCCAGAGT GCGCAGCCTG GCAGGCGGGT 
CCCTGGGGAC AGTGCAGTGT CACTTGTGGA CAGGGATACC AGCTAAGAGC AGTGAAGTGC 
ATCATGGGGA CTTACATGTC AGTGGTCGAT GACAATGACT GTAATGCAGC CACTAGGCCA 
ACCGATACCC AGGACTGTGA ACTATCGTCC TGTCACCCTT CCATACTCAC CCTGGAACCA 
AGGAGACATG TACACGGTGT ACCCAGAACC CAGTGGCGAT TTGGGTCTTG GACTCCATGC 
TCAGCCACTT GTGGAAAAGG TACCCGGATG AGATATGTTA GCTGCCGGGA CGAGGACGGT 
TCTGTGGCTG ATGAGAGTGC CTGTGCTACC TTGCCTAAAC CAGTAGCCAA AGAAGAGTGT 
TCCGTGACAC CCTGTGGACA GTGGAAGGCT CTAGACTGGA GCTCTTGTTC CATGACTTGT 
GGGCAAGGTA AGGCGACCCG ACAAGTGGTG TGTGTCAACT ACAGTGACCA CGTGATCGAT 
CAGAGTGAGT GTGACCCAGA TTATATCCCA GAGACTGACC AGGACTGCTC TATGTCACCA 
TGCCCTCAAT GGACTGGCTC GGCTTACCCA TTTCAAAACG AGGATTTCCG TCCCAGGAGT 
GACAGCCCTA GCCGTACACA CGTGCTTGGA GGAAACCAGT GGAGAACTGG CCCCTGGGGA 
GCCTGTTCTA GTACCTGTGC CGGAGGCTCC CAGAGGCGAG TTGTGGTGTG TCAGGACGAA 
AACGGATACA CAGCCACCGA CTGCGTAGAG AGAATCAAGC CTGATGAGCA AAGAGCCTGT 
GAATCTGGCC CGTGTCCCCA GTGGGCTTAC GGCAGCTGGG GAGAGTGTAC CAAGCTGTGT 
GGTGGAGGCA TGCGGACAAG ACTGGTGGTC TGTCAGCGGG CCAATGGTGA CCGCTTCCCA 
GATTTGAGTT GTGAAGTCCT CGACAAACCT CCTGACCGTG AACAGTGCAA CACACACGCT 
TGCCCACAAG ATGCTGCGTG GAGTACTGGC CCGTGGAGCT CGTGTTCTGT CTCTTGTGGT 
CGAGGGCATA AACATCGAAA TGTTTACTGC TTGGCAAAAG ATGGAAGCCA TTTAGAGAGT 
GATTACTGTA AGCACCTTCC TAAGCCACAT GGGCACAGAA GGTGCCGAGG AGGACGGTGT 
CCCCGATGGA AGGCTGGCGC ATGGAGTCAG TGCTCTGTGT CCTGTGGCCA AGGAGTGCAG 
CAGAGGCATG TGGGCTGTCA GATCGGGACA CACAAAACAG CCAGAGAGAG TGAGTGCAGT 
TCATACAGCA GACCAGAGTC GGAGCGTGTC TGCCAAGCCT CACCATGTCC TCTCTACACT 
TGGAGGGCAG AGCAATGGCA ACAATGCACC AAGACGTGTG GAGAAGGTTC CCGGTACCGG 
CAGGTGGTAT GTGTGGCAGA GGACCAAAGT GAAGTGCACA GTGCACATTG TGACTCAGAC 
CAACGGCCTC CAGACCGTGA GAGCTGCAGC CTACAGCCCT GCGAGTACGT GTGGATCACA 
GGAGAATGGT CTGAGTGCTC AGTGACCTGT GGAAAGGGCT ACAGGCAAAG GCTGGTCTCC 
TGCAGTGAGA TTTATACGGG CAAGGAGAAT TACGAATACA GCTACCAAAC CACAGTGAAC 
TGCCCAGGCA CACAGCCTCC CAGCGTCCAT CCCTGCTACC TGAGGGACTG TCCTGTCTCG 
GCCACCTGGA GAGTTGGTAA CTGGGGCAGT TGCTCAGTGT CCTGCGGCAT GGGAGTGATG 
CATAGATCTG TGCAGTGTTT AACTAACGAA GATCAACCCA GCCACTTATG TCCCACTGAT 
ATAAAGCCAG AAGAAAGAAA AACCTGTCAC AATGTTTATA ACTGTGAGTT ACCCCAGAAC 
TGCAAGGAGG TAAAAAAACT CAATAGCGCC AGCGTTGATG GGGAATATTT CCTGGCTGTC 
AGGGGAAAGC CACTAAAGGT ATTCTGTGCA GGGATGCATT CTGACTATCC CAAGGAGTAC 
GTGACGCTGG CCCATGGTGA CTCGGAGAAC TTCTCCGAAG TTTACGGGCA CAGGTTGCAC 
AACCCAACAG AATGTCCCTA TAACGGGAGC CGACGGGATG ACTGCCATTG CCGGAAGGAT 
TACACAGCTG CTGGCTTCTC CAGTTTCCAG AAAATCCGAA TTGACCTGAC CAGCATGCAG 
ATCATAACCA CTGACTTAGA GTTTGCAAGG ACAAGTGAAG GGCATCCTGT TCCTTTTGCC 
ACCGCTGGGG ACTGCTACAG TGCTGCCAAA TGCCCACAGG GCCGTTTTAG CATCAACCTT 
TATGGGACCG GGCTGTCCTT AACCGAGTCT GCCAGATGGA CATCACAAGG GAATTATGCC 
GTTTCAGACA TCAAGAAGTC TCCGGTAAGG CTCTGTATTG CTTGGGGGAT GGTTCTTGTT 
TAA

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

RefSeq	NP_001101347.1
CDS	338..5980
Translation	MQLVSWATLLTLLVPDLVEMRSPDSAAAVRKDRLHPRQVKLLESLSEYEIASPIRVNPLGEPFPTNVHFKRRRRSINSASDPWPAFASSSSSSSTSSQEHYRLKAFGQQFLFNLTAHTGFIAPLFTVTLLGEPGVNQSKLYSEEEMELRHCFYKGHVNTKSEHTAVISLCSGMMGTFRSHDGDYFIEPLLSVDEQEDEEEQNKPHVIYRRNNPQREPSTGKHACDTSELKNSYSKDKRKTRLRKRRKRNSLADDVAALKRGMATKAFSGYNNRTNGTRDRRNHKRTKRFLSYPRFVEVMVVADHRMVLYHGSNLQHYILTLMSIVASIYKDSSIGNLINIVIVNLVVIHNEQEGPSINFNAQTTLKNFCQWQHSKNHLGGIQHDTAVLVTREDICRAQDKCDTLGLAELGTICDPYRSCSISEDSGLSTAFTIAHELGHVFNMPHDDSNKCKEEGVKSPQHVMAPTLNFYTNPWMWSKCSRKYITEFLDTGYGECLLNEPQSRTYPLPSQLPGLLYNVNKQCELIFGPGSQVCPYMHCKFGFCVPKEMEGPAIDGSWGSWSHFGACSRTCGGGIRTAIRECNRPEPKNGGRYCVGRRMKFKSCNTEPCPKHKRDFREEQCAYFDGKHFNINGLLPSVRWVPKYSGILMKDRCKLFCRVAGNTAYYQLRDRVIDGTPCGQDTNDICVQGLCRQAGCDHILNSKARKDKCGICGGDNSSCKTVAGTFNTVHYGYNTVVRIPAGATSLDVRQHSFSGKSEDDNYLALSNSRGEFLLNGDFVVSMSKREVRVGSAMIEYSGSDNVVERLNCSDRIEEELLLQVLSVGKLYNPDVRYSFNIPIEDRSQQFYWNSHGPWQACSKPCQGERRRKLVCTRESDQLTVSDQRCDRLPQPGPVTEACGTDCDLRWHIASKSECSAQCGLGYRTLDIHCAKYSRVDGKTEKVDDSFCGSQPRPSNQEKCSGECSTGGWRYSAWTECSKSCDGGTQRRRAICVNTRNDVLDDSKCAQQEKVIVQRCNEFSCPHWKTGEWSECLVTCGKGHKHRQVWCQFGEDRLSDRMCDPEAKPEPMQMCQQPECAAWQAGPWGQCSVTCGQGYQLRAVKCIMGTYMSVVDDNDCNAATRPTDTQDCELSSCHPSILTLEPRRHVHGVPRTQWRFGSWTPCSATCGKGTRMRYVSCRDEDGSVADESACATLPKPVAKEECSVTPCGQWKALDWSSCSMTCGQGKATRQVVCVNYSDHVIDQSECDPDYIPETDQDCSMSPCPQWTGSAYPFQNEDFRPRSDSPSRTHVLGGNQWRTGPWGACSSTCAGGSQRRVVVCQDENGYTATDCVERIKPDEQRACESGPCPQWAYGSWGECTKLCGGGMRTRLVVCQRANGDRFPDLSCEVLDKPPDREQCNTHACPQDAAWSTGPWSSCSVSCGRGHKHRNVYCLAKDGSHLESDYCKHLPKPHGHRRCRGGRCPRWKAGAWSQCSVSCGQGVQQRHVGCQIGTHKTARESECSSYSRPESERVCQASPCPLYTWRAEQWQQCTKTCGEGSRYRQVVCVAEDQSEVHSAHCDSDQRPPDRESCSLQPCEYVWITGEWSECSVTCGKGYRQRLVSCSEIYTGKENYEYSYQTTVNCPGTQPPSVHPCYLRDCPVSATWRVGNWGSCSVSCGMGVMHRSVQCLTNEDQPSHLCPTDIKPEERKTCHNVYNCELPQNCKEVKKLNSASVDGEYFLAVRGKPLKVFCAGMHSDYPKEYVTLAHGDSENFSEVYGHRLHNPTECPYNGSRRDDCHCRKDYTAAGFSSFQKIRIDLTSMQIITTDLEFARTSEGHPVPFATAGDCYSAAKCPQGRFSINLYGTGLSLTESARWTSQGNYAVSDIKKSPVRLCIAWGMVLV

Target ORF information:

RefSeq Version	NM_001107877.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus 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

NM_001107877.1

ORF Insert Sequence:

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGCA CTGCAAGTTT 
GGATTCTGTG TTCCCAAAGA AATGGAGGGC CCTGCAATTG ATGGATCCTG GGGAAGTTGG 
AGTCACTTTG GGGCCTGCTC AAGAACATGT GGAGGAGGCA TCAGAACAGC CATCAGAGAG 
TGCAACAGAC CAGAGCCAAA AAATGGTGGG AGGTACTGTG TAGGGAGGAG AATGAAGTTC 
AAATCCTGCA ACACCGAGCC CTGCCCGAAG CACAAGCGAG ACTTCCGTGA GGAGCAGTGT 
GCTTACTTTG ACGGCAAGCA CTTCAACATC AATGGTCTGC TGCCCAGTGT ACGCTGGGTC 
CCTAAGTACA GTGGAATTTT GATGAAGGAC CGATGCAAGT TGTTCTGCAG AGTGGCAGGA 
AACACAGCCT ACTACCAGCT TCGAGACAGA GTGATTGACG GAACCCCCTG TGGCCAGGAC 
ACAAATGACA TCTGTGTCCA AGGCCTTTGC CGGCAAGCTG GATGTGATCA TATTTTAAAC 
TCAAAGGCCC GGAAAGATAA ATGTGGGATT TGTGGTGGCG ATAATTCTTC ATGCAAAACA 
GTGGCGGGAA CATTTAACAC GGTCCATTAT GGTTACAATA CTGTTGTCCG AATTCCAGCC 
GGTGCTACCA GCCTTGATGT GCGACAGCAC AGCTTCTCAG GGAAGTCCGA GGATGACAAC 
TACCTAGCTT TATCAAACAG TAGAGGTGAA TTCCTGCTCA ATGGAGACTT TGTTGTCTCC 
ATGTCCAAAA GGGAGGTCCG CGTGGGGAGT GCCATGATTG AGTACAGTGG ATCCGACAAT 
GTGGTGGAAA GACTGAACTG TTCAGACCGT ATCGAGGAAG AACTTCTCCT ACAGGTATTG 
TCAGTGGGGA AGTTGTACAA CCCAGATGTG CGGTATTCAT TCAATATTCC AATTGAGGAC 
AGATCTCAAC AGTTTTACTG GAACAGTCAT GGGCCGTGGC AAGCATGCAG CAAACCCTGC 
CAAGGGGAGC GGAGACGAAA ACTTGTTTGC ACCAGGGAGT CTGATCAACT TACCGTTTCT 
GATCAAAGAT GTGACCGGCT GCCCCAGCCA GGACCTGTCA CTGAAGCGTG TGGTACAGAC 
TGTGATTTGA GGTGGCACAT CGCCAGCAAG AGCGAATGCA GTGCCCAGTG TGGTCTGGGT 
TATCGTACTT TAGATATCCA CTGTGCCAAA TACAGCAGGG TGGATGGGAA GACGGAGAAG 
GTAGATGACA GTTTTTGTGG CAGTCAACCC AGACCAAGCA ACCAGGAGAA ATGCTCAGGA 
GAGTGCAGCA CAGGCGGATG GCGCTATTCT GCCTGGACAG AATGTTCTAA AAGCTGTGAT 
GGTGGTACCC AGAGAAGAAG AGCAATTTGC GTCAACACCC GCAATGATGT CCTGGATGAC 
AGCAAATGCG CACAGCAGGA GAAAGTCATC GTACAGAGAT GCAATGAGTT CTCCTGTCCT 
CATTGGAAAA CAGGAGAGTG GTCAGAGTGC TTGGTCACCT GTGGAAAAGG ACATAAGCAC 
CGCCAGGTCT GGTGTCAGTT TGGTGAAGAT CGATTAAGCG ATAGAATGTG TGACCCCGAG 
GCCAAGCCGG AGCCCATGCA GATGTGTCAG CAGCCAGAGT GCGCAGCCTG GCAGGCGGGT 
CCCTGGGGAC AGTGCAGTGT CACTTGTGGA CAGGGATACC AGCTAAGAGC AGTGAAGTGC 
ATCATGGGGA CTTACATGTC AGTGGTCGAT GACAATGACT GTAATGCAGC CACTAGGCCA 
ACCGATACCC AGGACTGTGA ACTATCGTCC TGTCACCCTT CCATACTCAC CCTGGAACCA 
AGGAGACATG TACACGGTGT ACCCAGAACC CAGTGGCGAT TTGGGTCTTG GACTCCATGC 
TCAGCCACTT GTGGAAAAGG TACCCGGATG AGATATGTTA GCTGCCGGGA CGAGGACGGT 
TCTGTGGCTG ATGAGAGTGC CTGTGCTACC TTGCCTAAAC CAGTAGCCAA AGAAGAGTGT 
TCCGTGACAC CCTGTGGACA GTGGAAGGCT CTAGACTGGA GCTCTTGTTC CATGACTTGT 
GGGCAAGGTA AGGCGACCCG ACAAGTGGTG TGTGTCAACT ACAGTGACCA CGTGATCGAT 
CAGAGTGAGT GTGACCCAGA TTATATCCCA GAGACTGACC AGGACTGCTC TATGTCACCA 
TGCCCTCAAT GGACTGGCTC GGCTTACCCA TTTCAAAACG AGGATTTCCG TCCCAGGAGT 
GACAGCCCTA GCCGTACACA CGTGCTTGGA GGAAACCAGT GGAGAACTGG CCCCTGGGGA 
GCCTGTTCTA GTACCTGTGC CGGAGGCTCC CAGAGGCGAG TTGTGGTGTG TCAGGACGAA 
AACGGATACA CAGCCACCGA CTGCGTAGAG AGAATCAAGC CTGATGAGCA AAGAGCCTGT 
GAATCTGGCC CGTGTCCCCA GTGGGCTTAC GGCAGCTGGG GAGAGTGTAC CAAGCTGTGT 
GGTGGAGGCA TGCGGACAAG ACTGGTGGTC TGTCAGCGGG CCAATGGTGA CCGCTTCCCA 
GATTTGAGTT GTGAAGTCCT CGACAAACCT CCTGACCGTG AACAGTGCAA CACACACGCT 
TGCCCACAAG ATGCTGCGTG GAGTACTGGC CCGTGGAGCT CGTGTTCTGT CTCTTGTGGT 
CGAGGGCATA AACATCGAAA TGTTTACTGC TTGGCAAAAG ATGGAAGCCA TTTAGAGAGT 
GATTACTGTA AGCACCTTCC TAAGCCACAT GGGCACAGAA GGTGCCGAGG AGGACGGTGT 
CCCCGATGGA AGGCTGGCGC ATGGAGTCAG TGCTCTGTGT CCTGTGGCCA AGGAGTGCAG 
CAGAGGCATG TGGGCTGTCA GATCGGGACA CACAAAACAG CCAGAGAGAG TGAGTGCAGT 
TCATACAGCA GACCAGAGTC GGAGCGTGTC TGCCAAGCCT CACCATGTCC TCTCTACACT 
TGGAGGGCAG AGCAATGGCA ACAATGCACC AAGACGTGTG GAGAAGGTTC CCGGTACCGG 
CAGGTGGTAT GTGTGGCAGA GGACCAAAGT GAAGTGCACA GTGCACATTG TGACTCAGAC 
CAACGGCCTC CAGACCGTGA GAGCTGCAGC CTACAGCCCT GCGAGTACGT GTGGATCACA 
GGAGAATGGT CTGAGTGCTC AGTGACCTGT GGAAAGGGCT ACAGGCAAAG GCTGGTCTCC 
TGCAGTGAGA TTTATACGGG CAAGGAGAAT TACGAATACA GCTACCAAAC CACAGTGAAC 
TGCCCAGGCA CACAGCCTCC CAGCGTCCAT CCCTGCTACC TGAGGGACTG TCCTGTCTCG 
GCCACCTGGA GAGTTGGTAA CTGGGGCAGT TGCTCAGTGT CCTGCGGCAT GGGAGTGATG 
CATAGATCTG TGCAGTGTTT AACTAACGAA GATCAACCCA GCCACTTATG TCCCACTGAT 
ATAAAGCCAG AAGAAAGAAA AACCTGTCAC AATGTTTATA ACTGTGAGTT ACCCCAGAAC 
TGCAAGGAGG TAAAAAAACT CAATAGCGCC AGCGTTGATG GGGAATATTT CCTGGCTGTC 
AGGGGAAAGC CACTAAAGGT ATTCTGTGCA GGGATGCATT CTGACTATCC CAAGGAGTAC 
GTGACGCTGG CCCATGGTGA CTCGGAGAAC TTCTCCGAAG TTTACGGGCA CAGGTTGCAC 
AACCCAACAG AATGTCCCTA TAACGGGAGC CGACGGGATG ACTGCCATTG CCGGAAGGAT 
TACACAGCTG CTGGCTTCTC CAGTTTCCAG AAAATCCGAA TTGACCTGAC CAGCATGCAG 
ATCATAACCA CTGACTTAGA GTTTGCAAGG ACAAGTGAAG GGCATCCTGT TCCTTTTGCC 
ACCGCTGGGG ACTGCTACAG TGCTGCCAAA TGCCCACAGG GCCGTTTTAG CATCAACCTT 
TATGGGACCG GGCTGTCCTT AACCGAGTCT GCCAGATGGA CATCACAAGG GAATTATGCC 
GTTTCAGACA TCAAGAAGTC TCCGGTAAGG CTCTGTATTG CTTGGGGGAT GGTTCTTGTT 
TAA

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

Adamts9 ( XM_006236915.3 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_006236977.1 Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X1, mRNA.

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CloneID	ORa27489
Clone ID Related Accession (Same CDS sequence)	XM_006236915.3
Accession Version	XM_006236915.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5799bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005103.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_006236915.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGAT GCAGTGCAGA 
CGGCTCTGGT GCAATAACGT GGATGGAGCA CACAAAGGCT GCAGGACTCA GCACACGCCC 
TGGGCAGATG GAACCGAGTG TGAGCCTGGA AAGCACTGCA AGTTTGGATT CTGTGTTCCC 
AAAGAAATGG AGGGCCCTGC AATTGATGGA TCCTGGGGAA GTTGGAGTCA CTTTGGGGCC 
TGCTCAAGAA CATGTGGAGG AGGCATCAGA ACAGCCATCA GAGAGTGCAA CAGACCAGAG 
CCAAAAAATG GTGGGAGGTA CTGTGTAGGG AGGAGAATGA AGTTCAAATC CTGCAACACC 
GAGCCCTGCC CGAAGCACAA GCGAGACTTC CGTGAGGAGC AGTGTGCTTA CTTTGACGGC 
AAGCACTTCA ACATCAATGG TCTGCTGCCC AGTGTACGCT GGGTCCCTAA GTACAGTGGA 
ATTTTGATGA AGGACCGATG CAAGTTGTTC TGCAGAGTGG CAGGAAACAC AGCCTACTAC 
CAGCTTCGAG ACAGAGTGAT TGACGGAACC CCCTGTGGCC AGGACACAAA TGACATCTGT 
GTCCAAGGCC TTTGCCGGCA AGCTGGATGT GATCATATTT TAAACTCAAA GGCCCGGAAA 
GATAAATGTG GGATTTGTGG TGGCGATAAT TCTTCATGCA AAACAGTGGC GGGAACATTT 
AACACGGTCC ATTATGGTTA CAATACTGTT GTCCGAATTC CAGCCGGTGC TACCAGCCTT 
GATGTGCGAC AGCACAGCTT CTCAGGGAAG TCCGAGGATG ACAACTACCT AGCTTTATCA 
AACAGTAGAG GTGAATTCCT GCTCAATGGA GACTTTGTTG TCTCCATGTC CAAAAGGGAG 
GTCCGCGTGG GGAGTGCCAT GATTGAGTAC AGTGGATCCG ACAATGTGGT GGAAAGACTG 
AACTGTTCAG ACCGTATCGA GGAAGAACTT CTCCTACAGG TATTGTCAGT GGGGAAGTTG 
TACAACCCAG ATGTGCGGTA TTCATTCAAT ATTCCAATTG AGGACAGATC TCAACAGTTT 
TACTGGAACA GTCATGGGCC GTGGCAAGCA TGCAGCAAAC CCTGCCAAGG GGAGCGGAGA 
CGAAAACTTG TTTGCACCAG GGAGTCTGAT CAACTTACCG TTTCTGATCA AAGATGTGAC 
CGGCTGCCCC AGCCAGGACC TGTCACTGAA GCGTGTGGTA CAGACTGTGA TTTGAGGTGG 
CACATCGCCA GCAAGAGCGA ATGCAGTGCC CAGTGTGGTC TGGGTTATCG TACTTTAGAT 
ATCCACTGTG CCAAATACAG CAGGGTGGAT GGGAAGACGG AGAAGGTAGA TGACAGTTTT 
TGTGGCAGTC AACCCAGACC AAGCAACCAG GAGAAATGCT CAGGAGAGTG CAGCACAGGC 
GGATGGCGCT ATTCTGCCTG GACAGAATGT TCTAAAAGCT GTGATGGTGG TACCCAGAGA 
AGAAGAGCAA TTTGCGTCAA CACCCGCAAT GATGTCCTGG ATGACAGCAA ATGCGCACAG 
CAGGAGAAAG TCATCGTACA GAGATGCAAT GAGTTCTCCT GTCCTCATTG GAAAACAGGA 
GAGTGGTCAG AGTGCTTGGT CACCTGTGGA AAAGGACATA AGCACCGCCA GGTCTGGTGT 
CAGTTTGGTG AAGATCGATT AAGCGATAGA ATGTGTGACC CCGAGGCCAA GCCGGAGCCC 
ATGCAGATGT GTCAGCAGCC AGAGTGCGCA GCCTGGCAGG CGGGTCCCTG GGGACAGTGC 
AGTGTCACTT GTGGACAGGG ATACCAGCTA AGAGCAGTGA AGTGCATCAT GGGGACTTAC 
ATGTCAGTGG TCGATGACAA TGACTGTAAT GCAGCCACTA GGCCAACCGA TACCCAGGAC 
TGTGAACTAT CGTCCTGTCA CCCTTCCATA CTCACCCTGG AACCAAGGAG ACATGTACAC 
GGTGTACCCA GAACCCAGTG GCGATTTGGG TCTTGGACTC CATGCTCAGC CACTTGTGGA 
AAAGGTACCC GGATGAGATA TGTTAGCTGC CGGGACGAGG ACGGTTCTGT GGCTGATGAG 
AGTGCCTGTG CTACCTTGCC TAAACCAGTA GCCAAAGAAG AGTGTTCCGT GACACCCTGT 
GGACAGTGGA AGGCTCTAGA CTGGAGCTCT TGTTCCATGA CTTGTGGGCA AGGTAAGGCG 
ACCCGACAAG TGGTGTGTGT CAACTACAGT GACCACGTGA TCGATCAGAG TGAGTGTGAC 
CCAGATTATA TCCCAGAGAC TGACCAGGAC TGCTCTATGT CACCATGCCC TCAATGGACT 
GGCTCGGCTT ACCCATTTCA AAACGAGGAT TTCCGTCCCA GGAGTGACAG CCCTAGCCGT 
ACACACGTGC TTGGAGGAAA CCAGTGGAGA ACTGGCCCCT GGGGAGCCTG TTCTAGTACC 
TGTGCCGGAG GCTCCCAGAG GCGAGTTGTG GTGTGTCAGG ACGAAAACGG ATACACAGCC 
ACCGACTGCG TAGAGAGAAT CAAGCCTGAT GAGCAAAGAG CCTGTGAATC TGGCCCGTGT 
CCCCAGTGGG CTTACGGCAG CTGGGGAGAG TGTACCAAGC TGTGTGGTGG AGGCATGCGG 
ACAAGACTGG TGGTCTGTCA GCGGGCCAAT GGTGACCGCT TCCCAGATTT GAGTTGTGAA 
GTCCTCGACA AACCTCCTGA CCGTGAACAG TGCAACACAC ACGCTTGCCC ACAAGATGCT 
GCGTGGAGTA CTGGCCCGTG GAGCTCGTGT TCTGTCTCTT GTGGTCGAGG GCATAAACAT 
CGAAATGTTT ACTGCTTGGC AAAAGATGGA AGCCATTTAG AGAGTGATTA CTGTAAGCAC 
CTTCCTAAGC CACATGGGCA CAGAAGGTGC CGAGGAGGAC GGTGTCCCCG ATGGAAGGCT 
GGCGCATGGA GTCAGTGCTC TGTGTCCTGT GGCCAAGGAG TGCAGCAGAG GCATGTGGGC 
TGTCAGATCG GGACACACAA AACAGCCAGA GAGAGTGAGT GCAGTTCATA CAGCAGACCA 
GAGTCGGAGC GTGTCTGCCA AGCCTCACCA TGTCCTCTCT ACACTTGGAG GGCAGAGCAA 
TGGCAACAAT GCACCAAGAC GTGTGGAGAA GGTTCCCGGT ACCGGCAGGT GGTATGTGTG 
GCAGAGGACC AAAGTGAAGT GCACAGTGCA CATTGTGACT CAGACCAACG GCCTCCAGAC 
CGTGAGAGCT GCAGCCTACA GCCCTGCGAG TACGTGTGGA TCACAGGAGA ATGGTCTGAG 
TGCTCAGTGA CCTGTGGAAA GGGCTACAGG CAAAGGCTGG TCTCCTGCAG TGAGATTTAT 
ACGGGCAAGG AGAATTACGA ATACAGCTAC CAAACCACAG TGAACTGCCC AGGCACACAG 
CCTCCCAGCG TCCATCCCTG CTACCTGAGG GACTGTCCTG TCTCGGCCAC CTGGAGAGTT 
GGTAACTGGG GCAGTTGCTC AGTGTCCTGC GGCATGGGAG TGATGCATAG ATCTGTGCAG 
TGTTTAACTA ACGAAGATCA ACCCAGCCAC TTATGTCCCA CTGATATAAA GCCAGAAGAA 
AGAAAAACCT GTCACAATGT TTATAACTGT GAGTTACCCC AGAACTGCAA GGAGGTAAAA 
AAACTCAATA GCGCCAGCGT TGATGGGGAA TATTTCCTGG CTGTCAGGGG AAAGCCACTA 
AAGGTATTCT GTGCAGGGAT GCATTCTGAC TATCCCAAGG AGTACGTGAC GCTGGCCCAT 
GGTGACTCGG AGAACTTCTC CGAAGTTTAC GGGCACAGGT TGCACAACCC AACAGAATGT 
CCCTATAACG GGAGCCGACG GGATGACTGC CATTGCCGGA AGGATTACAC AGCTGCTGGC 
TTCTCCAGTT TCCAGAAAAT CCGAATTGAC CTGACCAGCA TGCAGATCAT AACCACTGAC 
TTAGAGTTTG CAAGGACAAG TGAAGGGCAT CCTGTTCCTT TTGCCACCGC TGGGGACTGC 
TACAGTGCTG CCAAATGCCC ACAGGGCCGT TTTAGCATCA ACCTTTATGG GACCGGGCTG 
TCCTTAACCG AGTCTGCCAG ATGGACATCA CAAGGGAATT ATGCCGTTTC AGACATCAAG 
AAGTCTCCGG ACGGTACCCG GGTCATAGGG AAATGCGGCG GTTACTGTGG GAAGTGTACA 
CCATCCTCCG GCACTGGCCT GGAGGTGCGA GTTTCATAA

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

RefSeq	XP_006236977.1
CDS	3085..8883
Translation	MQLVSWATLLTLLVPDLVEMRSPDSAAAVRKDRLHPRQVKLLESLSEYEIASPIRVNPLGEPFPTNVHFKRRRRSINSASDPWPAFASSSSSSSTSSQEHYRLKAFGQQFLFNLTAHTGFIAPLFTVTLLGEPGVNQSKLYSEEEMELRHCFYKGHVNTKSEHTAVISLCSGMMGTFRSHDGDYFIEPLLSVDEQEDEEEQNKPHVIYRRNNPQREPSTGKHACDTSELKNSYSKDKRKTRLRKRRKRNSLADDVAALKRGMATKAFSGYNNRTNGTRDRRNHKRTKRFLSYPRFVEVMVVADHRMVLYHGSNLQHYILTLMSIVASIYKDSSIGNLINIVIVNLVVIHNEQEGPSINFNAQTTLKNFCQWQHSKNHLGGIQHDTAVLVTREDICRAQDKCDTLGLAELGTICDPYRSCSISEDSGLSTAFTIAHELGHVFNMPHDDSNKCKEEGVKSPQHVMAPTLNFYTNPWMWSKCSRKYITEFLDTGYGECLLNEPQSRTYPLPSQLPGLLYNVNKQCELIFGPGSQVCPYMMQCRRLWCNNVDGAHKGCRTQHTPWADGTECEPGKHCKFGFCVPKEMEGPAIDGSWGSWSHFGACSRTCGGGIRTAIRECNRPEPKNGGRYCVGRRMKFKSCNTEPCPKHKRDFREEQCAYFDGKHFNINGLLPSVRWVPKYSGILMKDRCKLFCRVAGNTAYYQLRDRVIDGTPCGQDTNDICVQGLCRQAGCDHILNSKARKDKCGICGGDNSSCKTVAGTFNTVHYGYNTVVRIPAGATSLDVRQHSFSGKSEDDNYLALSNSRGEFLLNGDFVVSMSKREVRVGSAMIEYSGSDNVVERLNCSDRIEEELLLQVLSVGKLYNPDVRYSFNIPIEDRSQQFYWNSHGPWQACSKPCQGERRRKLVCTRESDQLTVSDQRCDRLPQPGPVTEACGTDCDLRWHIASKSECSAQCGLGYRTLDIHCAKYSRVDGKTEKVDDSFCGSQPRPSNQEKCSGECSTGGWRYSAWTECSKSCDGGTQRRRAICVNTRNDVLDDSKCAQQEKVIVQRCNEFSCPHWKTGEWSECLVTCGKGHKHRQVWCQFGEDRLSDRMCDPEAKPEPMQMCQQPECAAWQAGPWGQCSVTCGQGYQLRAVKCIMGTYMSVVDDNDCNAATRPTDTQDCELSSCHPSILTLEPRRHVHGVPRTQWRFGSWTPCSATCGKGTRMRYVSCRDEDGSVADESACATLPKPVAKEECSVTPCGQWKALDWSSCSMTCGQGKATRQVVCVNYSDHVIDQSECDPDYIPETDQDCSMSPCPQWTGSAYPFQNEDFRPRSDSPSRTHVLGGNQWRTGPWGACSSTCAGGSQRRVVVCQDENGYTATDCVERIKPDEQRACESGPCPQWAYGSWGECTKLCGGGMRTRLVVCQRANGDRFPDLSCEVLDKPPDREQCNTHACPQDAAWSTGPWSSCSVSCGRGHKHRNVYCLAKDGSHLESDYCKHLPKPHGHRRCRGGRCPRWKAGAWSQCSVSCGQGVQQRHVGCQIGTHKTARESECSSYSRPESERVCQASPCPLYTWRAEQWQQCTKTCGEGSRYRQVVCVAEDQSEVHSAHCDSDQRPPDRESCSLQPCEYVWITGEWSECSVTCGKGYRQRLVSCSEIYTGKENYEYSYQTTVNCPGTQPPSVHPCYLRDCPVSATWRVGNWGSCSVSCGMGVMHRSVQCLTNEDQPSHLCPTDIKPEERKTCHNVYNCELPQNCKEVKKLNSASVDGEYFLAVRGKPLKVFCAGMHSDYPKEYVTLAHGDSENFSEVYGHRLHNPTECPYNGSRRDDCHCRKDYTAAGFSSFQKIRIDLTSMQIITTDLEFARTSEGHPVPFATAGDCYSAAKCPQGRFSINLYGTGLSLTESARWTSQGNYAVSDIKKSPDGTRVIGKCGGYCGKCTPSSGTGLEVRVS

Target ORF information:

RefSeq Version	XM_006236915.3
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X1, mRNA.

Target ORF information:

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

XM_006236915.3

ORF Insert Sequence:

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGAT GCAGTGCAGA 
CGGCTCTGGT GCAATAACGT GGATGGAGCA CACAAAGGCT GCAGGACTCA GCACACGCCC 
TGGGCAGATG GAACCGAGTG TGAGCCTGGA AAGCACTGCA AGTTTGGATT CTGTGTTCCC 
AAAGAAATGG AGGGCCCTGC AATTGATGGA TCCTGGGGAA GTTGGAGTCA CTTTGGGGCC 
TGCTCAAGAA CATGTGGAGG AGGCATCAGA ACAGCCATCA GAGAGTGCAA CAGACCAGAG 
CCAAAAAATG GTGGGAGGTA CTGTGTAGGG AGGAGAATGA AGTTCAAATC CTGCAACACC 
GAGCCCTGCC CGAAGCACAA GCGAGACTTC CGTGAGGAGC AGTGTGCTTA CTTTGACGGC 
AAGCACTTCA ACATCAATGG TCTGCTGCCC AGTGTACGCT GGGTCCCTAA GTACAGTGGA 
ATTTTGATGA AGGACCGATG CAAGTTGTTC TGCAGAGTGG CAGGAAACAC AGCCTACTAC 
CAGCTTCGAG ACAGAGTGAT TGACGGAACC CCCTGTGGCC AGGACACAAA TGACATCTGT 
GTCCAAGGCC TTTGCCGGCA AGCTGGATGT GATCATATTT TAAACTCAAA GGCCCGGAAA 
GATAAATGTG GGATTTGTGG TGGCGATAAT TCTTCATGCA AAACAGTGGC GGGAACATTT 
AACACGGTCC ATTATGGTTA CAATACTGTT GTCCGAATTC CAGCCGGTGC TACCAGCCTT 
GATGTGCGAC AGCACAGCTT CTCAGGGAAG TCCGAGGATG ACAACTACCT AGCTTTATCA 
AACAGTAGAG GTGAATTCCT GCTCAATGGA GACTTTGTTG TCTCCATGTC CAAAAGGGAG 
GTCCGCGTGG GGAGTGCCAT GATTGAGTAC AGTGGATCCG ACAATGTGGT GGAAAGACTG 
AACTGTTCAG ACCGTATCGA GGAAGAACTT CTCCTACAGG TATTGTCAGT GGGGAAGTTG 
TACAACCCAG ATGTGCGGTA TTCATTCAAT ATTCCAATTG AGGACAGATC TCAACAGTTT 
TACTGGAACA GTCATGGGCC GTGGCAAGCA TGCAGCAAAC CCTGCCAAGG GGAGCGGAGA 
CGAAAACTTG TTTGCACCAG GGAGTCTGAT CAACTTACCG TTTCTGATCA AAGATGTGAC 
CGGCTGCCCC AGCCAGGACC TGTCACTGAA GCGTGTGGTA CAGACTGTGA TTTGAGGTGG 
CACATCGCCA GCAAGAGCGA ATGCAGTGCC CAGTGTGGTC TGGGTTATCG TACTTTAGAT 
ATCCACTGTG CCAAATACAG CAGGGTGGAT GGGAAGACGG AGAAGGTAGA TGACAGTTTT 
TGTGGCAGTC AACCCAGACC AAGCAACCAG GAGAAATGCT CAGGAGAGTG CAGCACAGGC 
GGATGGCGCT ATTCTGCCTG GACAGAATGT TCTAAAAGCT GTGATGGTGG TACCCAGAGA 
AGAAGAGCAA TTTGCGTCAA CACCCGCAAT GATGTCCTGG ATGACAGCAA ATGCGCACAG 
CAGGAGAAAG TCATCGTACA GAGATGCAAT GAGTTCTCCT GTCCTCATTG GAAAACAGGA 
GAGTGGTCAG AGTGCTTGGT CACCTGTGGA AAAGGACATA AGCACCGCCA GGTCTGGTGT 
CAGTTTGGTG AAGATCGATT AAGCGATAGA ATGTGTGACC CCGAGGCCAA GCCGGAGCCC 
ATGCAGATGT GTCAGCAGCC AGAGTGCGCA GCCTGGCAGG CGGGTCCCTG GGGACAGTGC 
AGTGTCACTT GTGGACAGGG ATACCAGCTA AGAGCAGTGA AGTGCATCAT GGGGACTTAC 
ATGTCAGTGG TCGATGACAA TGACTGTAAT GCAGCCACTA GGCCAACCGA TACCCAGGAC 
TGTGAACTAT CGTCCTGTCA CCCTTCCATA CTCACCCTGG AACCAAGGAG ACATGTACAC 
GGTGTACCCA GAACCCAGTG GCGATTTGGG TCTTGGACTC CATGCTCAGC CACTTGTGGA 
AAAGGTACCC GGATGAGATA TGTTAGCTGC CGGGACGAGG ACGGTTCTGT GGCTGATGAG 
AGTGCCTGTG CTACCTTGCC TAAACCAGTA GCCAAAGAAG AGTGTTCCGT GACACCCTGT 
GGACAGTGGA AGGCTCTAGA CTGGAGCTCT TGTTCCATGA CTTGTGGGCA AGGTAAGGCG 
ACCCGACAAG TGGTGTGTGT CAACTACAGT GACCACGTGA TCGATCAGAG TGAGTGTGAC 
CCAGATTATA TCCCAGAGAC TGACCAGGAC TGCTCTATGT CACCATGCCC TCAATGGACT 
GGCTCGGCTT ACCCATTTCA AAACGAGGAT TTCCGTCCCA GGAGTGACAG CCCTAGCCGT 
ACACACGTGC TTGGAGGAAA CCAGTGGAGA ACTGGCCCCT GGGGAGCCTG TTCTAGTACC 
TGTGCCGGAG GCTCCCAGAG GCGAGTTGTG GTGTGTCAGG ACGAAAACGG ATACACAGCC 
ACCGACTGCG TAGAGAGAAT CAAGCCTGAT GAGCAAAGAG CCTGTGAATC TGGCCCGTGT 
CCCCAGTGGG CTTACGGCAG CTGGGGAGAG TGTACCAAGC TGTGTGGTGG AGGCATGCGG 
ACAAGACTGG TGGTCTGTCA GCGGGCCAAT GGTGACCGCT TCCCAGATTT GAGTTGTGAA 
GTCCTCGACA AACCTCCTGA CCGTGAACAG TGCAACACAC ACGCTTGCCC ACAAGATGCT 
GCGTGGAGTA CTGGCCCGTG GAGCTCGTGT TCTGTCTCTT GTGGTCGAGG GCATAAACAT 
CGAAATGTTT ACTGCTTGGC AAAAGATGGA AGCCATTTAG AGAGTGATTA CTGTAAGCAC 
CTTCCTAAGC CACATGGGCA CAGAAGGTGC CGAGGAGGAC GGTGTCCCCG ATGGAAGGCT 
GGCGCATGGA GTCAGTGCTC TGTGTCCTGT GGCCAAGGAG TGCAGCAGAG GCATGTGGGC 
TGTCAGATCG GGACACACAA AACAGCCAGA GAGAGTGAGT GCAGTTCATA CAGCAGACCA 
GAGTCGGAGC GTGTCTGCCA AGCCTCACCA TGTCCTCTCT ACACTTGGAG GGCAGAGCAA 
TGGCAACAAT GCACCAAGAC GTGTGGAGAA GGTTCCCGGT ACCGGCAGGT GGTATGTGTG 
GCAGAGGACC AAAGTGAAGT GCACAGTGCA CATTGTGACT CAGACCAACG GCCTCCAGAC 
CGTGAGAGCT GCAGCCTACA GCCCTGCGAG TACGTGTGGA TCACAGGAGA ATGGTCTGAG 
TGCTCAGTGA CCTGTGGAAA GGGCTACAGG CAAAGGCTGG TCTCCTGCAG TGAGATTTAT 
ACGGGCAAGG AGAATTACGA ATACAGCTAC CAAACCACAG TGAACTGCCC AGGCACACAG 
CCTCCCAGCG TCCATCCCTG CTACCTGAGG GACTGTCCTG TCTCGGCCAC CTGGAGAGTT 
GGTAACTGGG GCAGTTGCTC AGTGTCCTGC GGCATGGGAG TGATGCATAG ATCTGTGCAG 
TGTTTAACTA ACGAAGATCA ACCCAGCCAC TTATGTCCCA CTGATATAAA GCCAGAAGAA 
AGAAAAACCT GTCACAATGT TTATAACTGT GAGTTACCCC AGAACTGCAA GGAGGTAAAA 
AAACTCAATA GCGCCAGCGT TGATGGGGAA TATTTCCTGG CTGTCAGGGG AAAGCCACTA 
AAGGTATTCT GTGCAGGGAT GCATTCTGAC TATCCCAAGG AGTACGTGAC GCTGGCCCAT 
GGTGACTCGG AGAACTTCTC CGAAGTTTAC GGGCACAGGT TGCACAACCC AACAGAATGT 
CCCTATAACG GGAGCCGACG GGATGACTGC CATTGCCGGA AGGATTACAC AGCTGCTGGC 
TTCTCCAGTT TCCAGAAAAT CCGAATTGAC CTGACCAGCA TGCAGATCAT AACCACTGAC 
TTAGAGTTTG CAAGGACAAG TGAAGGGCAT CCTGTTCCTT TTGCCACCGC TGGGGACTGC 
TACAGTGCTG CCAAATGCCC ACAGGGCCGT TTTAGCATCA ACCTTTATGG GACCGGGCTG 
TCCTTAACCG AGTCTGCCAG ATGGACATCA CAAGGGAATT ATGCCGTTTC AGACATCAAG 
AAGTCTCCGG ACGGTACCCG GGTCATAGGG AAATGCGGCG GTTACTGTGG GAAGTGTACA 
CCATCCTCCG GCACTGGCCT GGAGGTGCGA GTTTCATAA

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

Adamts9 ( XM_006236916.3 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_006236978.1 Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X3, mRNA.

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CloneID	ORa27490
Clone ID Related Accession (Same CDS sequence)	XM_006236916.3
Accession Version	XM_006236916.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5625bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005103.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_006236916.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGAT GCAGTGCAGA 
CGGCTCTGGT GCAATAACGT GGATGGAGCA CACAAAGGCT GCAGGACTCA GCACACGCCC 
TGGGCAGATG GAACCGAGTG TGAGCCTGGA AAGCACTGCA AGTTTGGATT CTGTGTTCCC 
AAAGAAATGG AGGGCCCTGC AATTGATGGA TCCTGGGGAA GTTGGAGTCA CTTTGGGGCC 
TGCTCAAGAA CATGTGGAGG AGGCATCAGA ACAGCCATCA GAGAGTGCAA CAGACCAGAG 
CCAAAAAATG GTGGGAGGTA CTGTGTAGGG AGGAGAATGA AGTTCAAATC CTGCAACACC 
GAGCCCTGCC CGAAGCACAA GCGAGACTTC CGTGAGGAGC AGTGTGCTTA CTTTGACGGC 
AAGCACTTCA ACATCAATGG TCTGCTGCCC AGTGTACGCT GGGTCCCTAA GTACAGTGGA 
ATTTTGATGA AGGACCGATG CAAGTTGTTC TGCAGAGTGG CAGGAAACAC AGCCTACTAC 
CAGCTTCGAG ACAGAGTGAT TGACGGAACC CCCTGTGGCC AGGACACAAA TGACATCTGT 
GTCCAAGGCC TTTGCCGGCA AGCTGGATGT GATCATATTT TAAACTCAAA GGCCCGGAAA 
GATAAATGTG GGATTTGTGG TGGCGATAAT TCTTCATGCA AAACAGTGGC GGGAACATTT 
AACACGGTCC ATTATGGTTA CAATACTGTT GTCCGAATTC CAGCCGGTGC TACCAGCCTT 
GATGTGCGAC AGCACAGCTT CTCAGGGAAG TCCGAGGATG ACAACTACCT AGCTTTATCA 
AACAGTAGAG GTGAATTCCT GCTCAATGGA GACTTTGTTG TCTCCATGTC CAAAAGGGAG 
GTCCGCGTGG GGAGTGCCAT GATTGAGTAC AGTGGATCCG ACAATGTGGT GGAAAGACTG 
AACTGTTCAG ACCGTATCGA GGAAGAACTT CTCCTACAGG TATTGTCAGT GGGGAAGTTG 
TACAACCCAG ATGTGCGGTA TTCATTCAAT ATTCCAATTG AGGACAGATC TCAACAGTTT 
TACTGGAACA GTCATGGGCC GTGGCAAGCA TGCAGCAAAC CCTGCCAAGG GGAGCGGAGA 
CGAAAACTTG TTTGCACCAG GGAGTCTGAT CAACTTACCG TTTCTGATCA AAGATGTGAC 
CGGCTGCCCC AGCCAGGACC TGTCACTGAA GCGTGTGGTA CAGACTGTGA TTTGAGGTGG 
CACATCGCCA GCAAGAGCGA ATGCAGTGCC CAGTGTGGTC TGGGTTATCG TACTTTAGAT 
ATCCACTGTG CCAAATACAG CAGGGTGGAT GGGAAGACGG AGAAGGTAGA TGACAGTTTT 
TGTGGCAGTC AACCCAGACC AAGCAACCAG GAGAAATGCT CAGGAGAGTG CAGCACAGGC 
GGATGGCGCT ATTCTGCCTG GACAGAATGT TCTAAAAGCT GTGATGGTGG TACCCAGAGA 
AGAAGAGCAA TTTGCGTCAA CACCCGCAAT GATGTCCTGG ATGACAGCAA ATGCGCACAG 
CAGGAGAAAG TCATCGTACA GAGATGCAAT GAGTTCTCCT GTCCTCATTG GAAAACAGGA 
GAGTGGTCAG AGTGCTTGGT CACCTGTGGA AAAGGACATA AGCACCGCCA GGTCTGGTGT 
CAGTTTGGTG AAGATCGATT AAGCGATAGA ATGTGTGACC CCGAGGCCAA GCCGGAGCCC 
ATGCAGATGT GTCAGCAGCC AGAGTGCGCA GCCTGGCAGG CGGGTCCCTG GGGACAGTGC 
AGTGTCACTT GTGGACAGGG ATACCAGCTA AGAGCAGTGA AGTGCATCAT GGGGACTTAC 
ATGTCAGTGG TCGATGACAA TGACTGTAAT GCAGCCACTA GGCCAACCGA TACCCAGGAC 
TGTGAACTAT CGTCCTGTCA CCCTTCCATA CTCACCCTGG AACCAAGGAG ACATGTACAC 
GGTGTACCCA GAACCCAGTG GCGATTTGGG TCTTGGACTC CATGCTCAGC CACTTGTGGA 
AAAGGTACCC GGATGAGATA TGTTAGCTGC CGGGACGAGG ACGGTTCTGT GGCTGATGAG 
AGTGCCTGTG CTACCTTGCC TAAACCAGTA GCCAAAGAAG AGTGTTCCGT GACACCCTGT 
GGACAGTGGA AGGCTCTAGA CTGGAGCTCT TGTTCCATGA CTTGTGGGCA AGGTAAGGCG 
ACCCGACAAG TGGTGTGTGT CAACTACAGT GACCACGTGA TCGATCAGAG TGAGTGTGAC 
CCAGATTATA TCCCAGAGAC TGACCAGGAC TGCTCTATGT CACCATGCCC TCAATGGACT 
GGCTCGGCTT ACCCATTTCA AAACGAGGAT TTCCGTCCCA GGAGTGACAG CCCTAGCCGT 
ACACACGTGC TTGGAGGAAA CCAGTGGAGA ACTGGCCCCT GGGGAGCCTG TTCTAGTACC 
TGTGCCGGAG GCTCCCAGAG GCGAGTTGTG GTGTGTCAGG ACGAAAACGG ATACACAGCC 
ACCGACTGCG TAGAGAGAAT CAAGCCTGAT GAGCAAAGAG CCTGTGAATC TGGCCCGTGT 
CCCCAGTGGG CTTACGGCAG CTGGGGAGAG TGTACCAAGC TGTGTGGTGG AGGCATGCGG 
ACAAGACTGG TGGTCTGTCA GCGGGCCAAT GGTGACCGCT TCCCAGATTT GAGTTGTGAA 
GTCCTCGACA AACCTCCTGA CCGTGAACAG TGCAACACAC ACGCTTGCCC ACAAGATGCT 
GCGTGGAGTA CTGGCCCGTG GAGCTCGTGT TCTGTCTCTT GTGGTCGAGG GCATAAACAT 
CGAAATGTTT ACTGCTTGGC AAAAGATGGA AGCCATTTAG AGAGTGATTA CTGTAAGCAC 
CTTCCTAAGC CACATGGGCA CAGAAGGTGC CGAGGAGGAC GGTGTCCCCG ATGGAAGGCT 
GGCGCATGGA GTCAGTGCAC CAAGACGTGT GGAGAAGGTT CCCGGTACCG GCAGGTGGTA 
TGTGTGGCAG AGGACCAAAG TGAAGTGCAC AGTGCACATT GTGACTCAGA CCAACGGCCT 
CCAGACCGTG AGAGCTGCAG CCTACAGCCC TGCGAGTACG TGTGGATCAC AGGAGAATGG 
TCTGAGTGCT CAGTGACCTG TGGAAAGGGC TACAGGCAAA GGCTGGTCTC CTGCAGTGAG 
ATTTATACGG GCAAGGAGAA TTACGAATAC AGCTACCAAA CCACAGTGAA CTGCCCAGGC 
ACACAGCCTC CCAGCGTCCA TCCCTGCTAC CTGAGGGACT GTCCTGTCTC GGCCACCTGG 
AGAGTTGGTA ACTGGGGCAG TTGCTCAGTG TCCTGCGGCA TGGGAGTGAT GCATAGATCT 
GTGCAGTGTT TAACTAACGA AGATCAACCC AGCCACTTAT GTCCCACTGA TATAAAGCCA 
GAAGAAAGAA AAACCTGTCA CAATGTTTAT AACTGTGAGT TACCCCAGAA CTGCAAGGAG 
GTAAAAAAAC TCAATAGCGC CAGCGTTGAT GGGGAATATT TCCTGGCTGT CAGGGGAAAG 
CCACTAAAGG TATTCTGTGC AGGGATGCAT TCTGACTATC CCAAGGAGTA CGTGACGCTG 
GCCCATGGTG ACTCGGAGAA CTTCTCCGAA GTTTACGGGC ACAGGTTGCA CAACCCAACA 
GAATGTCCCT ATAACGGGAG CCGACGGGAT GACTGCCATT GCCGGAAGGA TTACACAGCT 
GCTGGCTTCT CCAGTTTCCA GAAAATCCGA ATTGACCTGA CCAGCATGCA GATCATAACC 
ACTGACTTAG AGTTTGCAAG GACAAGTGAA GGGCATCCTG TTCCTTTTGC CACCGCTGGG 
GACTGCTACA GTGCTGCCAA ATGCCCACAG GGCCGTTTTA GCATCAACCT TTATGGGACC 
GGGCTGTCCT TAACCGAGTC TGCCAGATGG ACATCACAAG GGAATTATGC CGTTTCAGAC 
ATCAAGAAGT CTCCGGACGG TACCCGGGTC ATAGGGAAAT GCGGCGGTTA CTGTGGGAAG 
TGTACACCAT CCTCCGGCAC TGGCCTGGAG GTGCGAGTTT CATAA

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

RefSeq	XP_006236978.1
CDS	3085..8709
Translation	MQLVSWATLLTLLVPDLVEMRSPDSAAAVRKDRLHPRQVKLLESLSEYEIASPIRVNPLGEPFPTNVHFKRRRRSINSASDPWPAFASSSSSSSTSSQEHYRLKAFGQQFLFNLTAHTGFIAPLFTVTLLGEPGVNQSKLYSEEEMELRHCFYKGHVNTKSEHTAVISLCSGMMGTFRSHDGDYFIEPLLSVDEQEDEEEQNKPHVIYRRNNPQREPSTGKHACDTSELKNSYSKDKRKTRLRKRRKRNSLADDVAALKRGMATKAFSGYNNRTNGTRDRRNHKRTKRFLSYPRFVEVMVVADHRMVLYHGSNLQHYILTLMSIVASIYKDSSIGNLINIVIVNLVVIHNEQEGPSINFNAQTTLKNFCQWQHSKNHLGGIQHDTAVLVTREDICRAQDKCDTLGLAELGTICDPYRSCSISEDSGLSTAFTIAHELGHVFNMPHDDSNKCKEEGVKSPQHVMAPTLNFYTNPWMWSKCSRKYITEFLDTGYGECLLNEPQSRTYPLPSQLPGLLYNVNKQCELIFGPGSQVCPYMMQCRRLWCNNVDGAHKGCRTQHTPWADGTECEPGKHCKFGFCVPKEMEGPAIDGSWGSWSHFGACSRTCGGGIRTAIRECNRPEPKNGGRYCVGRRMKFKSCNTEPCPKHKRDFREEQCAYFDGKHFNINGLLPSVRWVPKYSGILMKDRCKLFCRVAGNTAYYQLRDRVIDGTPCGQDTNDICVQGLCRQAGCDHILNSKARKDKCGICGGDNSSCKTVAGTFNTVHYGYNTVVRIPAGATSLDVRQHSFSGKSEDDNYLALSNSRGEFLLNGDFVVSMSKREVRVGSAMIEYSGSDNVVERLNCSDRIEEELLLQVLSVGKLYNPDVRYSFNIPIEDRSQQFYWNSHGPWQACSKPCQGERRRKLVCTRESDQLTVSDQRCDRLPQPGPVTEACGTDCDLRWHIASKSECSAQCGLGYRTLDIHCAKYSRVDGKTEKVDDSFCGSQPRPSNQEKCSGECSTGGWRYSAWTECSKSCDGGTQRRRAICVNTRNDVLDDSKCAQQEKVIVQRCNEFSCPHWKTGEWSECLVTCGKGHKHRQVWCQFGEDRLSDRMCDPEAKPEPMQMCQQPECAAWQAGPWGQCSVTCGQGYQLRAVKCIMGTYMSVVDDNDCNAATRPTDTQDCELSSCHPSILTLEPRRHVHGVPRTQWRFGSWTPCSATCGKGTRMRYVSCRDEDGSVADESACATLPKPVAKEECSVTPCGQWKALDWSSCSMTCGQGKATRQVVCVNYSDHVIDQSECDPDYIPETDQDCSMSPCPQWTGSAYPFQNEDFRPRSDSPSRTHVLGGNQWRTGPWGACSSTCAGGSQRRVVVCQDENGYTATDCVERIKPDEQRACESGPCPQWAYGSWGECTKLCGGGMRTRLVVCQRANGDRFPDLSCEVLDKPPDREQCNTHACPQDAAWSTGPWSSCSVSCGRGHKHRNVYCLAKDGSHLESDYCKHLPKPHGHRRCRGGRCPRWKAGAWSQCTKTCGEGSRYRQVVCVAEDQSEVHSAHCDSDQRPPDRESCSLQPCEYVWITGEWSECSVTCGKGYRQRLVSCSEIYTGKENYEYSYQTTVNCPGTQPPSVHPCYLRDCPVSATWRVGNWGSCSVSCGMGVMHRSVQCLTNEDQPSHLCPTDIKPEERKTCHNVYNCELPQNCKEVKKLNSASVDGEYFLAVRGKPLKVFCAGMHSDYPKEYVTLAHGDSENFSEVYGHRLHNPTECPYNGSRRDDCHCRKDYTAAGFSSFQKIRIDLTSMQIITTDLEFARTSEGHPVPFATAGDCYSAAKCPQGRFSINLYGTGLSLTESARWTSQGNYAVSDIKKSPDGTRVIGKCGGYCGKCTPSSGTGLEVRVS

Target ORF information:

RefSeq Version	XM_006236916.3
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X3, mRNA.

Target ORF information:

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

XM_006236916.3

ORF Insert Sequence:

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGAT GCAGTGCAGA 
CGGCTCTGGT GCAATAACGT GGATGGAGCA CACAAAGGCT GCAGGACTCA GCACACGCCC 
TGGGCAGATG GAACCGAGTG TGAGCCTGGA AAGCACTGCA AGTTTGGATT CTGTGTTCCC 
AAAGAAATGG AGGGCCCTGC AATTGATGGA TCCTGGGGAA GTTGGAGTCA CTTTGGGGCC 
TGCTCAAGAA CATGTGGAGG AGGCATCAGA ACAGCCATCA GAGAGTGCAA CAGACCAGAG 
CCAAAAAATG GTGGGAGGTA CTGTGTAGGG AGGAGAATGA AGTTCAAATC CTGCAACACC 
GAGCCCTGCC CGAAGCACAA GCGAGACTTC CGTGAGGAGC AGTGTGCTTA CTTTGACGGC 
AAGCACTTCA ACATCAATGG TCTGCTGCCC AGTGTACGCT GGGTCCCTAA GTACAGTGGA 
ATTTTGATGA AGGACCGATG CAAGTTGTTC TGCAGAGTGG CAGGAAACAC AGCCTACTAC 
CAGCTTCGAG ACAGAGTGAT TGACGGAACC CCCTGTGGCC AGGACACAAA TGACATCTGT 
GTCCAAGGCC TTTGCCGGCA AGCTGGATGT GATCATATTT TAAACTCAAA GGCCCGGAAA 
GATAAATGTG GGATTTGTGG TGGCGATAAT TCTTCATGCA AAACAGTGGC GGGAACATTT 
AACACGGTCC ATTATGGTTA CAATACTGTT GTCCGAATTC CAGCCGGTGC TACCAGCCTT 
GATGTGCGAC AGCACAGCTT CTCAGGGAAG TCCGAGGATG ACAACTACCT AGCTTTATCA 
AACAGTAGAG GTGAATTCCT GCTCAATGGA GACTTTGTTG TCTCCATGTC CAAAAGGGAG 
GTCCGCGTGG GGAGTGCCAT GATTGAGTAC AGTGGATCCG ACAATGTGGT GGAAAGACTG 
AACTGTTCAG ACCGTATCGA GGAAGAACTT CTCCTACAGG TATTGTCAGT GGGGAAGTTG 
TACAACCCAG ATGTGCGGTA TTCATTCAAT ATTCCAATTG AGGACAGATC TCAACAGTTT 
TACTGGAACA GTCATGGGCC GTGGCAAGCA TGCAGCAAAC CCTGCCAAGG GGAGCGGAGA 
CGAAAACTTG TTTGCACCAG GGAGTCTGAT CAACTTACCG TTTCTGATCA AAGATGTGAC 
CGGCTGCCCC AGCCAGGACC TGTCACTGAA GCGTGTGGTA CAGACTGTGA TTTGAGGTGG 
CACATCGCCA GCAAGAGCGA ATGCAGTGCC CAGTGTGGTC TGGGTTATCG TACTTTAGAT 
ATCCACTGTG CCAAATACAG CAGGGTGGAT GGGAAGACGG AGAAGGTAGA TGACAGTTTT 
TGTGGCAGTC AACCCAGACC AAGCAACCAG GAGAAATGCT CAGGAGAGTG CAGCACAGGC 
GGATGGCGCT ATTCTGCCTG GACAGAATGT TCTAAAAGCT GTGATGGTGG TACCCAGAGA 
AGAAGAGCAA TTTGCGTCAA CACCCGCAAT GATGTCCTGG ATGACAGCAA ATGCGCACAG 
CAGGAGAAAG TCATCGTACA GAGATGCAAT GAGTTCTCCT GTCCTCATTG GAAAACAGGA 
GAGTGGTCAG AGTGCTTGGT CACCTGTGGA AAAGGACATA AGCACCGCCA GGTCTGGTGT 
CAGTTTGGTG AAGATCGATT AAGCGATAGA ATGTGTGACC CCGAGGCCAA GCCGGAGCCC 
ATGCAGATGT GTCAGCAGCC AGAGTGCGCA GCCTGGCAGG CGGGTCCCTG GGGACAGTGC 
AGTGTCACTT GTGGACAGGG ATACCAGCTA AGAGCAGTGA AGTGCATCAT GGGGACTTAC 
ATGTCAGTGG TCGATGACAA TGACTGTAAT GCAGCCACTA GGCCAACCGA TACCCAGGAC 
TGTGAACTAT CGTCCTGTCA CCCTTCCATA CTCACCCTGG AACCAAGGAG ACATGTACAC 
GGTGTACCCA GAACCCAGTG GCGATTTGGG TCTTGGACTC CATGCTCAGC CACTTGTGGA 
AAAGGTACCC GGATGAGATA TGTTAGCTGC CGGGACGAGG ACGGTTCTGT GGCTGATGAG 
AGTGCCTGTG CTACCTTGCC TAAACCAGTA GCCAAAGAAG AGTGTTCCGT GACACCCTGT 
GGACAGTGGA AGGCTCTAGA CTGGAGCTCT TGTTCCATGA CTTGTGGGCA AGGTAAGGCG 
ACCCGACAAG TGGTGTGTGT CAACTACAGT GACCACGTGA TCGATCAGAG TGAGTGTGAC 
CCAGATTATA TCCCAGAGAC TGACCAGGAC TGCTCTATGT CACCATGCCC TCAATGGACT 
GGCTCGGCTT ACCCATTTCA AAACGAGGAT TTCCGTCCCA GGAGTGACAG CCCTAGCCGT 
ACACACGTGC TTGGAGGAAA CCAGTGGAGA ACTGGCCCCT GGGGAGCCTG TTCTAGTACC 
TGTGCCGGAG GCTCCCAGAG GCGAGTTGTG GTGTGTCAGG ACGAAAACGG ATACACAGCC 
ACCGACTGCG TAGAGAGAAT CAAGCCTGAT GAGCAAAGAG CCTGTGAATC TGGCCCGTGT 
CCCCAGTGGG CTTACGGCAG CTGGGGAGAG TGTACCAAGC TGTGTGGTGG AGGCATGCGG 
ACAAGACTGG TGGTCTGTCA GCGGGCCAAT GGTGACCGCT TCCCAGATTT GAGTTGTGAA 
GTCCTCGACA AACCTCCTGA CCGTGAACAG TGCAACACAC ACGCTTGCCC ACAAGATGCT 
GCGTGGAGTA CTGGCCCGTG GAGCTCGTGT TCTGTCTCTT GTGGTCGAGG GCATAAACAT 
CGAAATGTTT ACTGCTTGGC AAAAGATGGA AGCCATTTAG AGAGTGATTA CTGTAAGCAC 
CTTCCTAAGC CACATGGGCA CAGAAGGTGC CGAGGAGGAC GGTGTCCCCG ATGGAAGGCT 
GGCGCATGGA GTCAGTGCAC CAAGACGTGT GGAGAAGGTT CCCGGTACCG GCAGGTGGTA 
TGTGTGGCAG AGGACCAAAG TGAAGTGCAC AGTGCACATT GTGACTCAGA CCAACGGCCT 
CCAGACCGTG AGAGCTGCAG CCTACAGCCC TGCGAGTACG TGTGGATCAC AGGAGAATGG 
TCTGAGTGCT CAGTGACCTG TGGAAAGGGC TACAGGCAAA GGCTGGTCTC CTGCAGTGAG 
ATTTATACGG GCAAGGAGAA TTACGAATAC AGCTACCAAA CCACAGTGAA CTGCCCAGGC 
ACACAGCCTC CCAGCGTCCA TCCCTGCTAC CTGAGGGACT GTCCTGTCTC GGCCACCTGG 
AGAGTTGGTA ACTGGGGCAG TTGCTCAGTG TCCTGCGGCA TGGGAGTGAT GCATAGATCT 
GTGCAGTGTT TAACTAACGA AGATCAACCC AGCCACTTAT GTCCCACTGA TATAAAGCCA 
GAAGAAAGAA AAACCTGTCA CAATGTTTAT AACTGTGAGT TACCCCAGAA CTGCAAGGAG 
GTAAAAAAAC TCAATAGCGC CAGCGTTGAT GGGGAATATT TCCTGGCTGT CAGGGGAAAG 
CCACTAAAGG TATTCTGTGC AGGGATGCAT TCTGACTATC CCAAGGAGTA CGTGACGCTG 
GCCCATGGTG ACTCGGAGAA CTTCTCCGAA GTTTACGGGC ACAGGTTGCA CAACCCAACA 
GAATGTCCCT ATAACGGGAG CCGACGGGAT GACTGCCATT GCCGGAAGGA TTACACAGCT 
GCTGGCTTCT CCAGTTTCCA GAAAATCCGA ATTGACCTGA CCAGCATGCA GATCATAACC 
ACTGACTTAG AGTTTGCAAG GACAAGTGAA GGGCATCCTG TTCCTTTTGC CACCGCTGGG 
GACTGCTACA GTGCTGCCAA ATGCCCACAG GGCCGTTTTA GCATCAACCT TTATGGGACC 
GGGCTGTCCT TAACCGAGTC TGCCAGATGG ACATCACAAG GGAATTATGC CGTTTCAGAC 
ATCAAGAAGT CTCCGGACGG TACCCGGGTC ATAGGGAAAT GCGGCGGTTA CTGTGGGAAG 
TGTACACCAT CCTCCGGCAC TGGCCTGGAG GTGCGAGTTT CATAA

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

Adamts9 ( XM_008763126.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_008761348.1 Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X2, mRNA.

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CloneID	ORa47144
Clone ID Related Accession (Same CDS sequence)	XM_008763126.2
Accession Version	XM_008763126.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5775bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005103.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_008763126.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGAT GCAGTGCAGA 
CGGCTCTGGT GCAATAACGT GGATGGAGCA CACAAAGGCT GCAGGACTCA GCACACGCCC 
TGGGCAGATG GAACCGAGTG TGAGCCTGGA AAGCACTGCA AGTTTGGATT CTGTGTTCCC 
AAAGAAATGG AGGGCCCTGC AATTGATGGA TCCTGGGGAA GTTGGAGTCA CTTTGGGGCC 
TGCTCAAGAA CATGTGGAGG AGGCATCAGA ACAGCCATCA GAGAGTGCAA CAGACCAGAG 
CCAAAAAATG GTGGGAGGTA CTGTGTAGGG AGGAGAATGA AGTTCAAATC CTGCAACACC 
GAGCCCTGCC CGAAGCACAA GCGAGACTTC CGTGAGGAGC AGTGTGCTTA CTTTGACGGC 
AAGCACTTCA ACATCAATGG TCTGCTGCCC AGTGTACGCT GGGTCCCTAA GTACAGTGGA 
ATTTTGATGA AGGACCGATG CAAGTTGTTC TGCAGAGTGG CAGGAAACAC AGCCTACTAC 
CAGCTTCGAG ACAGAGTGAT TGACGGAACC CCCTGTGGCC AGGACACAAA TGACATCTGT 
GTCCAAGGCC TTTGCCGGCA AGCTGGATGT GATCATATTT TAAACTCAAA GGCCCGGAAA 
GATAAATGTG GGATTTGTGG TGGCGATAAT TCTTCATGCA AAACAGTGGC GGGAACATTT 
AACACGGTCC ATTATGGTTA CAATACTGTT GTCCGAATTC CAGCCGGTGC TACCAGCCTT 
GATGTGCGAC AGCACAGCTT CTCAGGGAAG TCCGAGGATG ACAACTACCT AGCTTTATCA 
AACAGTAGAG GTGAATTCCT GCTCAATGGA GACTTTGTTG TCTCCATGTC CAAAAGGGAG 
GTCCGCGTGG GGAGTGCCAT GATTGAGTAC AGTGGATCCG ACAATGTGGT GGAAAGACTG 
AACTGTTCAG ACCGTATCGA GGAAGAACTT CTCCTACAGG TATTGTCAGT GGGGAAGTTG 
TACAACCCAG ATGTGCGGTA TTCATTCAAT ATTCCAATTG AGGACAGATC TCAACAGTTT 
TACTGGAACA GTCATGGGCC GTGGCAAGCA TGCAGCAAAC CCTGCCAAGG GGAGCGGAGA 
CGAAAACTTG TTTGCACCAG GGAGTCTGAT CAACTTACCG TTTCTGATCA AAGATGTGAC 
CGGCTGCCCC AGCCAGGACC TGTCACTGAA GCGTGTGGTA CAGACTGTGA TTTGAGGTGG 
CACATCGCCA GCAAGAGCGA ATGCAGTGCC CAGTGTGGTC TGGGTTATCG TACTTTAGAT 
ATCCACTGTG CCAAATACAG CAGGGTGGAT GGGAAGACGG AGAAGGTAGA TGACAGTTTT 
TGTGGCAGTC AACCCAGACC AAGCAACCAG GAGAAATGCT CAGGAGAGTG CAGCACAGGC 
GGATGGCGCT ATTCTGCCTG GACAGAATGT TCTAAAAGCT GTGATGGTGG TACCCAGAGA 
AGAAGAGCAA TTTGCGTCAA CACCCGCAAT GATGTCCTGG ATGACAGCAA ATGCGCACAG 
CAGGAGAAAG TCATCGTACA GAGATGCAAT GAGTTCTCCT GTCCTCATTG GAAAACAGGA 
GAGTGGTCAG AGTGCTTGGT CACCTGTGGA AAAGGACATA AGCACCGCCA GGTCTGGTGT 
CAGTTTGGTG AAGATCGATT AAGCGATAGA ATGTGTGACC CCGAGGCCAA GCCGGAGCCC 
ATGCAGATGT GTCAGCAGCC AGAGTGCGCA GCCTGGCAGG CGGGTCCCTG GGGACAGTGC 
AGTGTCACTT GTGGACAGGG ATACCAGCTA AGAGCAGTGA AGTGCATCAT GGGGACTTAC 
ATGTCAGTGG TCGATGACAA TGACTGTAAT GCAGCCACTA GGCCAACCGA TACCCAGGAC 
TGTGAACTAT CGTCCTGTCA CCCTTCCATA CTCACCCTGG AACCAAGGAG ACATGTACAC 
GGTGTACCCA GAACCCAGTG GCGATTTGGG TCTTGGACTC CATGCTCAGC CACTTGTGGA 
AAAGGTACCC GGATGAGATA TGTTAGCTGC CGGGACGAGG ACGGTTCTGT GGCTGATGAG 
AGTGCCTGTG CTACCTTGCC TAAACCAGTA GCCAAAGAAG AGTGTTCCGT GACACCCTGT 
GGACAGTGGA AGGCTCTAGA CTGGAGCTCT TGTTCCATGA CTTGTGGGCA AGGTAAGGCG 
ACCCGACAAG TGGTGTGTGT CAACTACAGT GACCACGTGA TCGATCAGAG TGAGTGTGAC 
CCAGATTATA TCCCAGAGAC TGACCAGGAC TGCTCTATGT CACCATGCCC TCAATGGACT 
GGCTCGGCTT ACCCATTTCA AAACGAGGAT TTCCGTCCCA GGAGTGACAG CCCTAGCCGT 
ACACACGTGC TTGGAGGAAA CCAGTGGAGA ACTGGCCCCT GGGGAGCCTG TTCTAGTACC 
TGTGCCGGAG GCTCCCAGAG GCGAGTTGTG GTGTGTCAGG ACGAAAACGG ATACACAGCC 
ACCGACTGCG TAGAGAGAAT CAAGCCTGAT GAGCAAAGAG CCTGTGAATC TGGCCCGTGT 
CCCCAGTGGG CTTACGGCAG CTGGGGAGAG TGTACCAAGC TGTGTGGTGG AGGCATGCGG 
ACAAGACTGG TGGTCTGTCA GCGGGCCAAT GGTGACCGCT TCCCAGATTT GAGTTGTGAA 
GTCCTCGACA AACCTCCTGA CCGTGAACAG TGCAACACAC ACGCTTGCCC ACAAGATGCT 
GCGTGGAGTA CTGGCCCGTG GAGCTCGTGT TCTGTCTCTT GTGGTCGAGG GCATAAACAT 
CGAAATGTTT ACTGCTTGGC AAAAGATGGA AGCCATTTAG AGAGTGATTA CTGTAAGCAC 
CTTCCTAAGC CACATGGGCA CAGAAGGTGC CGAGGAGGAC GGTGTCCCCG ATGGAAGGCT 
GGCGCATGGA GTCAGTGCTC TGTGTCCTGT GGCCAAGGAG TGCAGCAGAG GCATGTGGGC 
TGTCAGATCG GGACACACAA AACAGCCAGA GAGAGTGAGT GCAGTTCATA CAGCAGACCA 
GAGTCGGAGC GTGTCTGCCA AGCCTCACCA TGTCCTCTCT ACACTTGGAG GGCAGAGCAA 
TGGCAACAAT GCACCAAGAC GTGTGGAGAA GGTTCCCGGT ACCGGCAGGT GGTATGTGTG 
GCAGAGGACC AAAGTGAAGT GCACAGTGCA CATTGTGACT CAGACCAACG GCCTCCAGAC 
CGTGAGAGCT GCAGCCTACA GCCCTGCGAG TACGTGTGGA TCACAGGAGA ATGGTCTGAG 
TGCTCAGTGA CCTGTGGAAA GGGCTACAGG CAAAGGCTGG TCTCCTGCAG TGAGATTTAT 
ACGGGCAAGG AGAATTACGA ATACAGCTAC CAAACCACAG TGAACTGCCC AGGCACACAG 
CCTCCCAGCG TCCATCCCTG CTACCTGAGG GACTGTCCTG TCTCGGCCAC CTGGAGAGTT 
GGTAACTGGG GCAGTTGCTC AGTGTCCTGC GGCATGGGAG TGATGCATAG ATCTGTGCAG 
TGTTTAACTA ACGAAGATCA ACCCAGCCAC TTATGTCCCA CTGATATAAA GCCAGAAGAA 
AGAAAAACCT GTCACAATGT TTATAACTGT GAGTTACCCC AGAACTGCAA GGAGGTAAAA 
AAACTCAATA GCGCCAGCGT TGATGGGGAA TATTTCCTGG CTGTCAGGGG AAAGCCACTA 
AAGGTATTCT GTGCAGGGAT GCATTCTGAC TATCCCAAGG AGTACGTGAC GCTGGCCCAT 
GGTGACTCGG AGAACTTCTC CGAAGTTTAC GGGCACAGGT TGCACAACCC AACAGAATGT 
CCCTATAACG GGAGCCGACG GGATGACTGC CATTGCCGGA AGGATTACAC AGCTGCTGGC 
TTCTCCAGTT TCCAGAAAAT CCGAATTGAC CTGACCAGCA TGCAGATCAT AACCACTGAC 
TTAGAGTTTG CAAGGACAAG TGAAGGGCAT CCTGTTCCTT TTGCCACCGC TGGGGACTGC 
TACAGTGCTG CCAAATGCCC ACAGGGCCGT TTTAGCATCA ACCTTTATGG GACCGGGCTG 
TCCTTAACCG AGTCTGCCAG ATGGACATCA CAAGGGAATT ATGCCGTTTC AGACATCAAG 
AAGTCTCCGA TCCCGACTGG AGAACCAGAC GGTCCAACAT CTGCCTCCAG GCCGAGCTCA 
GCACTCAGGA GATGA

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

RefSeq	XP_008761348.1
CDS	3085..8859
Translation	MQLVSWATLLTLLVPDLVEMRSPDSAAAVRKDRLHPRQVKLLESLSEYEIASPIRVNPLGEPFPTNVHFKRRRRSINSASDPWPAFASSSSSSSTSSQEHYRLKAFGQQFLFNLTAHTGFIAPLFTVTLLGEPGVNQSKLYSEEEMELRHCFYKGHVNTKSEHTAVISLCSGMMGTFRSHDGDYFIEPLLSVDEQEDEEEQNKPHVIYRRNNPQREPSTGKHACDTSELKNSYSKDKRKTRLRKRRKRNSLADDVAALKRGMATKAFSGYNNRTNGTRDRRNHKRTKRFLSYPRFVEVMVVADHRMVLYHGSNLQHYILTLMSIVASIYKDSSIGNLINIVIVNLVVIHNEQEGPSINFNAQTTLKNFCQWQHSKNHLGGIQHDTAVLVTREDICRAQDKCDTLGLAELGTICDPYRSCSISEDSGLSTAFTIAHELGHVFNMPHDDSNKCKEEGVKSPQHVMAPTLNFYTNPWMWSKCSRKYITEFLDTGYGECLLNEPQSRTYPLPSQLPGLLYNVNKQCELIFGPGSQVCPYMMQCRRLWCNNVDGAHKGCRTQHTPWADGTECEPGKHCKFGFCVPKEMEGPAIDGSWGSWSHFGACSRTCGGGIRTAIRECNRPEPKNGGRYCVGRRMKFKSCNTEPCPKHKRDFREEQCAYFDGKHFNINGLLPSVRWVPKYSGILMKDRCKLFCRVAGNTAYYQLRDRVIDGTPCGQDTNDICVQGLCRQAGCDHILNSKARKDKCGICGGDNSSCKTVAGTFNTVHYGYNTVVRIPAGATSLDVRQHSFSGKSEDDNYLALSNSRGEFLLNGDFVVSMSKREVRVGSAMIEYSGSDNVVERLNCSDRIEEELLLQVLSVGKLYNPDVRYSFNIPIEDRSQQFYWNSHGPWQACSKPCQGERRRKLVCTRESDQLTVSDQRCDRLPQPGPVTEACGTDCDLRWHIASKSECSAQCGLGYRTLDIHCAKYSRVDGKTEKVDDSFCGSQPRPSNQEKCSGECSTGGWRYSAWTECSKSCDGGTQRRRAICVNTRNDVLDDSKCAQQEKVIVQRCNEFSCPHWKTGEWSECLVTCGKGHKHRQVWCQFGEDRLSDRMCDPEAKPEPMQMCQQPECAAWQAGPWGQCSVTCGQGYQLRAVKCIMGTYMSVVDDNDCNAATRPTDTQDCELSSCHPSILTLEPRRHVHGVPRTQWRFGSWTPCSATCGKGTRMRYVSCRDEDGSVADESACATLPKPVAKEECSVTPCGQWKALDWSSCSMTCGQGKATRQVVCVNYSDHVIDQSECDPDYIPETDQDCSMSPCPQWTGSAYPFQNEDFRPRSDSPSRTHVLGGNQWRTGPWGACSSTCAGGSQRRVVVCQDENGYTATDCVERIKPDEQRACESGPCPQWAYGSWGECTKLCGGGMRTRLVVCQRANGDRFPDLSCEVLDKPPDREQCNTHACPQDAAWSTGPWSSCSVSCGRGHKHRNVYCLAKDGSHLESDYCKHLPKPHGHRRCRGGRCPRWKAGAWSQCSVSCGQGVQQRHVGCQIGTHKTARESECSSYSRPESERVCQASPCPLYTWRAEQWQQCTKTCGEGSRYRQVVCVAEDQSEVHSAHCDSDQRPPDRESCSLQPCEYVWITGEWSECSVTCGKGYRQRLVSCSEIYTGKENYEYSYQTTVNCPGTQPPSVHPCYLRDCPVSATWRVGNWGSCSVSCGMGVMHRSVQCLTNEDQPSHLCPTDIKPEERKTCHNVYNCELPQNCKEVKKLNSASVDGEYFLAVRGKPLKVFCAGMHSDYPKEYVTLAHGDSENFSEVYGHRLHNPTECPYNGSRRDDCHCRKDYTAAGFSSFQKIRIDLTSMQIITTDLEFARTSEGHPVPFATAGDCYSAAKCPQGRFSINLYGTGLSLTESARWTSQGNYAVSDIKKSPIPTGEPDGPTSASRPSSALRR

Target ORF information:

RefSeq Version	XM_008763126.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 9 (Adamts9), transcript variant X2, mRNA.

Target ORF information:

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

XM_008763126.2

ORF Insert Sequence:

ATGCAGTTAG TATCCTGGGC CACACTGCTA ACGCTCCTGG TGCCGGACCT GGTTGAGATG 
AGGAGCCCCG ACTCCGCGGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTATTAGAGA GTCTGAGCGA ATATGAGATC GCGTCTCCCA TCCGAGTGAA CCCCCTCGGG 
GAACCCTTTC CCACGAACGT GCACTTCAAA AGAAGGCGAC GAAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCC TCGTCTTCCT CTACCTCTTC CCAGGAGCAT 
TACCGCCTCA AAGCCTTCGG CCAGCAGTTT CTATTTAATC TCACCGCCCA TACCGGATTT 
ATCGCTCCAC TGTTCACTGT CACCCTCCTT GGAGAGCCAG GGGTGAACCA GTCCAAACTG 
TATTCCGAGG AAGAAATGGA ACTTAGGCAC TGTTTCTACA AAGGCCATGT CAATACCAAG 
TCTGAGCACA CTGCGGTCAT CAGCCTGTGC TCCGGAATGA TGGGCACGTT CCGGTCTCAC 
GATGGAGATT ATTTTATTGA ACCACTGCTG TCCGTGGATG AGCAAGAGGA TGAGGAGGAA 
CAGAACAAAC CCCACGTCAT TTATAGGCGC AACAACCCTC AGAGGGAACC CTCCACAGGA 
AAGCATGCCT GTGACACCTC AGAACTCAAA AATAGCTACA GTAAAGACAA GAGGAAAACC 
AGACTTCGAA AACGGAGAAA GAGGAATAGC CTGGCTGACG ACGTGGCAGC GTTAAAGAGA 
GGCATGGCAA CTAAGGCGTT CTCTGGTTAT AACAACAGGA CAAATGGCAC GAGGGACAGA 
AGGAACCACA AAAGAACCAA ACGCTTTCTG TCCTATCCAC GGTTTGTAGA AGTGATGGTA 
GTGGCTGACC ACAGGATGGT TTTATACCAT GGATCAAACC TTCAGCATTA TATTTTAACC 
TTAATGTCAA TTGTAGCTTC TATCTATAAA GACTCAAGTA TTGGAAATTT AATTAATATT 
GTTATTGTGA ACTTAGTTGT GATTCATAAT GAACAGGAAG GACCTTCCAT AAATTTCAAT 
GCCCAGACAA CATTAAAGAA CTTTTGCCAG TGGCAGCATT CCAAGAACCA CTTGGGTGGG 
ATTCAGCATG ACACAGCTGT TCTAGTCACA AGGGAGGATA TCTGCAGAGC TCAGGACAAA 
TGCGACACCT TAGGTCTTGC CGAATTGGGA ACCATCTGCG ACCCCTACAG AAGCTGTTCC 
ATTAGTGAAG ACAGTGGCTT GAGCACAGCG TTCACCATAG CCCACGAGCT GGGCCATGTG 
TTTAATATGC CTCATGATGA CAGCAATAAA TGCAAAGAAG AAGGCGTTAA GAGCCCCCAG 
CATGTCATGG CGCCAACACT GAACTTCTAC ACCAACCCCT GGATGTGGTC CAAGTGCAGT 
CGGAAGTACA TCACCGAGTT CTTAGACACT GGGTATGGAG AGTGCTTGTT AAATGAACCT 
CAATCCAGGA CCTATCCTTT GCCTTCCCAA CTGCCCGGCC TTCTCTACAA CGTGAATAAA 
CAATGTGAAC TGATTTTTGG ACCAGGCTCT CAAGTGTGCC CATATATGAT GCAGTGCAGA 
CGGCTCTGGT GCAATAACGT GGATGGAGCA CACAAAGGCT GCAGGACTCA GCACACGCCC 
TGGGCAGATG GAACCGAGTG TGAGCCTGGA AAGCACTGCA AGTTTGGATT CTGTGTTCCC 
AAAGAAATGG AGGGCCCTGC AATTGATGGA TCCTGGGGAA GTTGGAGTCA CTTTGGGGCC 
TGCTCAAGAA CATGTGGAGG AGGCATCAGA ACAGCCATCA GAGAGTGCAA CAGACCAGAG 
CCAAAAAATG GTGGGAGGTA CTGTGTAGGG AGGAGAATGA AGTTCAAATC CTGCAACACC 
GAGCCCTGCC CGAAGCACAA GCGAGACTTC CGTGAGGAGC AGTGTGCTTA CTTTGACGGC 
AAGCACTTCA ACATCAATGG TCTGCTGCCC AGTGTACGCT GGGTCCCTAA GTACAGTGGA 
ATTTTGATGA AGGACCGATG CAAGTTGTTC TGCAGAGTGG CAGGAAACAC AGCCTACTAC 
CAGCTTCGAG ACAGAGTGAT TGACGGAACC CCCTGTGGCC AGGACACAAA TGACATCTGT 
GTCCAAGGCC TTTGCCGGCA AGCTGGATGT GATCATATTT TAAACTCAAA GGCCCGGAAA 
GATAAATGTG GGATTTGTGG TGGCGATAAT TCTTCATGCA AAACAGTGGC GGGAACATTT 
AACACGGTCC ATTATGGTTA CAATACTGTT GTCCGAATTC CAGCCGGTGC TACCAGCCTT 
GATGTGCGAC AGCACAGCTT CTCAGGGAAG TCCGAGGATG ACAACTACCT AGCTTTATCA 
AACAGTAGAG GTGAATTCCT GCTCAATGGA GACTTTGTTG TCTCCATGTC CAAAAGGGAG 
GTCCGCGTGG GGAGTGCCAT GATTGAGTAC AGTGGATCCG ACAATGTGGT GGAAAGACTG 
AACTGTTCAG ACCGTATCGA GGAAGAACTT CTCCTACAGG TATTGTCAGT GGGGAAGTTG 
TACAACCCAG ATGTGCGGTA TTCATTCAAT ATTCCAATTG AGGACAGATC TCAACAGTTT 
TACTGGAACA GTCATGGGCC GTGGCAAGCA TGCAGCAAAC CCTGCCAAGG GGAGCGGAGA 
CGAAAACTTG TTTGCACCAG GGAGTCTGAT CAACTTACCG TTTCTGATCA AAGATGTGAC 
CGGCTGCCCC AGCCAGGACC TGTCACTGAA GCGTGTGGTA CAGACTGTGA TTTGAGGTGG 
CACATCGCCA GCAAGAGCGA ATGCAGTGCC CAGTGTGGTC TGGGTTATCG TACTTTAGAT 
ATCCACTGTG CCAAATACAG CAGGGTGGAT GGGAAGACGG AGAAGGTAGA TGACAGTTTT 
TGTGGCAGTC AACCCAGACC AAGCAACCAG GAGAAATGCT CAGGAGAGTG CAGCACAGGC 
GGATGGCGCT ATTCTGCCTG GACAGAATGT TCTAAAAGCT GTGATGGTGG TACCCAGAGA 
AGAAGAGCAA TTTGCGTCAA CACCCGCAAT GATGTCCTGG ATGACAGCAA ATGCGCACAG 
CAGGAGAAAG TCATCGTACA GAGATGCAAT GAGTTCTCCT GTCCTCATTG GAAAACAGGA 
GAGTGGTCAG AGTGCTTGGT CACCTGTGGA AAAGGACATA AGCACCGCCA GGTCTGGTGT 
CAGTTTGGTG AAGATCGATT AAGCGATAGA ATGTGTGACC CCGAGGCCAA GCCGGAGCCC 
ATGCAGATGT GTCAGCAGCC AGAGTGCGCA GCCTGGCAGG CGGGTCCCTG GGGACAGTGC 
AGTGTCACTT GTGGACAGGG ATACCAGCTA AGAGCAGTGA AGTGCATCAT GGGGACTTAC 
ATGTCAGTGG TCGATGACAA TGACTGTAAT GCAGCCACTA GGCCAACCGA TACCCAGGAC 
TGTGAACTAT CGTCCTGTCA CCCTTCCATA CTCACCCTGG AACCAAGGAG ACATGTACAC 
GGTGTACCCA GAACCCAGTG GCGATTTGGG TCTTGGACTC CATGCTCAGC CACTTGTGGA 
AAAGGTACCC GGATGAGATA TGTTAGCTGC CGGGACGAGG ACGGTTCTGT GGCTGATGAG 
AGTGCCTGTG CTACCTTGCC TAAACCAGTA GCCAAAGAAG AGTGTTCCGT GACACCCTGT 
GGACAGTGGA AGGCTCTAGA CTGGAGCTCT TGTTCCATGA CTTGTGGGCA AGGTAAGGCG 
ACCCGACAAG TGGTGTGTGT CAACTACAGT GACCACGTGA TCGATCAGAG TGAGTGTGAC 
CCAGATTATA TCCCAGAGAC TGACCAGGAC TGCTCTATGT CACCATGCCC TCAATGGACT 
GGCTCGGCTT ACCCATTTCA AAACGAGGAT TTCCGTCCCA GGAGTGACAG CCCTAGCCGT 
ACACACGTGC TTGGAGGAAA CCAGTGGAGA ACTGGCCCCT GGGGAGCCTG TTCTAGTACC 
TGTGCCGGAG GCTCCCAGAG GCGAGTTGTG GTGTGTCAGG ACGAAAACGG ATACACAGCC 
ACCGACTGCG TAGAGAGAAT CAAGCCTGAT GAGCAAAGAG CCTGTGAATC TGGCCCGTGT 
CCCCAGTGGG CTTACGGCAG CTGGGGAGAG TGTACCAAGC TGTGTGGTGG AGGCATGCGG 
ACAAGACTGG TGGTCTGTCA GCGGGCCAAT GGTGACCGCT TCCCAGATTT GAGTTGTGAA 
GTCCTCGACA AACCTCCTGA CCGTGAACAG TGCAACACAC ACGCTTGCCC ACAAGATGCT 
GCGTGGAGTA CTGGCCCGTG GAGCTCGTGT TCTGTCTCTT GTGGTCGAGG GCATAAACAT 
CGAAATGTTT ACTGCTTGGC AAAAGATGGA AGCCATTTAG AGAGTGATTA CTGTAAGCAC 
CTTCCTAAGC CACATGGGCA CAGAAGGTGC CGAGGAGGAC GGTGTCCCCG ATGGAAGGCT 
GGCGCATGGA GTCAGTGCTC TGTGTCCTGT GGCCAAGGAG TGCAGCAGAG GCATGTGGGC 
TGTCAGATCG GGACACACAA AACAGCCAGA GAGAGTGAGT GCAGTTCATA CAGCAGACCA 
GAGTCGGAGC GTGTCTGCCA AGCCTCACCA TGTCCTCTCT ACACTTGGAG GGCAGAGCAA 
TGGCAACAAT GCACCAAGAC GTGTGGAGAA GGTTCCCGGT ACCGGCAGGT GGTATGTGTG 
GCAGAGGACC AAAGTGAAGT GCACAGTGCA CATTGTGACT CAGACCAACG GCCTCCAGAC 
CGTGAGAGCT GCAGCCTACA GCCCTGCGAG TACGTGTGGA TCACAGGAGA ATGGTCTGAG 
TGCTCAGTGA CCTGTGGAAA GGGCTACAGG CAAAGGCTGG TCTCCTGCAG TGAGATTTAT 
ACGGGCAAGG AGAATTACGA ATACAGCTAC CAAACCACAG TGAACTGCCC AGGCACACAG 
CCTCCCAGCG TCCATCCCTG CTACCTGAGG GACTGTCCTG TCTCGGCCAC CTGGAGAGTT 
GGTAACTGGG GCAGTTGCTC AGTGTCCTGC GGCATGGGAG TGATGCATAG ATCTGTGCAG 
TGTTTAACTA ACGAAGATCA ACCCAGCCAC TTATGTCCCA CTGATATAAA GCCAGAAGAA 
AGAAAAACCT GTCACAATGT TTATAACTGT GAGTTACCCC AGAACTGCAA GGAGGTAAAA 
AAACTCAATA GCGCCAGCGT TGATGGGGAA TATTTCCTGG CTGTCAGGGG AAAGCCACTA 
AAGGTATTCT GTGCAGGGAT GCATTCTGAC TATCCCAAGG AGTACGTGAC GCTGGCCCAT 
GGTGACTCGG AGAACTTCTC CGAAGTTTAC GGGCACAGGT TGCACAACCC AACAGAATGT 
CCCTATAACG GGAGCCGACG GGATGACTGC CATTGCCGGA AGGATTACAC AGCTGCTGGC 
TTCTCCAGTT TCCAGAAAAT CCGAATTGAC CTGACCAGCA TGCAGATCAT AACCACTGAC 
TTAGAGTTTG CAAGGACAAG TGAAGGGCAT CCTGTTCCTT TTGCCACCGC TGGGGACTGC 
TACAGTGCTG CCAAATGCCC ACAGGGCCGT TTTAGCATCA ACCTTTATGG GACCGGGCTG 
TCCTTAACCG AGTCTGCCAG ATGGACATCA CAAGGGAATT ATGCCGTTTC AGACATCAAG 
AAGTCTCCGA TCCCGACTGG AGAACCAGAC GGTCCAACAT CTGCCTCCAG GCCGAGCTCA 
GCACTCAGGA GATGA

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

PubMed

Biosynthesis and expression of a disintegrin-like and metalloproteinase domain with thrombospondin-1 repeats-15: a novel versican-cleaving proteoglycanase.
The Journal of biological chemistry288(52)37267-76(2013 Dec)
Dancevic CM,Fraser FW,Smith AD,Stupka N,Ward AC,McCulloch DR

Impact of lactobacilli on orally acquired listeriosis.
Proceedings of the National Academy of Sciences of the United States of America109(41)16684-9(2012 Oct)
Archambaud C,Nahori MA,Soubigou G,B?cavin C,Laval L,Lechat P,Smokvina T,Langella P,Lecuit M,Cossart P

Reduced versican cleavage due to Adamts9 haploinsufficiency is associated with cardiac and aortic anomalies.
Matrix biology : journal of the International Society for Matrix Biology29(4)304-16(2010 May)
Kern CB,Wessels A,McGarity J,Dixon LJ,Alston E,Argraves WS,Geeting D,Nelson CM,Menick DR,Apte SS

ADAMTS9 is a cell-autonomously acting, anti-angiogenic metalloprotease expressed by microvascular endothelial cells.
The American journal of pathology176(3)1494-504(2010 Mar)
Koo BH,Coe DM,Dixon LJ,Somerville RP,Nelson CM,Wang LW,Young ME,Lindner DJ,Apte SS

ADAMTS-9 expression is up-regulated following transient middle cerebral artery occlusion (tMCAo) in the rat.
Neuroscience letters452(3)252-7(2009 Mar)
Reid MJ,Cross AK,Haddock G,Allan SM,Stock CJ,Woodroofe MN,Buttle DJ,Bunning RA

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Adamts9 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene

Clones

gRNAs

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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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