adamts14 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	adamts14
Entrez Gene ID	111219768
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 14
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022742540.1	XP_022598261.1	A disintegrin and metalloproteinase with thrombospondin motifs 14

Pathways from BioSystems
Gene Ontology

The following adamts14 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the adamts14 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
OSe213158	XM_022742540.1 Latest version!	Seriola dumerili ADAM metallopeptidase with thrombospondin type 1 motif 14 (adamts14), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

adamts14 ( XM_022742540.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022598261.1 Seriola dumerili ADAM metallopeptidase with thrombospondin type 1 motif 14 (adamts14), mRNA.

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CloneID	OSe213158
Clone ID Related Accession (Same CDS sequence)	XM_022742540.1
Accession Version	XM_022742540.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3732bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174323.1) 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 :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATTGTA TGTATTTATT GATGTGCTTT TCACTCAGTC ACGTATTTTT GGAGCATATT 
TTCGCTGCAG AAACACATGA AAAACTCTCT GGAAAGTTAA GTGAATATGG TCTTATCGTG 
CCATTCAGCA CAGACTCCCA TGGCCGGTAC ATTTCTCACG TGGTCTCTGC TGGAAGTGGA 
AGTAAAGGTG GTGATGGTGC TGCTGCTGCT GCTGATGCCC CCTCAGACTT TGGCAGTAAA 
AGAAGGGTGG CCCGCGGTGC CCCCGAGATG CCCTCGGTCA CCTCCTCCTC GACTCAGCAC 
TTGTTTTTCA ATGTCACTGT GTTTGGGAAA GAACTGCACC TCCGCCTGAG GGCCAACAGG 
AGGCTGGTGG CCCCAGGGGC TTTTGTGGAA TGGCAGGAGG ACTTTGAGGA AAAGGCCAAG 
GAACGTATCC AGGGGTACTG TGTTTTCACT GGGGATGTGA GTGACATGCC GGAGGCGTCG 
GTGGCTATCA GCAATTGTGA CGGACTGGCA GGTCTGATCC GGACTGATAA TGGGGAGTTT 
TTCATCGAGC CCCTTGAGAA GGGCCAGCAG GACGTGGAAG TGAAGGGGCG TGTCCACGTG 
GTCTACCGCA GGTCGGCCAT CAAGCGGGAG ACGGGCCAGC GGCGGCAGGA CCTCCACAAT 
GAAGTTGCAG ACTTTGGGAT CGCAGACCTC CCCGCGGCTC TGGATCTTGT CGAGCATAAA 
CTGTCTGAGT CTGAGCGCAA GAGGAGGCAC GCGAAGAAAG ATGACTACAA CATCGAGGTG 
CTGCTGGCGG TGGACGACTC TGTGGTGCGC TTCCACGGCA AGGAGCATGT GCAGAATTAC 
GTTCTCACAC TCATGAACAT AGTTGATGAA ATCTACCATG ATGAATCTTT GGGCACCAAC 
ATCAACATTG TCCTTGTCCG CATGATCATG GTCGGGTACC GCCAGTCCAT AAGCCTGATC 
GAGCGTGGCA ACCCATCCCG CAGCCTGGAG CAGGTGTGTC GATGGGCCAA CACGCAGCAG 
CGCCGTGACC CAGAACATGC GGAGTACCAC GACCACGCCA TCTTCCTCAC AAGGCAAGAT 
TTTGGTCCCG CAGGTATGCA AGGTTATGCT CCAGTGACGG GGATGTGCCA CCCATTGAGA 
AGCTGCACTC TGAACCATGA GGATGGCTTC TCCTCCGCCT TTGTGGTTGC TCATGAAACC 
GGCCATGTGC TAGGTATGGA GCATGATGGC CAGGGAAACC GCTGTGCTGA TGAGACAAGT 
ATGGGGAGCA TCATGGCGCC ACTTGTCCAA GCAGCTTTCC ACCGCTATCA CTGGTCACGT 
TGCAGCAAGC AGGAGCTCAA TCGATACATC CACTCCTATG ACTGCCTGCT GGATGATCCC 
TTTGAACACA AGTGGCCCAA GCTTCCCGAG CTCCCTGGAA TAAATTATTC AATGGATGAG 
CAGTGCCGCT TTGACTTTGG TGTTGGCTAT AAAATGTGCA CTGCTTTTCG AACCTATGAT 
CCTTGCAAGC AGCTGTGGTG CAGTCACCCT GACAACCAGT ACTTTTGTAA AACTAAAAAA 
GGACCTCCAG TGGATGGAAC TGAATGTGCA CCAGGAAAGT GGTGTTTCAA GGGACATTGC 
ATCTGGAGAT CCAGTCAGCA GCCTCAGGGC CACGATGGAA GTTGGGGCTC CTGGTCAAAG 
TTTGGCTCTT GCTCCAGAAC TTGCGGAGGT GGCATTCGCT CCCGCAGCAG ACAGTGCAAC 
AACCCTCCAC CTGCCTACGG TGGTCGAGAT TGCCCCGGCT CAGCTTTTGA CTACCAGATG 
TGTAACACCG AGGAGTGTGC TGGCCCTTAC GAGGACTTCC GTGCTCAGCA ATGTATCCAG 
AGGAGCAACA AATACCACAA AAACATAAAG CACACCTGGC TGCCATATGA GCACCCAGAT 
GAGGGTCGTA AGTGTGAACT GAGCTGTAAG TCAAAGGAAA CAGGAGAGGT GGTGTTCATG 
AACCAGGTGA TGCATGATGG GACCCGCTGC AGCTATGAAG ACCCCTTCAG CGTGTGCGCT 
CGGGGAGAGT GTCTGCATGT TGGCTGCGAC AAGGAGGTCG GCTCCTACAA ACAAGAGGAC 
AAATGTGGAG TGTGTGAGGG GGACAACTCG CATTGTCGCA CCGTGAAGCT GACACTCACC 
AAGACGCCCA AAAAGAACGG AATGCTGAAA ATGTTCGACA TCCCAATAGG AGCCCGCCAC 
ATTGTTATAG AAGAGAACGA GACCTCTCCT CATATAATTG CTGTGAAGAA TCAAGTTACT 
GGAAACTTCA TACTGAATGC AAAAAGTGAA GACGCTGAAT CAAAGACCTT CATTGAAAAT 
GGTTTACAGT GGGAGTACTC CATGGATGGC GAGAAGGAGA CCCTGAAAAC AACCGGTCCT 
CTGCATGAAG GCATTGTAGT TCTGGTCATT CCCCAGGAGG AGGACACAAA AGTCAGCTTG 
ACATATAAGT ATATCATACA TGAGGACCTA TTACCGCTTA TTACCAACAA CAATGTGCTT 
CTGGCTGAAC TGGACACCTA TGAGTGGGCA CTGAAGAGCT GGTCTCAGTG CTCCAAACCT 
TGTGGGGGAG GCATACAGTA CACAAAATAT GGATGCAGGA GAAAGAGTGA CAGCCGTTTG 
GTGCATCGTA ACTTTTGTGA AACCAGCAAA AAGCCTAAAC CCATCCGCAA ACGCTGCAAT 
GTGCAAGAGT GCAGCCAGCC CACGTGGGTG GTGGAAGAGT GGAGCCCCTG TAGCAAGACC 
TGCGGGAAGC TCGGCTACCA GACCAGGCTG GTGCAGTGCA TGCAGGCGCT CCACAATGGC 
ACCAACAGAC TTGTCCACAG CAAACACTGC ACTGAGAACC GTCCCGAGAC TAGGAGAGCG 
TGTAACCACA CCACATGCCC CGCCCAGTGG AGGACAGGGG CGTGGTCACA GTGCTCAGTG 
ACCTGTGGCG AAGGAATCCA ACAAAGGCAG GTGGTTTGCA AGGCCAGCGA CAACACCATC 
GGAGAATGCG AGGGCGAGAA GCCGGAAACA ATCCTTATTT GTGAACTAAG TCCTTGTCCA 
GGACAGCCAG TGTCTTCTCT CACTGTTGAA ACAATGGGGA ACTCTACAAT ACAAGATGAA 
GCTATACACC AAAGGGTTCC TGAAAACCCT GTCCACAAAA TCTCTTCAAA TGAGCCATGT 
CTTGGGGATA AATCGATTTT CTGTCAAATG GAGGTTCTTG CCCGTTATTG TTCCATCCCT 
GGATATAATA AGCTTTGTTG TGAGTCTTGC AACAAGAAAG AAAACCTCGC CACTCATGCT 
CCTGACCTCC AGAACACAGT GGCCTCAGTA GAACCTGAGC CCTCTTTTCC TTCTCAGCCT 
TCATCACCCA TGGCTGCTCT ACCCACTACG ACCCAGAGCC CGCCCCAAAC CACTAAAGCC 
ATCAGCAGAC GGCTACGGTC CACTGCCCCA GTGCCAACCA CTGTGACCGC TGCTGAAGCC 
TCGCCATCCA CAGGTGCTGC TCTGCCCCAG GTTCCCACCA GCAACCCCTT CCTCACAGCT 
GGGAAGGGAG ACTCAGACCC GGGGCCTCTT CTACCTCCAG GGCCGCCACG GCCCACAGCA 
GACTCCAGTG GAGGTGCCTC TAAAGAGCAC AGTCCAAACA GCACTTTAGG CCCAGTCGCT 
GCCAGGTCAA GAAGGGACGA TTTAGGATCC GAGAGGGACT CGACTCACAG AACCCTGTCA 
GCTCAGAAAT AA

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

RefSeq	XP_022598261.1
CDS	332..4063
Translation	MDCMYLLMCFSLSHVFLEHIFAAETHEKLSGKLSEYGLIVPFSTDSHGRYISHVVSAGSGSKGGDGAAAAADAPSDFGSKRRVARGAPEMPSVTSSSTQHLFFNVTVFGKELHLRLRANRRLVAPGAFVEWQEDFEEKAKERIQGYCVFTGDVSDMPEASVAISNCDGLAGLIRTDNGEFFIEPLEKGQQDVEVKGRVHVVYRRSAIKRETGQRRQDLHNEVADFGIADLPAALDLVEHKLSESERKRRHAKKDDYNIEVLLAVDDSVVRFHGKEHVQNYVLTLMNIVDEIYHDESLGTNINIVLVRMIMVGYRQSISLIERGNPSRSLEQVCRWANTQQRRDPEHAEYHDHAIFLTRQDFGPAGMQGYAPVTGMCHPLRSCTLNHEDGFSSAFVVAHETGHVLGMEHDGQGNRCADETSMGSIMAPLVQAAFHRYHWSRCSKQELNRYIHSYDCLLDDPFEHKWPKLPELPGINYSMDEQCRFDFGVGYKMCTAFRTYDPCKQLWCSHPDNQYFCKTKKGPPVDGTECAPGKWCFKGHCIWRSSQQPQGHDGSWGSWSKFGSCSRTCGGGIRSRSRQCNNPPPAYGGRDCPGSAFDYQMCNTEECAGPYEDFRAQQCIQRSNKYHKNIKHTWLPYEHPDEGRKCELSCKSKETGEVVFMNQVMHDGTRCSYEDPFSVCARGECLHVGCDKEVGSYKQEDKCGVCEGDNSHCRTVKLTLTKTPKKNGMLKMFDIPIGARHIVIEENETSPHIIAVKNQVTGNFILNAKSEDAESKTFIENGLQWEYSMDGEKETLKTTGPLHEGIVVLVIPQEEDTKVSLTYKYIIHEDLLPLITNNNVLLAELDTYEWALKSWSQCSKPCGGGIQYTKYGCRRKSDSRLVHRNFCETSKKPKPIRKRCNVQECSQPTWVVEEWSPCSKTCGKLGYQTRLVQCMQALHNGTNRLVHSKHCTENRPETRRACNHTTCPAQWRTGAWSQCSVTCGEGIQQRQVVCKASDNTIGECEGEKPETILICELSPCPGQPVSSLTVETMGNSTIQDEAIHQRVPENPVHKISSNEPCLGDKSIFCQMEVLARYCSIPGYNKLCCESCNKKENLATHAPDLQNTVASVEPEPSFPSQPSSPMAALPTTTQSPPQTTKAISRRLRSTAPVPTTVTAAEASPSTGAALPQVPTSNPFLTAGKGDSDPGPLLPPGPPRPTADSSGGASKEHSPNSTLGPVAARSRRDDLGSERDSTHRTLSAQK

Target ORF information:

RefSeq Version	XM_022742540.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili ADAM metallopeptidase with thrombospondin type 1 motif 14 (adamts14), mRNA.

Target ORF information:

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

XM_022742540.1

ORF Insert Sequence:

ATGGATTGTA TGTATTTATT GATGTGCTTT TCACTCAGTC ACGTATTTTT GGAGCATATT 
TTCGCTGCAG AAACACATGA AAAACTCTCT GGAAAGTTAA GTGAATATGG TCTTATCGTG 
CCATTCAGCA CAGACTCCCA TGGCCGGTAC ATTTCTCACG TGGTCTCTGC TGGAAGTGGA 
AGTAAAGGTG GTGATGGTGC TGCTGCTGCT GCTGATGCCC CCTCAGACTT TGGCAGTAAA 
AGAAGGGTGG CCCGCGGTGC CCCCGAGATG CCCTCGGTCA CCTCCTCCTC GACTCAGCAC 
TTGTTTTTCA ATGTCACTGT GTTTGGGAAA GAACTGCACC TCCGCCTGAG GGCCAACAGG 
AGGCTGGTGG CCCCAGGGGC TTTTGTGGAA TGGCAGGAGG ACTTTGAGGA AAAGGCCAAG 
GAACGTATCC AGGGGTACTG TGTTTTCACT GGGGATGTGA GTGACATGCC GGAGGCGTCG 
GTGGCTATCA GCAATTGTGA CGGACTGGCA GGTCTGATCC GGACTGATAA TGGGGAGTTT 
TTCATCGAGC CCCTTGAGAA GGGCCAGCAG GACGTGGAAG TGAAGGGGCG TGTCCACGTG 
GTCTACCGCA GGTCGGCCAT CAAGCGGGAG ACGGGCCAGC GGCGGCAGGA CCTCCACAAT 
GAAGTTGCAG ACTTTGGGAT CGCAGACCTC CCCGCGGCTC TGGATCTTGT CGAGCATAAA 
CTGTCTGAGT CTGAGCGCAA GAGGAGGCAC GCGAAGAAAG ATGACTACAA CATCGAGGTG 
CTGCTGGCGG TGGACGACTC TGTGGTGCGC TTCCACGGCA AGGAGCATGT GCAGAATTAC 
GTTCTCACAC TCATGAACAT AGTTGATGAA ATCTACCATG ATGAATCTTT GGGCACCAAC 
ATCAACATTG TCCTTGTCCG CATGATCATG GTCGGGTACC GCCAGTCCAT AAGCCTGATC 
GAGCGTGGCA ACCCATCCCG CAGCCTGGAG CAGGTGTGTC GATGGGCCAA CACGCAGCAG 
CGCCGTGACC CAGAACATGC GGAGTACCAC GACCACGCCA TCTTCCTCAC AAGGCAAGAT 
TTTGGTCCCG CAGGTATGCA AGGTTATGCT CCAGTGACGG GGATGTGCCA CCCATTGAGA 
AGCTGCACTC TGAACCATGA GGATGGCTTC TCCTCCGCCT TTGTGGTTGC TCATGAAACC 
GGCCATGTGC TAGGTATGGA GCATGATGGC CAGGGAAACC GCTGTGCTGA TGAGACAAGT 
ATGGGGAGCA TCATGGCGCC ACTTGTCCAA GCAGCTTTCC ACCGCTATCA CTGGTCACGT 
TGCAGCAAGC AGGAGCTCAA TCGATACATC CACTCCTATG ACTGCCTGCT GGATGATCCC 
TTTGAACACA AGTGGCCCAA GCTTCCCGAG CTCCCTGGAA TAAATTATTC AATGGATGAG 
CAGTGCCGCT TTGACTTTGG TGTTGGCTAT AAAATGTGCA CTGCTTTTCG AACCTATGAT 
CCTTGCAAGC AGCTGTGGTG CAGTCACCCT GACAACCAGT ACTTTTGTAA AACTAAAAAA 
GGACCTCCAG TGGATGGAAC TGAATGTGCA CCAGGAAAGT GGTGTTTCAA GGGACATTGC 
ATCTGGAGAT CCAGTCAGCA GCCTCAGGGC CACGATGGAA GTTGGGGCTC CTGGTCAAAG 
TTTGGCTCTT GCTCCAGAAC TTGCGGAGGT GGCATTCGCT CCCGCAGCAG ACAGTGCAAC 
AACCCTCCAC CTGCCTACGG TGGTCGAGAT TGCCCCGGCT CAGCTTTTGA CTACCAGATG 
TGTAACACCG AGGAGTGTGC TGGCCCTTAC GAGGACTTCC GTGCTCAGCA ATGTATCCAG 
AGGAGCAACA AATACCACAA AAACATAAAG CACACCTGGC TGCCATATGA GCACCCAGAT 
GAGGGTCGTA AGTGTGAACT GAGCTGTAAG TCAAAGGAAA CAGGAGAGGT GGTGTTCATG 
AACCAGGTGA TGCATGATGG GACCCGCTGC AGCTATGAAG ACCCCTTCAG CGTGTGCGCT 
CGGGGAGAGT GTCTGCATGT TGGCTGCGAC AAGGAGGTCG GCTCCTACAA ACAAGAGGAC 
AAATGTGGAG TGTGTGAGGG GGACAACTCG CATTGTCGCA CCGTGAAGCT GACACTCACC 
AAGACGCCCA AAAAGAACGG AATGCTGAAA ATGTTCGACA TCCCAATAGG AGCCCGCCAC 
ATTGTTATAG AAGAGAACGA GACCTCTCCT CATATAATTG CTGTGAAGAA TCAAGTTACT 
GGAAACTTCA TACTGAATGC AAAAAGTGAA GACGCTGAAT CAAAGACCTT CATTGAAAAT 
GGTTTACAGT GGGAGTACTC CATGGATGGC GAGAAGGAGA CCCTGAAAAC AACCGGTCCT 
CTGCATGAAG GCATTGTAGT TCTGGTCATT CCCCAGGAGG AGGACACAAA AGTCAGCTTG 
ACATATAAGT ATATCATACA TGAGGACCTA TTACCGCTTA TTACCAACAA CAATGTGCTT 
CTGGCTGAAC TGGACACCTA TGAGTGGGCA CTGAAGAGCT GGTCTCAGTG CTCCAAACCT 
TGTGGGGGAG GCATACAGTA CACAAAATAT GGATGCAGGA GAAAGAGTGA CAGCCGTTTG 
GTGCATCGTA ACTTTTGTGA AACCAGCAAA AAGCCTAAAC CCATCCGCAA ACGCTGCAAT 
GTGCAAGAGT GCAGCCAGCC CACGTGGGTG GTGGAAGAGT GGAGCCCCTG TAGCAAGACC 
TGCGGGAAGC TCGGCTACCA GACCAGGCTG GTGCAGTGCA TGCAGGCGCT CCACAATGGC 
ACCAACAGAC TTGTCCACAG CAAACACTGC ACTGAGAACC GTCCCGAGAC TAGGAGAGCG 
TGTAACCACA CCACATGCCC CGCCCAGTGG AGGACAGGGG CGTGGTCACA GTGCTCAGTG 
ACCTGTGGCG AAGGAATCCA ACAAAGGCAG GTGGTTTGCA AGGCCAGCGA CAACACCATC 
GGAGAATGCG AGGGCGAGAA GCCGGAAACA ATCCTTATTT GTGAACTAAG TCCTTGTCCA 
GGACAGCCAG TGTCTTCTCT CACTGTTGAA ACAATGGGGA ACTCTACAAT ACAAGATGAA 
GCTATACACC AAAGGGTTCC TGAAAACCCT GTCCACAAAA TCTCTTCAAA TGAGCCATGT 
CTTGGGGATA AATCGATTTT CTGTCAAATG GAGGTTCTTG CCCGTTATTG TTCCATCCCT 
GGATATAATA AGCTTTGTTG TGAGTCTTGC AACAAGAAAG AAAACCTCGC CACTCATGCT 
CCTGACCTCC AGAACACAGT GGCCTCAGTA GAACCTGAGC CCTCTTTTCC TTCTCAGCCT 
TCATCACCCA TGGCTGCTCT ACCCACTACG ACCCAGAGCC CGCCCCAAAC CACTAAAGCC 
ATCAGCAGAC GGCTACGGTC CACTGCCCCA GTGCCAACCA CTGTGACCGC TGCTGAAGCC 
TCGCCATCCA CAGGTGCTGC TCTGCCCCAG GTTCCCACCA GCAACCCCTT CCTCACAGCT 
GGGAAGGGAG ACTCAGACCC GGGGCCTCTT CTACCTCCAG GGCCGCCACG GCCCACAGCA 
GACTCCAGTG GAGGTGCCTC TAAAGAGCAC AGTCCAAACA GCACTTTAGG CCCAGTCGCT 
GCCAGGTCAA GAAGGGACGA TTTAGGATCC GAGAGGGACT CGACTCACAG AACCCTGTCA 
GCTCAGAAAT AA