LOC107351937 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107351937
Entrez Gene ID	107351937
Full Name	linear gramicidin synthase subunit D-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015918236.1	XP_015773722.1	linear gramicidin synthase subunit D-like

Pathways from BioSystems
Gene Ontology

The following LOC107351937 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107351937 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
OAc79160	XM_015918236.1 Latest version!	Acropora digitifera linear gramicidin synthase subunit D-like (LOC107351937), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC107351937 ( XM_015918236.1 ) cDNA ORF clone, Acropora digitifera -> XP_015773722.1 Acropora digitifera linear gramicidin synthase subunit D-like (LOC107351937), mRNA.

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CloneID	OAc79160
Clone ID Related Accession (Same CDS sequence)	XM_015918236.1
Accession Version	XM_015918236.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2016-03-13
Organism	Acropora digitifera
Product	linear gramicidin synthase subunit D-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441512.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 8% of CDS bases ##RefSeq-Attributes-END##

ATGGATTATG AAAGCGAGGG TTGTCTTCAT GAAATCTTCG AGCGTCAAAT GAAGAAGACA 
TCGCCTACGG CAACAGCTGT TGTATCAGGC GATGGACGAT CTATTTCTTT TGGAGAGCTC 
AATAATCTCA GCGATGTCCT AGCTACAAAT CTCAGGAACA AAGGCGTCAA GAGGGACAAG 
GCTGTCGGCA TATACCTGGA ACGATCTCTG GAATATCCAG TTGCTTATGT TGCGATCTTG 
AAAGCTGGCG GGGCGTACAT GCCTTTGGAG CTGTCGTACC CGGAGAATCT ATTAAATTCC 
ATTTTAGAAG ACGCACAGCC TGCAGCAGTG ATAACCAGCG AACATTTGAA GGATAAACTT 
CCAAAATCAG CGAACACCGT TATTCTAAGT GATGGATGGG AGGAGCGCTT ATCGAAAGAA 
AATGAACGCG GACTTGTGTT GGGAAAAGTT AAAAGCGAAT TAGACGATTT GGCTTACATA 
GTTTATTCGT CTGGTACCAC CGGAAAGCCG AAAGGGATTT GCTGTCCACA TCGTGGCGCT 
GTCTTCTCGT ACACCTGGCG ATTCAAAAGT TATCCTTTCC AGCCAGATGA CCGTGTGGCT 
TGCAATGTGT TCTTTGTGTG GGAAATGCTT CGTCCACTGC TTAAAGGAAT TCCATTGTAC 
GTTATTCCAG ACTCAGTGAT TTATGATCCT ACACTTCTGC TCCCGTTCAT GAAGAAACAC 
AAAATAACAC AAGTCCTGTT CACGCCATCG CTTCTTGAGA CAATCTTAAC ATGTGAAAAC 
AGTGACCTTG CAGGGCACCT GTCCTCAATG CGAACCATTT GGCTCTGTGG AGAAGTTGTG 
ACAACAGCTC TTAGAGACCG TTGCATGAAG ATTTTGCCGT GGATCAAGCT CTTGAATCTC 
TACAGTGTAT CTGAGTGCCA TGATGTAGCT TCTGCTAATC TCACTAATAT GCAATTTCAA 
GAAGAACTCT CAGACTCTGA TGAGAACAAG CGGAAGTTCT GTCCAGTTGG AAAGCTTTTA 
CCTGGAGTCT ATGTTGCCAT TATGGATGAC AATCTGAAGC CCCTTCCAGT GGGTCTGTCT 
GGAGAGATTT TTGTTGGAGG ACCTACTTTG GCTCGGGGAT ACCTAAACAG ACCGGAATTG 
AATGCTTTCA GATTTATAGA TTGTCCAAAA GAAGTTCCCG AATCGGCTGG GCCAAAATTG 
TATCGCACAG GGGACTGGGG TTATCTCTTG TCATCTGGGA TGCTGGAGAT CTGTGGACGT 
TGTGACTCAA TGGTGAAAGT CCGGGGATAC AGCATTGAAA CACAGGCAGT AGAAGCAGCT 
CTGTTACAGC TACCAATGGT CAGTGCATGC TGTGTAGTAG CACATGGTGA AGAAGGAGAT 
GATAAGTACC TTGCAGCTTA CATCGTCCCT GAAGGGAACA AGGTTACCAA GAAAGATGTC 
AGGGCAGCAT TGAAGACAAG ACTCCCCTTT TACATGATAC CATCTCACTT TGTTTTCCTA 
GCAAGCATTC CCGTGACCCC CGCTGGCAAA CTTGACAAAA AGAAATTACC TCCCATTACT 
TCATTTGGTA AAGATGAAGA GGGCTTGCCG AGCACTTCCA CTGAGCGGAG TCTAGCACAG 
CTGTGGTGTG AAGTTCTTAA CATTCCCAAC ATTGATGTAC AGGAAGGATT CTTTGATCTA 
GGAGGACATT CGCTGTTAGC GACACATTTG CTTCTGAAAG TGAACAGCAG CTTTCGTGTA 
AACTTGACAG TACAGGATCT GTTTGCCTCT CCAACCGTTG CAGAAATGGC AAAAATGATT 
GATGAACTAC AACAAAATGG CTCTCAAATG AACAAGGATT TATATGAAGG CAAAGTTGAT 
CTCCCTAATG AAGTGAACTA CCATTCAGGA GCCGAAGGAT TTGTTAAGAA TTCGCACATG 
TCAAACATAA CTTTCAGTCT TCTAATTTTT CAGGTTCATG TTTTCTGCGT CGTTCGGGAG 
CAGCCTGAAG GTTTAAGTGG AAAGGACAGA TTGAAGCAAA TCTTGCAAAA GTTCAAAGTG 
CTTCCGTTAA CAACTGACCG ACAGCAAATG ACCGAAGAAG AGCGATACCT GGATTACGGC 
TTTGAACATC GAGTAACTGT AGTGAAAGGT GATGTTTCCC TGATCAAACT TGGAATGAGC 
GAGGAAGAGT TTGTGCATCT ATCATCAGAG GTTCATGTTT TCTGCGTCGT TCGGGAGCAG 
CCTGAAGGCT TAAGTGGAAA GGACAGATTG AAGCAAATCT TGCAAAAGTT CAAAGTGCTT 
CCGTTAACAA CTGACCGACA GCAAATGACC GAGGAGGAGC GGTACCTGGA TTACGGCTTT 
GAACATAGAG TAACTGTAGT GAAAGGTGAT GTTTCCCTGA TCAAACTTGG AATGAGCGAG 
GAAGAGTTTG TGCATCTATC ATCAGAGTCA CCGTTCGTAA TATTGCAAAG AAAAAGAGAT 
AGGGGAATTA TAGCGCCTTT GACTCTCACA GCTGAAAATC GTGTTATATT GGATTGTATT 
TCAGGGAATC TCTCAGCTGA CCGAGAACAT GTTCAATGGA ATCCACTTGA TTTTACTCTG 
TTGATGATCA AAGGAATGAC GGCAACACTT TCTGCACCTG ATATTGACTG GCAGGTTGAA 
ATGACACCAG TGGACTTCGT CAGTGAGATC ATTGTCAAAA TGACACAGGA AATGTCGATA 
TCAATGGGGA AGATATTCCA CATCATTAAC CCACAGCCTA TAAGTGCAAA GTGGCTCTTT 
GAATGGATGA GTGTGCATGG CTATCCATTG GATGTTATTC CATTTCAAGA CTGGTGCAGA 
AGAATTGAAG TTGCCTGTAA GAATGAGTCG AGCAATGGAC TCAGTTCACT CCTTCGCTTG 
CTTGAGATGT GGCTGAAAGA ACCTTCATTC CTCGGCAGTC TCAGCACTTA CACCATGACA 
AATTTTGAAG CGGTCATGAA GCACTTCAAA GTCAGTTATC CCCTCCTCAA CTCTGAGCTT 
CTAACGACCT ACTTCTCTGC TCTGGTTGCC CAAGGTGTTT TGCCAACTCC AAAGAAAAAG 
ATTCGAGGAC CCAGGTCACT TGGAGGAAAG GTTGCCATAG TAACAGGCGC TTCCAGTGGT 
ATTGGTGAAG CTGTAGCCAG GGCATTGGCC GAAAATGGAG CCAAGGTTGT ATTGGCAGCC 
AGACGGAAAG ATAGGTTGGA TAAGATCAGA GATGAAATTG CAGAGATGGG AGATGTGGCA 
GTTTCTGTGG CAACAGATGT TGTCAATAGA CAAGAGGTCC TTGATTTGGT GGCACACACA 
AAGAAAACAT TGGGACCAGT AGACATAATC GTTAACTGTG CTGGATTGGG CTACTACACG 
ACGTTGAAGA ATTGCCTTCT AGATGAATGG GAAAGGATGG TGGATGTCAA CTGCAAGGGT 
GTAATGAATA GCATAGCTGC AGTGTTGCCT GGGATGCTGA CAAGAAAGAA AGGCCATATA 
ATCAGCATTT CCTCAAACGC CGGGAGAAAG GTATCAGTTT CCGGCAATCA TGAGAGTAGC 
CACTTTCGGT ATCAGTGGCT CAGAAATATG GCTATCAGGG CTTATTCCTG TTGCTGTGAT 
TTTCAGGGTG TAATGAATAG CATAGCTGCA GTGTTGCCTG GGATGCTGAC AAGAAAGAAA 
GGCCATATAA TCAGCATTTC CTCAAACGCC GGGAGAAAGG TTTTTGCTGG GTTGACTGTG 
TACTCTGCTA CAAAGTTTTT TGTCGAGGCT TTGATGCAAG GACTGAGACT GGAAACAGTG 
GGCAGCGGCA TCAAGGTCAC AACCATCCAA CCAGGTGATG TTGTAACAGA ATTTGTAGCA 
GGATAA

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

RefSeq	XP_015773722.1
CDS	227..4072
Translation	MDYESEGCLHEIFERQMKKTSPTATAVVSGDGRSISFGELNNLSDVLATNLRNKGVKRDKAVGIYLERSLEYPVAYVAILKAGGAYMPLELSYPENLLNSILEDAQPAAVITSEHLKDKLPKSANTVILSDGWEERLSKENERGLVLGKVKSELDDLAYIVYSSGTTGKPKGICCPHRGAVFSYTWRFKSYPFQPDDRVACNVFFVWEMLRPLLKGIPLYVIPDSVIYDPTLLLPFMKKHKITQVLFTPSLLETILTCENSDLAGHLSSMRTIWLCGEVVTTALRDRCMKILPWIKLLNLYSVSECHDVASANLTNMQFQEELSDSDENKRKFCPVGKLLPGVYVAIMDDNLKPLPVGLSGEIFVGGPTLARGYLNRPELNAFRFIDCPKEVPESAGPKLYRTGDWGYLLSSGMLEICGRCDSMVKVRGYSIETQAVEAALLQLPMVSACCVVAHGEEGDDKYLAAYIVPEGNKVTKKDVRAALKTRLPFYMIPSHFVFLASIPVTPAGKLDKKKLPPITSFGKDEEGLPSTSTERSLAQLWCEVLNIPNIDVQEGFFDLGGHSLLATHLLLKVNSSFRVNLTVQDLFASPTVAEMAKMIDELQQNGSQMNKDLYEGKVDLPNEVNYHSGAEGFVKNSHMSNITFSLLIFQVHVFCVVREQPEGLSGKDRLKQILQKFKVLPLTTDRQQMTEEERYLDYGFEHRVTVVKGDVSLIKLGMSEEEFVHLSSEVHVFCVVREQPEGLSGKDRLKQILQKFKVLPLTTDRQQMTEEERYLDYGFEHRVTVVKGDVSLIKLGMSEEEFVHLSSESPFVILQRKRDRGIIAPLTLTAENRVILDCISGNLSADREHVQWNPLDFTLLMIKGMTATLSAPDIDWQVEMTPVDFVSEIIVKMTQEMSISMGKIFHIINPQPISAKWLFEWMSVHGYPLDVIPFQDWCRRIEVACKNESSNGLSSLLRLLEMWLKEPSFLGSLSTYTMTNFEAVMKHFKVSYPLLNSELLTTYFSALVAQGVLPTPKKKIRGPRSLGGKVAIVTGASSGIGEAVARALAENGAKVVLAARRKDRLDKIRDEIAEMGDVAVSVATDVVNRQEVLDLVAHTKKTLGPVDIIVNCAGLGYYTTLKNCLLDEWERMVDVNCKGVMNSIAAVLPGMLTRKKGHIISISSNAGRKVSVSGNHESSHFRYQWLRNMAIRAYSCCCDFQGVMNSIAAVLPGMLTRKKGHIISISSNAGRKVFAGLTVYSATKFFVEALMQGLRLETVGSGIKVTTIQPGDVVTEFVAG

Target ORF information:

RefSeq Version	XM_015918236.1
Organism	Acropora digitifera
Definition	Acropora digitifera linear gramicidin synthase subunit D-like (LOC107351937), mRNA.

Target ORF information:

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

XM_015918236.1

ORF Insert Sequence:

ATGGATTATG AAAGCGAGGG TTGTCTTCAT GAAATCTTCG AGCGTCAAAT GAAGAAGACA 
TCGCCTACGG CAACAGCTGT TGTATCAGGC GATGGACGAT CTATTTCTTT TGGAGAGCTC 
AATAATCTCA GCGATGTCCT AGCTACAAAT CTCAGGAACA AAGGCGTCAA GAGGGACAAG 
GCTGTCGGCA TATACCTGGA ACGATCTCTG GAATATCCAG TTGCTTATGT TGCGATCTTG 
AAAGCTGGCG GGGCGTACAT GCCTTTGGAG CTGTCGTACC CGGAGAATCT ATTAAATTCC 
ATTTTAGAAG ACGCACAGCC TGCAGCAGTG ATAACCAGCG AACATTTGAA GGATAAACTT 
CCAAAATCAG CGAACACCGT TATTCTAAGT GATGGATGGG AGGAGCGCTT ATCGAAAGAA 
AATGAACGCG GACTTGTGTT GGGAAAAGTT AAAAGCGAAT TAGACGATTT GGCTTACATA 
GTTTATTCGT CTGGTACCAC CGGAAAGCCG AAAGGGATTT GCTGTCCACA TCGTGGCGCT 
GTCTTCTCGT ACACCTGGCG ATTCAAAAGT TATCCTTTCC AGCCAGATGA CCGTGTGGCT 
TGCAATGTGT TCTTTGTGTG GGAAATGCTT CGTCCACTGC TTAAAGGAAT TCCATTGTAC 
GTTATTCCAG ACTCAGTGAT TTATGATCCT ACACTTCTGC TCCCGTTCAT GAAGAAACAC 
AAAATAACAC AAGTCCTGTT CACGCCATCG CTTCTTGAGA CAATCTTAAC ATGTGAAAAC 
AGTGACCTTG CAGGGCACCT GTCCTCAATG CGAACCATTT GGCTCTGTGG AGAAGTTGTG 
ACAACAGCTC TTAGAGACCG TTGCATGAAG ATTTTGCCGT GGATCAAGCT CTTGAATCTC 
TACAGTGTAT CTGAGTGCCA TGATGTAGCT TCTGCTAATC TCACTAATAT GCAATTTCAA 
GAAGAACTCT CAGACTCTGA TGAGAACAAG CGGAAGTTCT GTCCAGTTGG AAAGCTTTTA 
CCTGGAGTCT ATGTTGCCAT TATGGATGAC AATCTGAAGC CCCTTCCAGT GGGTCTGTCT 
GGAGAGATTT TTGTTGGAGG ACCTACTTTG GCTCGGGGAT ACCTAAACAG ACCGGAATTG 
AATGCTTTCA GATTTATAGA TTGTCCAAAA GAAGTTCCCG AATCGGCTGG GCCAAAATTG 
TATCGCACAG GGGACTGGGG TTATCTCTTG TCATCTGGGA TGCTGGAGAT CTGTGGACGT 
TGTGACTCAA TGGTGAAAGT CCGGGGATAC AGCATTGAAA CACAGGCAGT AGAAGCAGCT 
CTGTTACAGC TACCAATGGT CAGTGCATGC TGTGTAGTAG CACATGGTGA AGAAGGAGAT 
GATAAGTACC TTGCAGCTTA CATCGTCCCT GAAGGGAACA AGGTTACCAA GAAAGATGTC 
AGGGCAGCAT TGAAGACAAG ACTCCCCTTT TACATGATAC CATCTCACTT TGTTTTCCTA 
GCAAGCATTC CCGTGACCCC CGCTGGCAAA CTTGACAAAA AGAAATTACC TCCCATTACT 
TCATTTGGTA AAGATGAAGA GGGCTTGCCG AGCACTTCCA CTGAGCGGAG TCTAGCACAG 
CTGTGGTGTG AAGTTCTTAA CATTCCCAAC ATTGATGTAC AGGAAGGATT CTTTGATCTA 
GGAGGACATT CGCTGTTAGC GACACATTTG CTTCTGAAAG TGAACAGCAG CTTTCGTGTA 
AACTTGACAG TACAGGATCT GTTTGCCTCT CCAACCGTTG CAGAAATGGC AAAAATGATT 
GATGAACTAC AACAAAATGG CTCTCAAATG AACAAGGATT TATATGAAGG CAAAGTTGAT 
CTCCCTAATG AAGTGAACTA CCATTCAGGA GCCGAAGGAT TTGTTAAGAA TTCGCACATG 
TCAAACATAA CTTTCAGTCT TCTAATTTTT CAGGTTCATG TTTTCTGCGT CGTTCGGGAG 
CAGCCTGAAG GTTTAAGTGG AAAGGACAGA TTGAAGCAAA TCTTGCAAAA GTTCAAAGTG 
CTTCCGTTAA CAACTGACCG ACAGCAAATG ACCGAAGAAG AGCGATACCT GGATTACGGC 
TTTGAACATC GAGTAACTGT AGTGAAAGGT GATGTTTCCC TGATCAAACT TGGAATGAGC 
GAGGAAGAGT TTGTGCATCT ATCATCAGAG GTTCATGTTT TCTGCGTCGT TCGGGAGCAG 
CCTGAAGGCT TAAGTGGAAA GGACAGATTG AAGCAAATCT TGCAAAAGTT CAAAGTGCTT 
CCGTTAACAA CTGACCGACA GCAAATGACC GAGGAGGAGC GGTACCTGGA TTACGGCTTT 
GAACATAGAG TAACTGTAGT GAAAGGTGAT GTTTCCCTGA TCAAACTTGG AATGAGCGAG 
GAAGAGTTTG TGCATCTATC ATCAGAGTCA CCGTTCGTAA TATTGCAAAG AAAAAGAGAT 
AGGGGAATTA TAGCGCCTTT GACTCTCACA GCTGAAAATC GTGTTATATT GGATTGTATT 
TCAGGGAATC TCTCAGCTGA CCGAGAACAT GTTCAATGGA ATCCACTTGA TTTTACTCTG 
TTGATGATCA AAGGAATGAC GGCAACACTT TCTGCACCTG ATATTGACTG GCAGGTTGAA 
ATGACACCAG TGGACTTCGT CAGTGAGATC ATTGTCAAAA TGACACAGGA AATGTCGATA 
TCAATGGGGA AGATATTCCA CATCATTAAC CCACAGCCTA TAAGTGCAAA GTGGCTCTTT 
GAATGGATGA GTGTGCATGG CTATCCATTG GATGTTATTC CATTTCAAGA CTGGTGCAGA 
AGAATTGAAG TTGCCTGTAA GAATGAGTCG AGCAATGGAC TCAGTTCACT CCTTCGCTTG 
CTTGAGATGT GGCTGAAAGA ACCTTCATTC CTCGGCAGTC TCAGCACTTA CACCATGACA 
AATTTTGAAG CGGTCATGAA GCACTTCAAA GTCAGTTATC CCCTCCTCAA CTCTGAGCTT 
CTAACGACCT ACTTCTCTGC TCTGGTTGCC CAAGGTGTTT TGCCAACTCC AAAGAAAAAG 
ATTCGAGGAC CCAGGTCACT TGGAGGAAAG GTTGCCATAG TAACAGGCGC TTCCAGTGGT 
ATTGGTGAAG CTGTAGCCAG GGCATTGGCC GAAAATGGAG CCAAGGTTGT ATTGGCAGCC 
AGACGGAAAG ATAGGTTGGA TAAGATCAGA GATGAAATTG CAGAGATGGG AGATGTGGCA 
GTTTCTGTGG CAACAGATGT TGTCAATAGA CAAGAGGTCC TTGATTTGGT GGCACACACA 
AAGAAAACAT TGGGACCAGT AGACATAATC GTTAACTGTG CTGGATTGGG CTACTACACG 
ACGTTGAAGA ATTGCCTTCT AGATGAATGG GAAAGGATGG TGGATGTCAA CTGCAAGGGT 
GTAATGAATA GCATAGCTGC AGTGTTGCCT GGGATGCTGA CAAGAAAGAA AGGCCATATA 
ATCAGCATTT CCTCAAACGC CGGGAGAAAG GTATCAGTTT CCGGCAATCA TGAGAGTAGC 
CACTTTCGGT ATCAGTGGCT CAGAAATATG GCTATCAGGG CTTATTCCTG TTGCTGTGAT 
TTTCAGGGTG TAATGAATAG CATAGCTGCA GTGTTGCCTG GGATGCTGAC AAGAAAGAAA 
GGCCATATAA TCAGCATTTC CTCAAACGCC GGGAGAAAGG TTTTTGCTGG GTTGACTGTG 
TACTCTGCTA CAAAGTTTTT TGTCGAGGCT TTGATGCAAG GACTGAGACT GGAAACAGTG 
GGCAGCGGCA TCAAGGTCAC AACCATCCAA CCAGGTGATG TTGTAACAGA ATTTGTAGCA 
GGATAA