LOC107347965 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107347965
Entrez Gene ID	107347965
Full Name	serine/arginine repetitive matrix protein 1-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015913965.1	XP_015769451.1	serine/arginine repetitive matrix protein 1-like isoform X1
XM_015913966.1	XP_015769452.1	serine/arginine repetitive matrix protein 1-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC107347965 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107347965 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
OAc75741	XM_015913966.1 Latest version!	Acropora digitifera serine/arginine repetitive matrix protein 1-like (LOC107347965), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
OAc75740	XM_015913965.1 Latest version!	Acropora digitifera serine/arginine repetitive matrix protein 1-like (LOC107347965), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

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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)

LOC107347965 ( XM_015913966.1 ) cDNA ORF clone, Acropora digitifera -> XP_015769452.1 Acropora digitifera serine/arginine repetitive matrix protein 1-like (LOC107347965), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc75741
Clone ID Related Accession (Same CDS sequence)	XM_015913966.1
Accession Version	XM_015913966.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2784bp) 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	serine/arginine repetitive matrix protein 1-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441373.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST 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##

ATGCAGATAA ATATAACTGG ATTTCTTCAA AGTAAGAATG CGAGAGAGTT TATGAAAGAG 
TTGTGGACCT TGCTTGTAAG TGCTCAAGAA AACATTGGAG GCATTCCTTC TTCATTGTTA 
GAAAAGAAGA AAGAAGAAAT CAAGCAACGA AAGCTGGAGC AAGAACGTAT TCAAGCTAAC 
CTTCAGAAAT ACCATGGAGA TCAACAACAA ACTGAACCAG ACAGCACAGC CACTGATGAC 
AATGTTGCAA GTGAAAGTGC ATCTGCTCCT GGATCACATG ACATCTCTGA AGAAATTAGA 
AAGGCTAAGG AAGTGGCTCA GTCTCTAGCT GGGAAAGAAC AAAAGGAGAT TGAAGAAACT 
GAGACAACAA AAAAAGAATC TGCCAGCGAA AAGGAAGTCA AGAAAGAACG TTCCAGCTCT 
CGTTCAAGGT CAAGGTCTCG CTCAGTTGAG AGAGATTCAA AGCGACCACG TGATAAGAGA 
GGGCGCAGGC GTAGCAGGTC CAAGTCCTCT GTTTCACGTT CACGATCCCG ATCGTTCTCA 
TCGTCAAGAT CCCGCAGTCG AGAAAGACGA AGGCGGTCTC GCTCGCCCCG TCGAGTGTCG 
TCGTACAATA GAAACCGTTG GTCGCCATAC AGACGCCGTA GGACTCCATC CCCGAGAAGA 
TGGACTCCGC CCAGACGAAG GTCACCCCCG AGACGAAGAT CTCTCTCCCC GCGCCGCAAG 
CCGCGCCGTT CACCATCTCC TCGGCGTTCA CCATCACCTC GCCGGCGGTC ACGCTCGGTG 
TCAGCATCGT CACGTTCACG GTCACGGTCA CGTTCTGCTA GCTTTAGTTC CCGTTCATCA 
CACTCTCGAT TGGGTTCCGT CGAAAAGGAG AAGAAAAACA AAGAAAAGGA CAAGGACAAA 
GACGTCAAGA AAGAGAAAGA GGATGTAAAA GAGGCGGAAA AAGAAACAAC TGTAAGTCAA 
GAGAAAGGTA AAGAAGCGGA CTTGTCCCCA GCCCCTCCTC CGACACACCA TCGTTCAACT 
TACAAGAAGC AAGAGCAACA ACAGTCGCCA GTCAAGCAGC CTTCACCGTC GTCCTCTTCC 
TCATCTCCTT CACCTACTCC ACCCCCAGAG AAACAAGAAA AGGAGGAAAA AGAGAGGTCG 
CCACCTGTCC CCAAATCAAA GAAGACAACA AGTCGCCGCT ACAGGAAACA TTCCCCTTCG 
CCATCATCTG AAGAAGAGGA ATGGTCACCC GAAAGAAGGA GAACTGATGC CTCCAAAGAT 
CGCAAGAAAG AAAAGGAAAG AAGTGATTCC CCCCATGAGA GGAGACGAAA ACGGAGGGAT 
TCTTCTCCGT CCCCTCGGGG AAAGCGCCGT AATTCGTCTT CCTCGCCTAG AAGGAAGAGA 
AGGGAAGTCT CGCGTTCCCC TTCTCCGAGG CGAAAACGAA GGGAGCATTC TCGGTCGCCA 
TCACCTATTC GAAGACGCTA TCAAGAAGCG CGCTCCCCTC CCAGGAGGAG ACGAAAATCA 
GATTATTCCC CATCACCTCC TCCCAAGGAA AGGCGCCGAC TCCCGGACCC CTCCCCTCCT 
CGCAACAGAG AGCGGCGAAA GGAAAGAAGA TCCCCATCTC CCCCACCACG CAGGCGCCAG 
CGATCCAGCT CCTCGCCTCC AGCTATTCGT CGGGTAGAGT CGTCACCTCC TTCGGGACGT 
CGTCGTCGTC CTGTCGACCG GTCTCGGTCG GAGGATAAAG CATCAAGAGA GCGACGTCGA 
TCGCCGGAGC CCGACAAGGA AGTAGGAAGG AGGCGGAAGG TGTCTGAACG GTCACGATCT 
CAGTCATCTT CTGTCTCCCC TGAGCCTCCG AAGAAACCCC AAGAAGACTC CACGACTTTA 
AAGAAGAGTA AATCACGTCA AGTCAGTCGT CCCTCGTCCT CTTCCGCTTC CCCTGAACCA 
ACATCCGCCA AGAAGAGATC GCGCGAGACT CAGGAATCTC CTCGAAGGAG TCCTCCCAAG 
GAGGTTTTGA CGGACAAAGG GGAAGGAAAG AGGCGATCAC AGTCGGCGGC TTCGCCCGCG 
GTCGATTCAC GGGATCGCAG ACGGGAAGAA CGTAAATCAG CGTCCAGGTC ACCAGAGGGA 
CGTAGAAACC GAAGATCAGC TCAAGTTTCA TCGGCTTCTC CCGCCGTCAA AGCGAAGTCT 
CGCAGCAAAC GATCGGCTTC AGGTTCGCCA CCACCGCCTC CCAAAGCGCC GAGGTCACGA 
GGATCAAAAC GGTCACCACT TTCATCCCCT GAAGGTGACA ACAAATCCAG GTCCCGCGCT 
AGCAAACAGT CACCGTCTCC TTTACCAGAC ACTCGCCAGC AGTCACGCGC GGTTAAGGAG 
AGTCCCTCTG AAAGTCCTCA TGAACGATCT AAGCGTAAGG CCGCGGTTAA GAGGTCTTCC 
AGTGAAGATA AATCGACAGA GCCCCCGCCA AGGAAGGCCC GTCGAAGCGA AGAAGAGGAA 
GCACCTGAGA AATCTCCAAT CCCGTCCCCT CAAACTAAGG AAAGCTCCAA CGAGGAACAA 
GAAAAGACAG AAGAGAAAGA ACCCAAGGGA GAAAAGAAGA AGAAACATAA GAAACACAAG 
AAACATGGTG GATCCAAACA CAAACACAAG CGTTCAAAAC ACAAAAAGCG TAAGGACAAA 
GACAAATCAC CAGCGCAATC TGAAACTATG GATGAGGACG ACACAGGGGA AACCTTGGAG 
AAAAAGCTCC GAGAAAAAGC CTTGCAATCT ATGCAGAGAC ATAACAAATC ACCGGATGCG 
CAACCTGAGC CAGTTGACGA CTGA

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

RefSeq	XP_015769452.1
CDS	34..2817
Translation	MQINITGFLQSKNAREFMKELWTLLVSAQENIGGIPSSLLEKKKEEIKQRKLEQERIQANLQKYHGDQQQTEPDSTATDDNVASESASAPGSHDISEEIRKAKEVAQSLAGKEQKEIEETETTKKESASEKEVKKERSSSRSRSRSRSVERDSKRPRDKRGRRRSRSKSSVSRSRSRSFSSSRSRSRERRRRSRSPRRVSSYNRNRWSPYRRRRTPSPRRWTPPRRRSPPRRRSLSPRRKPRRSPSPRRSPSPRRRSRSVSASSRSRSRSRSASFSSRSSHSRLGSVEKEKKNKEKDKDKDVKKEKEDVKEAEKETTVSQEKGKEADLSPAPPPTHHRSTYKKQEQQQSPVKQPSPSSSSSSPSPTPPPEKQEKEEKERSPPVPKSKKTTSRRYRKHSPSPSSEEEEWSPERRRTDASKDRKKEKERSDSPHERRRKRRDSSPSPRGKRRNSSSSPRRKRREVSRSPSPRRKRREHSRSPSPIRRRYQEARSPPRRRRKSDYSPSPPPKERRRLPDPSPPRNRERRKERRSPSPPPRRRQRSSSSPPAIRRVESSPPSGRRRRPVDRSRSEDKASRERRRSPEPDKEVGRRRKVSERSRSQSSSVSPEPPKKPQEDSTTLKKSKSRQVSRPSSSSASPEPTSAKKRSRETQESPRRSPPKEVLTDKGEGKRRSQSAASPAVDSRDRRREERKSASRSPEGRRNRRSAQVSSASPAVKAKSRSKRSASGSPPPPPKAPRSRGSKRSPLSSPEGDNKSRSRASKQSPSPLPDTRQQSRAVKESPSESPHERSKRKAAVKRSSSEDKSTEPPPRKARRSEEEEAPEKSPIPSPQTKESSNEEQEKTEEKEPKGEKKKKHKKHKKHGGSKHKHKRSKHKKRKDKDKSPAQSETMDEDDTGETLEKKLREKALQSMQRHNKSPDAQPEPVDD

Target ORF information:

RefSeq Version	XM_015913966.1
Organism	Acropora digitifera
Definition	Acropora digitifera serine/arginine repetitive matrix protein 1-like (LOC107347965), transcript variant X2, mRNA.

Target ORF information:

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

XM_015913966.1

ORF Insert Sequence:

ATGCAGATAA ATATAACTGG ATTTCTTCAA AGTAAGAATG CGAGAGAGTT TATGAAAGAG 
TTGTGGACCT TGCTTGTAAG TGCTCAAGAA AACATTGGAG GCATTCCTTC TTCATTGTTA 
GAAAAGAAGA AAGAAGAAAT CAAGCAACGA AAGCTGGAGC AAGAACGTAT TCAAGCTAAC 
CTTCAGAAAT ACCATGGAGA TCAACAACAA ACTGAACCAG ACAGCACAGC CACTGATGAC 
AATGTTGCAA GTGAAAGTGC ATCTGCTCCT GGATCACATG ACATCTCTGA AGAAATTAGA 
AAGGCTAAGG AAGTGGCTCA GTCTCTAGCT GGGAAAGAAC AAAAGGAGAT TGAAGAAACT 
GAGACAACAA AAAAAGAATC TGCCAGCGAA AAGGAAGTCA AGAAAGAACG TTCCAGCTCT 
CGTTCAAGGT CAAGGTCTCG CTCAGTTGAG AGAGATTCAA AGCGACCACG TGATAAGAGA 
GGGCGCAGGC GTAGCAGGTC CAAGTCCTCT GTTTCACGTT CACGATCCCG ATCGTTCTCA 
TCGTCAAGAT CCCGCAGTCG AGAAAGACGA AGGCGGTCTC GCTCGCCCCG TCGAGTGTCG 
TCGTACAATA GAAACCGTTG GTCGCCATAC AGACGCCGTA GGACTCCATC CCCGAGAAGA 
TGGACTCCGC CCAGACGAAG GTCACCCCCG AGACGAAGAT CTCTCTCCCC GCGCCGCAAG 
CCGCGCCGTT CACCATCTCC TCGGCGTTCA CCATCACCTC GCCGGCGGTC ACGCTCGGTG 
TCAGCATCGT CACGTTCACG GTCACGGTCA CGTTCTGCTA GCTTTAGTTC CCGTTCATCA 
CACTCTCGAT TGGGTTCCGT CGAAAAGGAG AAGAAAAACA AAGAAAAGGA CAAGGACAAA 
GACGTCAAGA AAGAGAAAGA GGATGTAAAA GAGGCGGAAA AAGAAACAAC TGTAAGTCAA 
GAGAAAGGTA AAGAAGCGGA CTTGTCCCCA GCCCCTCCTC CGACACACCA TCGTTCAACT 
TACAAGAAGC AAGAGCAACA ACAGTCGCCA GTCAAGCAGC CTTCACCGTC GTCCTCTTCC 
TCATCTCCTT CACCTACTCC ACCCCCAGAG AAACAAGAAA AGGAGGAAAA AGAGAGGTCG 
CCACCTGTCC CCAAATCAAA GAAGACAACA AGTCGCCGCT ACAGGAAACA TTCCCCTTCG 
CCATCATCTG AAGAAGAGGA ATGGTCACCC GAAAGAAGGA GAACTGATGC CTCCAAAGAT 
CGCAAGAAAG AAAAGGAAAG AAGTGATTCC CCCCATGAGA GGAGACGAAA ACGGAGGGAT 
TCTTCTCCGT CCCCTCGGGG AAAGCGCCGT AATTCGTCTT CCTCGCCTAG AAGGAAGAGA 
AGGGAAGTCT CGCGTTCCCC TTCTCCGAGG CGAAAACGAA GGGAGCATTC TCGGTCGCCA 
TCACCTATTC GAAGACGCTA TCAAGAAGCG CGCTCCCCTC CCAGGAGGAG ACGAAAATCA 
GATTATTCCC CATCACCTCC TCCCAAGGAA AGGCGCCGAC TCCCGGACCC CTCCCCTCCT 
CGCAACAGAG AGCGGCGAAA GGAAAGAAGA TCCCCATCTC CCCCACCACG CAGGCGCCAG 
CGATCCAGCT CCTCGCCTCC AGCTATTCGT CGGGTAGAGT CGTCACCTCC TTCGGGACGT 
CGTCGTCGTC CTGTCGACCG GTCTCGGTCG GAGGATAAAG CATCAAGAGA GCGACGTCGA 
TCGCCGGAGC CCGACAAGGA AGTAGGAAGG AGGCGGAAGG TGTCTGAACG GTCACGATCT 
CAGTCATCTT CTGTCTCCCC TGAGCCTCCG AAGAAACCCC AAGAAGACTC CACGACTTTA 
AAGAAGAGTA AATCACGTCA AGTCAGTCGT CCCTCGTCCT CTTCCGCTTC CCCTGAACCA 
ACATCCGCCA AGAAGAGATC GCGCGAGACT CAGGAATCTC CTCGAAGGAG TCCTCCCAAG 
GAGGTTTTGA CGGACAAAGG GGAAGGAAAG AGGCGATCAC AGTCGGCGGC TTCGCCCGCG 
GTCGATTCAC GGGATCGCAG ACGGGAAGAA CGTAAATCAG CGTCCAGGTC ACCAGAGGGA 
CGTAGAAACC GAAGATCAGC TCAAGTTTCA TCGGCTTCTC CCGCCGTCAA AGCGAAGTCT 
CGCAGCAAAC GATCGGCTTC AGGTTCGCCA CCACCGCCTC CCAAAGCGCC GAGGTCACGA 
GGATCAAAAC GGTCACCACT TTCATCCCCT GAAGGTGACA ACAAATCCAG GTCCCGCGCT 
AGCAAACAGT CACCGTCTCC TTTACCAGAC ACTCGCCAGC AGTCACGCGC GGTTAAGGAG 
AGTCCCTCTG AAAGTCCTCA TGAACGATCT AAGCGTAAGG CCGCGGTTAA GAGGTCTTCC 
AGTGAAGATA AATCGACAGA GCCCCCGCCA AGGAAGGCCC GTCGAAGCGA AGAAGAGGAA 
GCACCTGAGA AATCTCCAAT CCCGTCCCCT CAAACTAAGG AAAGCTCCAA CGAGGAACAA 
GAAAAGACAG AAGAGAAAGA ACCCAAGGGA GAAAAGAAGA AGAAACATAA GAAACACAAG 
AAACATGGTG GATCCAAACA CAAACACAAG CGTTCAAAAC ACAAAAAGCG TAAGGACAAA 
GACAAATCAC CAGCGCAATC TGAAACTATG GATGAGGACG ACACAGGGGA AACCTTGGAG 
AAAAAGCTCC GAGAAAAAGC CTTGCAATCT ATGCAGAGAC ATAACAAATC ACCGGATGCG 
CAACCTGAGC CAGTTGACGA CTGA

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

LOC107347965 ( XM_015913965.1 ) cDNA ORF clone, Acropora digitifera -> XP_015769451.1 Acropora digitifera serine/arginine repetitive matrix protein 1-like (LOC107347965), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc75740
Clone ID Related Accession (Same CDS sequence)	XM_015913965.1
Accession Version	XM_015913965.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3696bp) 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	serine/arginine repetitive matrix protein 1-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441373.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST 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##

ATGCAGATAA ATATAACTGG ATTTCTTCAA AGTAAGAATG CGAGAGAGTT TATGAAAGAG 
TTGTGGACCT TGCTTGTAAG TGCTCAAGAA AACATTGGAG GCATTCCTTC TTCATTGTTA 
GAAAAGAAGA AAGAAGAAAT CAAGCAACGA AAGCTGGAGC AAGAACGTAT TCAAGCTAAC 
CTTCAGAAAT ACCATGGAGA TCAACAACAA ACTGAACCAG ACAGCACAGC CACTGATGAC 
AATGTTGCAA GTGAAAGTGC ATCTGCTCCT GGATCACATG ACATCTCTGA AGAAATTAGA 
AAGGCTAAGG AAGTGGCTCA GTCTCTAGCT GGGAAAGAAA GTTCTCCCAA AAGAGGTGTC 
AAGAAGTCTA ATAAAACCTC TGGCCACTCA GACAGCAATG ATAGTGATGA TGCAGGAAAT 
TCTAGGGAGA AGAGAGATAA AGGCAAAAGT GAAGAAGTAA CTGAATCTCC TTCTTTGGAA 
AGAATGAAGA AAGAGAAAGG CCAGCAAGAA GGATCCAGAA GCAAGTTCCT GCAGCCAAAG 
TGGAGGTCAC GCCTGTTGTC ATCAGCTGCA AAGCCAGCCA GCAGAGATAA ACAAGGATGG 
GATACTGAAC ATACAAAATA TGTGGCACAG GCAAGAAGTC CAGGTGTAGA TGTTCTGTTA 
ACTGGTGATT CAATCGTCAA AGGCCTCAGT CGTTATCCGA GAGTTTGGAG GAAGTACTTC 
ATGCCCCTGA AGTCTTTGAA CTTTGGCGTA GGCGGTGACA GAACTCAGCA TGTTCTTTGG 
CGACTTCAAA ATGGCGAAAT GGAATGTGAC GTAAAGGTTG TCGTGGTGCT TTGTGGTACG 
AATAATATTG AAAAAAATAG CCCTAGTGAA ATTGTTCAGG GAATACTAGC TATCGTTGAT 
TACATTCGAA TGAAAAAGCC AGCTGTAAGT ATTATTGTCT GTGGCATTCT CCCGAGAGAT 
TTATTCCCCA CTGCACGACG AGAAGACATT GAAGAAGTCA ATGATGAACT CTTTGAATAC 
ATAAGCTATT CTGAAGAGCT GGCTGATAAG AATGTGATTT TCTTGGCACC TGGAAAAGGT 
TGGACTACCA AGGGAGGGCA ACTAGACGAG TCACTGTACT TCACAGACCA CCTGCATCTC 
GTAGAGGAAG GAGATGAAAA GCTTGCCAAA TCAATTTCTC GTTTAGTTAA GGACCTTCTC 
AAAGCAGATG AAGACAAAGA CGACTCTTTG TCTCAAAAGA GACTTATCAA GCAAAAGGAG 
ATTGAAGAAA CTGAGACAAC AAAAAAAGAA TCTGCCAGCG AAAAGGAAGT CAAGAAAGAA 
CGTTCCAGCT CTCGTTCAAG GTCAAGGTCT CGCTCAGTTG AGAGAGATTC AAAGCGACCA 
CGTGATAAGA GAGGGCGCAG GCGTAGCAGG TCCAAGTCCT CTGTTTCACG TTCACGATCC 
CGATCGTTCT CATCGTCAAG ATCCCGCAGT CGAGAAAGAC GAAGGCGGTC TCGCTCGCCC 
CGTCGAGTGT CGTCGTACAA TAGAAACCGT TGGTCGCCAT ACAGACGCCG TAGGACTCCA 
TCCCCGAGAA GATGGACTCC GCCCAGACGA AGGTCACCCC CGAGACGAAG ATCTCTCTCC 
CCGCGCCGCA AGCCGCGCCG TTCACCATCT CCTCGGCGTT CACCATCACC TCGCCGGCGG 
TCACGCTCGG TGTCAGCATC GTCACGTTCA CGGTCACGGT CACGTTCTGC TAGCTTTAGT 
TCCCGTTCAT CACACTCTCG ATTGGGTTCC GTCGAAAAGG AGAAGAAAAA CAAAGAAAAG 
GACAAGGACA AAGACGTCAA GAAAGAGAAA GAGGATGTAA AAGAGGCGGA AAAAGAAACA 
ACTGTAAGTC AAGAGAAAGG TAAAGAAGCG GACTTGTCCC CAGCCCCTCC TCCGACACAC 
CATCGTTCAA CTTACAAGAA GCAAGAGCAA CAACAGTCGC CAGTCAAGCA GCCTTCACCG 
TCGTCCTCTT CCTCATCTCC TTCACCTACT CCACCCCCAG AGAAACAAGA AAAGGAGGAA 
AAAGAGAGGT CGCCACCTGT CCCCAAATCA AAGAAGACAA CAAGTCGCCG CTACAGGAAA 
CATTCCCCTT CGCCATCATC TGAAGAAGAG GAATGGTCAC CCGAAAGAAG GAGAACTGAT 
GCCTCCAAAG ATCGCAAGAA AGAAAAGGAA AGAAGTGATT CCCCCCATGA GAGGAGACGA 
AAACGGAGGG ATTCTTCTCC GTCCCCTCGG GGAAAGCGCC GTAATTCGTC TTCCTCGCCT 
AGAAGGAAGA GAAGGGAAGT CTCGCGTTCC CCTTCTCCGA GGCGAAAACG AAGGGAGCAT 
TCTCGGTCGC CATCACCTAT TCGAAGACGC TATCAAGAAG CGCGCTCCCC TCCCAGGAGG 
AGACGAAAAT CAGATTATTC CCCATCACCT CCTCCCAAGG AAAGGCGCCG ACTCCCGGAC 
CCCTCCCCTC CTCGCAACAG AGAGCGGCGA AAGGAAAGAA GATCCCCATC TCCCCCACCA 
CGCAGGCGCC AGCGATCCAG CTCCTCGCCT CCAGCTATTC GTCGGGTAGA GTCGTCACCT 
CCTTCGGGAC GTCGTCGTCG TCCTGTCGAC CGGTCTCGGT CGGAGGATAA AGCATCAAGA 
GAGCGACGTC GATCGCCGGA GCCCGACAAG GAAGTAGGAA GGAGGCGGAA GGTGTCTGAA 
CGGTCACGAT CTCAGTCATC TTCTGTCTCC CCTGAGCCTC CGAAGAAACC CCAAGAAGAC 
TCCACGACTT TAAAGAAGAG TAAATCACGT CAAGTCAGTC GTCCCTCGTC CTCTTCCGCT 
TCCCCTGAAC CAACATCCGC CAAGAAGAGA TCGCGCGAGA CTCAGGAATC TCCTCGAAGG 
AGTCCTCCCA AGGAGGTTTT GACGGACAAA GGGGAAGGAA AGAGGCGATC ACAGTCGGCG 
GCTTCGCCCG CGGTCGATTC ACGGGATCGC AGACGGGAAG AACGTAAATC AGCGTCCAGG 
TCACCAGAGG GACGTAGAAA CCGAAGATCA GCTCAAGTTT CATCGGCTTC TCCCGCCGTC 
AAAGCGAAGT CTCGCAGCAA ACGATCGGCT TCAGGTTCGC CACCACCGCC TCCCAAAGCG 
CCGAGGTCAC GAGGATCAAA ACGGTCACCA CTTTCATCCC CTGAAGGTGA CAACAAATCC 
AGGTCCCGCG CTAGCAAACA GTCACCGTCT CCTTTACCAG ACACTCGCCA GCAGTCACGC 
GCGGTTAAGG AGAGTCCCTC TGAAAGTCCT CATGAACGAT CTAAGCGTAA GGCCGCGGTT 
AAGAGGTCTT CCAGTGAAGA TAAATCGACA GAGCCCCCGC CAAGGAAGGC CCGTCGAAGC 
GAAGAAGAGG AAGCACCTGA GAAATCTCCA ATCCCGTCCC CTCAAACTAA GGAAAGCTCC 
AACGAGGAAC AAGAAAAGAC AGAAGAGAAA GAACCCAAGG GAGAAAAGAA GAAGAAACAT 
AAGAAACACA AGAAACATGG TGGATCCAAA CACAAACACA AGCGTTCAAA ACACAAAAAG 
CGTAAGGACA AAGACAAATC ACCAGCGCAA TCTGAAACTA TGGATGAGGA CGACACAGGG 
GAAACCTTGG AGAAAAAGCT CCGAGAAAAA GCCTTGCAAT CTATGCAGAG ACATAACAAA 
TCACCGGATG CGCAACCTGA GCCAGTTGAC GACTGA

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

RefSeq	XP_015769451.1
CDS	34..3729
Translation	MQINITGFLQSKNAREFMKELWTLLVSAQENIGGIPSSLLEKKKEEIKQRKLEQERIQANLQKYHGDQQQTEPDSTATDDNVASESASAPGSHDISEEIRKAKEVAQSLAGKESSPKRGVKKSNKTSGHSDSNDSDDAGNSREKRDKGKSEEVTESPSLERMKKEKGQQEGSRSKFLQPKWRSRLLSSAAKPASRDKQGWDTEHTKYVAQARSPGVDVLLTGDSIVKGLSRYPRVWRKYFMPLKSLNFGVGGDRTQHVLWRLQNGEMECDVKVVVVLCGTNNIEKNSPSEIVQGILAIVDYIRMKKPAVSIIVCGILPRDLFPTARREDIEEVNDELFEYISYSEELADKNVIFLAPGKGWTTKGGQLDESLYFTDHLHLVEEGDEKLAKSISRLVKDLLKADEDKDDSLSQKRLIKQKEIEETETTKKESASEKEVKKERSSSRSRSRSRSVERDSKRPRDKRGRRRSRSKSSVSRSRSRSFSSSRSRSRERRRRSRSPRRVSSYNRNRWSPYRRRRTPSPRRWTPPRRRSPPRRRSLSPRRKPRRSPSPRRSPSPRRRSRSVSASSRSRSRSRSASFSSRSSHSRLGSVEKEKKNKEKDKDKDVKKEKEDVKEAEKETTVSQEKGKEADLSPAPPPTHHRSTYKKQEQQQSPVKQPSPSSSSSSPSPTPPPEKQEKEEKERSPPVPKSKKTTSRRYRKHSPSPSSEEEEWSPERRRTDASKDRKKEKERSDSPHERRRKRRDSSPSPRGKRRNSSSSPRRKRREVSRSPSPRRKRREHSRSPSPIRRRYQEARSPPRRRRKSDYSPSPPPKERRRLPDPSPPRNRERRKERRSPSPPPRRRQRSSSSPPAIRRVESSPPSGRRRRPVDRSRSEDKASRERRRSPEPDKEVGRRRKVSERSRSQSSSVSPEPPKKPQEDSTTLKKSKSRQVSRPSSSSASPEPTSAKKRSRETQESPRRSPPKEVLTDKGEGKRRSQSAASPAVDSRDRRREERKSASRSPEGRRNRRSAQVSSASPAVKAKSRSKRSASGSPPPPPKAPRSRGSKRSPLSSPEGDNKSRSRASKQSPSPLPDTRQQSRAVKESPSESPHERSKRKAAVKRSSSEDKSTEPPPRKARRSEEEEAPEKSPIPSPQTKESSNEEQEKTEEKEPKGEKKKKHKKHKKHGGSKHKHKRSKHKKRKDKDKSPAQSETMDEDDTGETLEKKLREKALQSMQRHNKSPDAQPEPVDD

Target ORF information:

RefSeq Version	XM_015913965.1
Organism	Acropora digitifera
Definition	Acropora digitifera serine/arginine repetitive matrix protein 1-like (LOC107347965), transcript variant X1, mRNA.

Target ORF information:

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

XM_015913965.1

ORF Insert Sequence:

ATGCAGATAA ATATAACTGG ATTTCTTCAA AGTAAGAATG CGAGAGAGTT TATGAAAGAG 
TTGTGGACCT TGCTTGTAAG TGCTCAAGAA AACATTGGAG GCATTCCTTC TTCATTGTTA 
GAAAAGAAGA AAGAAGAAAT CAAGCAACGA AAGCTGGAGC AAGAACGTAT TCAAGCTAAC 
CTTCAGAAAT ACCATGGAGA TCAACAACAA ACTGAACCAG ACAGCACAGC CACTGATGAC 
AATGTTGCAA GTGAAAGTGC ATCTGCTCCT GGATCACATG ACATCTCTGA AGAAATTAGA 
AAGGCTAAGG AAGTGGCTCA GTCTCTAGCT GGGAAAGAAA GTTCTCCCAA AAGAGGTGTC 
AAGAAGTCTA ATAAAACCTC TGGCCACTCA GACAGCAATG ATAGTGATGA TGCAGGAAAT 
TCTAGGGAGA AGAGAGATAA AGGCAAAAGT GAAGAAGTAA CTGAATCTCC TTCTTTGGAA 
AGAATGAAGA AAGAGAAAGG CCAGCAAGAA GGATCCAGAA GCAAGTTCCT GCAGCCAAAG 
TGGAGGTCAC GCCTGTTGTC ATCAGCTGCA AAGCCAGCCA GCAGAGATAA ACAAGGATGG 
GATACTGAAC ATACAAAATA TGTGGCACAG GCAAGAAGTC CAGGTGTAGA TGTTCTGTTA 
ACTGGTGATT CAATCGTCAA AGGCCTCAGT CGTTATCCGA GAGTTTGGAG GAAGTACTTC 
ATGCCCCTGA AGTCTTTGAA CTTTGGCGTA GGCGGTGACA GAACTCAGCA TGTTCTTTGG 
CGACTTCAAA ATGGCGAAAT GGAATGTGAC GTAAAGGTTG TCGTGGTGCT TTGTGGTACG 
AATAATATTG AAAAAAATAG CCCTAGTGAA ATTGTTCAGG GAATACTAGC TATCGTTGAT 
TACATTCGAA TGAAAAAGCC AGCTGTAAGT ATTATTGTCT GTGGCATTCT CCCGAGAGAT 
TTATTCCCCA CTGCACGACG AGAAGACATT GAAGAAGTCA ATGATGAACT CTTTGAATAC 
ATAAGCTATT CTGAAGAGCT GGCTGATAAG AATGTGATTT TCTTGGCACC TGGAAAAGGT 
TGGACTACCA AGGGAGGGCA ACTAGACGAG TCACTGTACT TCACAGACCA CCTGCATCTC 
GTAGAGGAAG GAGATGAAAA GCTTGCCAAA TCAATTTCTC GTTTAGTTAA GGACCTTCTC 
AAAGCAGATG AAGACAAAGA CGACTCTTTG TCTCAAAAGA GACTTATCAA GCAAAAGGAG 
ATTGAAGAAA CTGAGACAAC AAAAAAAGAA TCTGCCAGCG AAAAGGAAGT CAAGAAAGAA 
CGTTCCAGCT CTCGTTCAAG GTCAAGGTCT CGCTCAGTTG AGAGAGATTC AAAGCGACCA 
CGTGATAAGA GAGGGCGCAG GCGTAGCAGG TCCAAGTCCT CTGTTTCACG TTCACGATCC 
CGATCGTTCT CATCGTCAAG ATCCCGCAGT CGAGAAAGAC GAAGGCGGTC TCGCTCGCCC 
CGTCGAGTGT CGTCGTACAA TAGAAACCGT TGGTCGCCAT ACAGACGCCG TAGGACTCCA 
TCCCCGAGAA GATGGACTCC GCCCAGACGA AGGTCACCCC CGAGACGAAG ATCTCTCTCC 
CCGCGCCGCA AGCCGCGCCG TTCACCATCT CCTCGGCGTT CACCATCACC TCGCCGGCGG 
TCACGCTCGG TGTCAGCATC GTCACGTTCA CGGTCACGGT CACGTTCTGC TAGCTTTAGT 
TCCCGTTCAT CACACTCTCG ATTGGGTTCC GTCGAAAAGG AGAAGAAAAA CAAAGAAAAG 
GACAAGGACA AAGACGTCAA GAAAGAGAAA GAGGATGTAA AAGAGGCGGA AAAAGAAACA 
ACTGTAAGTC AAGAGAAAGG TAAAGAAGCG GACTTGTCCC CAGCCCCTCC TCCGACACAC 
CATCGTTCAA CTTACAAGAA GCAAGAGCAA CAACAGTCGC CAGTCAAGCA GCCTTCACCG 
TCGTCCTCTT CCTCATCTCC TTCACCTACT CCACCCCCAG AGAAACAAGA AAAGGAGGAA 
AAAGAGAGGT CGCCACCTGT CCCCAAATCA AAGAAGACAA CAAGTCGCCG CTACAGGAAA 
CATTCCCCTT CGCCATCATC TGAAGAAGAG GAATGGTCAC CCGAAAGAAG GAGAACTGAT 
GCCTCCAAAG ATCGCAAGAA AGAAAAGGAA AGAAGTGATT CCCCCCATGA GAGGAGACGA 
AAACGGAGGG ATTCTTCTCC GTCCCCTCGG GGAAAGCGCC GTAATTCGTC TTCCTCGCCT 
AGAAGGAAGA GAAGGGAAGT CTCGCGTTCC CCTTCTCCGA GGCGAAAACG AAGGGAGCAT 
TCTCGGTCGC CATCACCTAT TCGAAGACGC TATCAAGAAG CGCGCTCCCC TCCCAGGAGG 
AGACGAAAAT CAGATTATTC CCCATCACCT CCTCCCAAGG AAAGGCGCCG ACTCCCGGAC 
CCCTCCCCTC CTCGCAACAG AGAGCGGCGA AAGGAAAGAA GATCCCCATC TCCCCCACCA 
CGCAGGCGCC AGCGATCCAG CTCCTCGCCT CCAGCTATTC GTCGGGTAGA GTCGTCACCT 
CCTTCGGGAC GTCGTCGTCG TCCTGTCGAC CGGTCTCGGT CGGAGGATAA AGCATCAAGA 
GAGCGACGTC GATCGCCGGA GCCCGACAAG GAAGTAGGAA GGAGGCGGAA GGTGTCTGAA 
CGGTCACGAT CTCAGTCATC TTCTGTCTCC CCTGAGCCTC CGAAGAAACC CCAAGAAGAC 
TCCACGACTT TAAAGAAGAG TAAATCACGT CAAGTCAGTC GTCCCTCGTC CTCTTCCGCT 
TCCCCTGAAC CAACATCCGC CAAGAAGAGA TCGCGCGAGA CTCAGGAATC TCCTCGAAGG 
AGTCCTCCCA AGGAGGTTTT GACGGACAAA GGGGAAGGAA AGAGGCGATC ACAGTCGGCG 
GCTTCGCCCG CGGTCGATTC ACGGGATCGC AGACGGGAAG AACGTAAATC AGCGTCCAGG 
TCACCAGAGG GACGTAGAAA CCGAAGATCA GCTCAAGTTT CATCGGCTTC TCCCGCCGTC 
AAAGCGAAGT CTCGCAGCAA ACGATCGGCT TCAGGTTCGC CACCACCGCC TCCCAAAGCG 
CCGAGGTCAC GAGGATCAAA ACGGTCACCA CTTTCATCCC CTGAAGGTGA CAACAAATCC 
AGGTCCCGCG CTAGCAAACA GTCACCGTCT CCTTTACCAG ACACTCGCCA GCAGTCACGC 
GCGGTTAAGG AGAGTCCCTC TGAAAGTCCT CATGAACGAT CTAAGCGTAA GGCCGCGGTT 
AAGAGGTCTT CCAGTGAAGA TAAATCGACA GAGCCCCCGC CAAGGAAGGC CCGTCGAAGC 
GAAGAAGAGG AAGCACCTGA GAAATCTCCA ATCCCGTCCC CTCAAACTAA GGAAAGCTCC 
AACGAGGAAC AAGAAAAGAC AGAAGAGAAA GAACCCAAGG GAGAAAAGAA GAAGAAACAT 
AAGAAACACA AGAAACATGG TGGATCCAAA CACAAACACA AGCGTTCAAA ACACAAAAAG 
CGTAAGGACA AAGACAAATC ACCAGCGCAA TCTGAAACTA TGGATGAGGA CGACACAGGG 
GAAACCTTGG AGAAAAAGCT CCGAGAAAAA GCCTTGCAAT CTATGCAGAG ACATAACAAA 
TCACCGGATG CGCAACCTGA GCCAGTTGAC GACTGA