LOC105339776 cDNA ORF clone, Crassostrea gigas(Pacific oyster)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105339776
Entrez Gene ID	105339776
Full Name	cell migration-inducing and hyaluronan-binding protein
Gene Type	protein-coding
Organism	Crassostrea gigas(Pacific oyster)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011445497.2	XP_011443799.1	cell migration-inducing and hyaluronan-binding protein

Pathways from BioSystems
Gene Ontology

The following LOC105339776 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105339776 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
OCr106220	XM_011445497.2 Latest version!	Crassostrea gigas cell migration-inducing and hyaluronan-binding protein (LOC105339776), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

LOC105339776 ( XM_011445497.2 ) cDNA ORF clone, Crassostrea gigas(Pacific oyster) -> XP_011443799.1 Crassostrea gigas cell migration-inducing and hyaluronan-binding protein (LOC105339776), mRNA.

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CloneID	OCr106220
Clone ID Related Accession (Same CDS sequence)	XM_011445497.2
Accession Version	XM_011445497.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3375bp) 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	2017-02-01
Organism	Crassostrea gigas(Pacific oyster)
Product	cell migration-inducing and hyaluronan-binding protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011936410.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Feb 2, 2017 this sequence version replaced XM_011445497.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Crassostrea gigas Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATAATTG GAAAAAATCA GCTGACGTCA CGGGAATCAG CGCGGCGGAA CGTTACCGGG 
TATAAATGTA GCCGGGAAAG GTTGTACGTT AACCAGACGT ACACCATGAC AAAGAGACTG 
GGTACCTTGC TCTGTGGGCT GCTGTTCTGC AGCGCCGCCC TTGCGGAATG TCCCGATGAT 
GCCGCGGATT TGGTGTCATG GACTACACAA ATTGGAACGA CTTCTCCCCA GGACGAAATA 
ACGATCTCCA GCCCCGTGCT CCTGGACACG TCCGTGGAAC TGCTCGGACT GACCATCGCT 
TCCGGTGGCC GTCTGGTATG GAGCAGGGCC GGTGATTACG GAATGAGGTC GCACTATATC 
AAAATTCAAA ATGGCGGAGA ACTACATATC GGGAGCCCGA CTTGTAGATT CGGCAAGAAA 
GCACGAATCA CTCTATTGGG TGAACCCGAG GAGAAACTGA ACATTCCTGG CTTTGGAGAG 
AAGTTCCTTG GAGTAGAGGC AGGAGGAGTC CTAAATCTAT ACGGAAGGGA GAAGTTATCG 
TGGACAAAGT TGACTAAGCA CGTTCCTAAG TTTGATGAAG CCACGGCTGA GATCTTTAAT 
CATAAGGACT CGGGAGCTAT TGAAAGGGGA CATGGTTTTT ATATCTACCA TTTCAGGGAA 
GATTTTCCCG CTGACTTTGA TATTGAAAAA GACCCAGGAA TAGTTTATGT AAACCGTATA 
CACAAGTCAT TGAAATCCTC GAGCCAAGAT AACATCAATA CAGCCATTAG TGAACTTGCC 
ACTTTCTTGA ACAACATACC TGTTGGTGAT ATTTTTGTTC TTGCAACACA AAGAGATTAC 
AAACGGGAGG ACAAAGATTA CACCACCTTG TTTGACGCCT TAGATCTTGT AGCACCAGTC 
AATTCCCTTA GAAACGTTCA GCCGGACGAT GCTTATGTTG CTTTGGGCAA AAAAGGAGAC 
CAGGCGAGCT TTAAAGAGGA TCTGGATTCC ACTATTGGAC CCGATAACAG AACGGAAGCA 
CTTTTGGTTT ACAGCGATGA CTCCCGGGAG CGTGAGTTAG TTGTAAGCAC ATATAATGGA 
CTGGAGCCAT GGCAAGGGAG CCTTGAGTTG TTTGTGTTCA ACACACTGTT AACCCGGCCC 
ATCATCTCTG TAGTCAATAA TGTGAACTCA TGGAAAACCG GTGACAAGAT CTTCGTTGCG 
TCCACGGATT ACGACTGGAG GCAGGTTGAG GAGTTTGAAG TCATTCCTTG TAACAACGTC 
ATCTGTTCAT CAAACACCGT CAGACTGAGC CATCCGTTCA AATACGACCA CTACGGGGAG 
ATCTACAACC GAGTAGACAT GAGGGCAGAG GTGGGGCTAA TGACCCGAAA CATTCTTATT 
GACGCCGAGG TGTCTGAGGG AAACAGCAAT GGAGGACACG TAAAGTTTTT GCATGGATTC 
AAAGATGTCC AGGTTGACGG AGTAGAACTG ACAAATCTGG GACAGCCTTT GATACTAGGT 
AGATACCCGC TCCACTACCA CATGTGTGAG GATCTGTCTG ACACATCCGT GTACCCCACA 
CGGTCTGTGC TCCGGAAAAA CTCCATCCAC CACACTCAGT TCCGGTGTGT CACTATTCAC 
GGAACACACA GCGCCAGGCT GATTGATAAC GTCTGCTACG ATTCCGTCGG CCATGGGTTC 
TTCTTGGAAG ATGGAGGAGA GAAGAATACG TACTTCCGGG GAAATCTTGG CCTAGGTCAG 
AGACGGTTTG TTGGGACGAC CGTTCTTGAT GTGACTGGAG CTATCCCCAC AGACACATCG 
AAAGGTCCTG CCACGTTTTG GATCACTAAT CCTCTAACCA CAGTCCTAAA CAACGCCGCC 
GCCGGGGGAG AGGGTGTTGG TATGTGGTTC GTGTATCCAG ATTCCCCTAC GGGACCCTCC 
AGAGCCCGGA ACTTTATGCA GGACAAGGAG GCCCGCCATA CCAAGATCAC ACTGTACAAA 
AACAACGTCC ACCATTCTTA CACCACGGCT GGTCTGTTTG TTGACAACAT CGAGCACGAT 
GATTTAACTG TCTCTGACTA CAACAAATAC AACCCCAAAC AGAACCCCCT GGATCCCTCA 
TCGGCCCCCG TGCCCGCCGT GTTCGAAAGA GCCACAGTTT ACAAGAACAG AGGTCAAAAT 
ATGTGGGTCC GTGGAACCCC CATCATTGTG AGAGAGTCCT CATTTGCAGA CAGTCAGGTT 
GGAGCAACCG TCATCAAAGA ACAAGATATT TGGGTGGAGT TTATCAACAA TGTGGTGATT 
GGGTACTCCG ACAATCTCGG GAAACCAAAC ACCGGCTACA CTCGCTCCTA CCCGTCCACC 
CCATCAAGAG ATGTTGTTGG GTTTAGGTTT AACAAAGGAC CTGTTTTCGT CAAAAACACC 
TGGTTCCACG ATTTTGTGTC AACAGACATC CACAGATCTG CAGCGATGTC CAATTTCGAA 
TGTTTCGGCC ATATGAATCC GCAGAACCAA GTGGAAAATG TTCTCTTCAG CTTTGATGAT 
GGGCCCGGAA ACCGTTTCCT GTTCCGGGAA TGTCAAAGTG AAAGTAGCAC TACCGCTAAT 
ACAGAGAGAG AGGAGGACAG TCTGTTTATG CTGAAGGACA TCGGGAACGG CTTGACGGGA 
CACTCAACAA CAAAGTCTGT CACTCTGGTG AAGAATACCC CGTTCCTCGT CACCAGCCAA 
TGTAGAGTTA GAGATTCCTG GAATGTCGCT TACTGCCCCT ATAACTATGG AGAGATTATG 
GTGTCATTTT CTGATGAGAG AGAAATGAGT GTTTATAGAA CAGATGGCGC TTTACCCAAA 
AAATCTGTTC TGGACAAAGA GTTTATCACT ATCTTGGGAG AGACGAACCA AAACCAAAAG 
AATTTCCTGT ATTTAATCGC CTTCGACGAC GGACTGCCAC AATCTGTAAC ATTTAAAGGA 
AAATCTATAA CAAAGTCGGA CTCTGTCATC ATGGCCTACT GCGTGCCCAG GGATGCCCTT 
CTTAGCGTCA GGTATAAAAT TGGTGGTATA TCACTGCCCA CCCAACCAGT CTGCTCCCTG 
GGGGAGATCC AACAAGACAC CGAGGGGGGC AAATATTTCT ACGACAAGAA CGTCGGGGTT 
TTGTTTTTCA AAATGATAAA CGATGTGGAG TACACCACTG GAGAGAAAGC GTCCTGTCCA 
TCGGGTAAAT GTGTCCGGTT TGGTGTCACT ATACTTTCCG GTACCCTCAC AGACAGCGAT 
TGTTACGACC GGTTTATACT GGAGACGTCC TATGTACACG CAGCAGAGGG AAGCCCCGGC 
GCTGCCAATG ATGTTTTGCT GGCAACAACC CCCCAAGCTC CAGAGTTTTT GGGCGCCGGA 
TCTACCTACC CATAG

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

RefSeq	XP_011443799.1
CDS	13..3387
Translation	MIIGKNQLTSRESARRNVTGYKCSRERLYVNQTYTMTKRLGTLLCGLLFCSAALAECPDDAADLVSWTTQIGTTSPQDEITISSPVLLDTSVELLGLTIASGGRLVWSRAGDYGMRSHYIKIQNGGELHIGSPTCRFGKKARITLLGEPEEKLNIPGFGEKFLGVEAGGVLNLYGREKLSWTKLTKHVPKFDEATAEIFNHKDSGAIERGHGFYIYHFREDFPADFDIEKDPGIVYVNRIHKSLKSSSQDNINTAISELATFLNNIPVGDIFVLATQRDYKREDKDYTTLFDALDLVAPVNSLRNVQPDDAYVALGKKGDQASFKEDLDSTIGPDNRTEALLVYSDDSRERELVVSTYNGLEPWQGSLELFVFNTLLTRPIISVVNNVNSWKTGDKIFVASTDYDWRQVEEFEVIPCNNVICSSNTVRLSHPFKYDHYGEIYNRVDMRAEVGLMTRNILIDAEVSEGNSNGGHVKFLHGFKDVQVDGVELTNLGQPLILGRYPLHYHMCEDLSDTSVYPTRSVLRKNSIHHTQFRCVTIHGTHSARLIDNVCYDSVGHGFFLEDGGEKNTYFRGNLGLGQRRFVGTTVLDVTGAIPTDTSKGPATFWITNPLTTVLNNAAAGGEGVGMWFVYPDSPTGPSRARNFMQDKEARHTKITLYKNNVHHSYTTAGLFVDNIEHDDLTVSDYNKYNPKQNPLDPSSAPVPAVFERATVYKNRGQNMWVRGTPIIVRESSFADSQVGATVIKEQDIWVEFINNVVIGYSDNLGKPNTGYTRSYPSTPSRDVVGFRFNKGPVFVKNTWFHDFVSTDIHRSAAMSNFECFGHMNPQNQVENVLFSFDDGPGNRFLFRECQSESSTTANTEREEDSLFMLKDIGNGLTGHSTTKSVTLVKNTPFLVTSQCRVRDSWNVAYCPYNYGEIMVSFSDEREMSVYRTDGALPKKSVLDKEFITILGETNQNQKNFLYLIAFDDGLPQSVTFKGKSITKSDSVIMAYCVPRDALLSVRYKIGGISLPTQPVCSLGEIQQDTEGGKYFYDKNVGVLFFKMINDVEYTTGEKASCPSGKCVRFGVTILSGTLTDSDCYDRFILETSYVHAAEGSPGAANDVLLATTPQAPEFLGAGSTYP

Target ORF information:

RefSeq Version	XM_011445497.2
Organism	Crassostrea gigas(Pacific oyster)
Definition	Crassostrea gigas cell migration-inducing and hyaluronan-binding protein (LOC105339776), mRNA.

Target ORF information:

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

XM_011445497.2

ORF Insert Sequence:

ATGATAATTG GAAAAAATCA GCTGACGTCA CGGGAATCAG CGCGGCGGAA CGTTACCGGG 
TATAAATGTA GCCGGGAAAG GTTGTACGTT AACCAGACGT ACACCATGAC AAAGAGACTG 
GGTACCTTGC TCTGTGGGCT GCTGTTCTGC AGCGCCGCCC TTGCGGAATG TCCCGATGAT 
GCCGCGGATT TGGTGTCATG GACTACACAA ATTGGAACGA CTTCTCCCCA GGACGAAATA 
ACGATCTCCA GCCCCGTGCT CCTGGACACG TCCGTGGAAC TGCTCGGACT GACCATCGCT 
TCCGGTGGCC GTCTGGTATG GAGCAGGGCC GGTGATTACG GAATGAGGTC GCACTATATC 
AAAATTCAAA ATGGCGGAGA ACTACATATC GGGAGCCCGA CTTGTAGATT CGGCAAGAAA 
GCACGAATCA CTCTATTGGG TGAACCCGAG GAGAAACTGA ACATTCCTGG CTTTGGAGAG 
AAGTTCCTTG GAGTAGAGGC AGGAGGAGTC CTAAATCTAT ACGGAAGGGA GAAGTTATCG 
TGGACAAAGT TGACTAAGCA CGTTCCTAAG TTTGATGAAG CCACGGCTGA GATCTTTAAT 
CATAAGGACT CGGGAGCTAT TGAAAGGGGA CATGGTTTTT ATATCTACCA TTTCAGGGAA 
GATTTTCCCG CTGACTTTGA TATTGAAAAA GACCCAGGAA TAGTTTATGT AAACCGTATA 
CACAAGTCAT TGAAATCCTC GAGCCAAGAT AACATCAATA CAGCCATTAG TGAACTTGCC 
ACTTTCTTGA ACAACATACC TGTTGGTGAT ATTTTTGTTC TTGCAACACA AAGAGATTAC 
AAACGGGAGG ACAAAGATTA CACCACCTTG TTTGACGCCT TAGATCTTGT AGCACCAGTC 
AATTCCCTTA GAAACGTTCA GCCGGACGAT GCTTATGTTG CTTTGGGCAA AAAAGGAGAC 
CAGGCGAGCT TTAAAGAGGA TCTGGATTCC ACTATTGGAC CCGATAACAG AACGGAAGCA 
CTTTTGGTTT ACAGCGATGA CTCCCGGGAG CGTGAGTTAG TTGTAAGCAC ATATAATGGA 
CTGGAGCCAT GGCAAGGGAG CCTTGAGTTG TTTGTGTTCA ACACACTGTT AACCCGGCCC 
ATCATCTCTG TAGTCAATAA TGTGAACTCA TGGAAAACCG GTGACAAGAT CTTCGTTGCG 
TCCACGGATT ACGACTGGAG GCAGGTTGAG GAGTTTGAAG TCATTCCTTG TAACAACGTC 
ATCTGTTCAT CAAACACCGT CAGACTGAGC CATCCGTTCA AATACGACCA CTACGGGGAG 
ATCTACAACC GAGTAGACAT GAGGGCAGAG GTGGGGCTAA TGACCCGAAA CATTCTTATT 
GACGCCGAGG TGTCTGAGGG AAACAGCAAT GGAGGACACG TAAAGTTTTT GCATGGATTC 
AAAGATGTCC AGGTTGACGG AGTAGAACTG ACAAATCTGG GACAGCCTTT GATACTAGGT 
AGATACCCGC TCCACTACCA CATGTGTGAG GATCTGTCTG ACACATCCGT GTACCCCACA 
CGGTCTGTGC TCCGGAAAAA CTCCATCCAC CACACTCAGT TCCGGTGTGT CACTATTCAC 
GGAACACACA GCGCCAGGCT GATTGATAAC GTCTGCTACG ATTCCGTCGG CCATGGGTTC 
TTCTTGGAAG ATGGAGGAGA GAAGAATACG TACTTCCGGG GAAATCTTGG CCTAGGTCAG 
AGACGGTTTG TTGGGACGAC CGTTCTTGAT GTGACTGGAG CTATCCCCAC AGACACATCG 
AAAGGTCCTG CCACGTTTTG GATCACTAAT CCTCTAACCA CAGTCCTAAA CAACGCCGCC 
GCCGGGGGAG AGGGTGTTGG TATGTGGTTC GTGTATCCAG ATTCCCCTAC GGGACCCTCC 
AGAGCCCGGA ACTTTATGCA GGACAAGGAG GCCCGCCATA CCAAGATCAC ACTGTACAAA 
AACAACGTCC ACCATTCTTA CACCACGGCT GGTCTGTTTG TTGACAACAT CGAGCACGAT 
GATTTAACTG TCTCTGACTA CAACAAATAC AACCCCAAAC AGAACCCCCT GGATCCCTCA 
TCGGCCCCCG TGCCCGCCGT GTTCGAAAGA GCCACAGTTT ACAAGAACAG AGGTCAAAAT 
ATGTGGGTCC GTGGAACCCC CATCATTGTG AGAGAGTCCT CATTTGCAGA CAGTCAGGTT 
GGAGCAACCG TCATCAAAGA ACAAGATATT TGGGTGGAGT TTATCAACAA TGTGGTGATT 
GGGTACTCCG ACAATCTCGG GAAACCAAAC ACCGGCTACA CTCGCTCCTA CCCGTCCACC 
CCATCAAGAG ATGTTGTTGG GTTTAGGTTT AACAAAGGAC CTGTTTTCGT CAAAAACACC 
TGGTTCCACG ATTTTGTGTC AACAGACATC CACAGATCTG CAGCGATGTC CAATTTCGAA 
TGTTTCGGCC ATATGAATCC GCAGAACCAA GTGGAAAATG TTCTCTTCAG CTTTGATGAT 
GGGCCCGGAA ACCGTTTCCT GTTCCGGGAA TGTCAAAGTG AAAGTAGCAC TACCGCTAAT 
ACAGAGAGAG AGGAGGACAG TCTGTTTATG CTGAAGGACA TCGGGAACGG CTTGACGGGA 
CACTCAACAA CAAAGTCTGT CACTCTGGTG AAGAATACCC CGTTCCTCGT CACCAGCCAA 
TGTAGAGTTA GAGATTCCTG GAATGTCGCT TACTGCCCCT ATAACTATGG AGAGATTATG 
GTGTCATTTT CTGATGAGAG AGAAATGAGT GTTTATAGAA CAGATGGCGC TTTACCCAAA 
AAATCTGTTC TGGACAAAGA GTTTATCACT ATCTTGGGAG AGACGAACCA AAACCAAAAG 
AATTTCCTGT ATTTAATCGC CTTCGACGAC GGACTGCCAC AATCTGTAAC ATTTAAAGGA 
AAATCTATAA CAAAGTCGGA CTCTGTCATC ATGGCCTACT GCGTGCCCAG GGATGCCCTT 
CTTAGCGTCA GGTATAAAAT TGGTGGTATA TCACTGCCCA CCCAACCAGT CTGCTCCCTG 
GGGGAGATCC AACAAGACAC CGAGGGGGGC AAATATTTCT ACGACAAGAA CGTCGGGGTT 
TTGTTTTTCA AAATGATAAA CGATGTGGAG TACACCACTG GAGAGAAAGC GTCCTGTCCA 
TCGGGTAAAT GTGTCCGGTT TGGTGTCACT ATACTTTCCG GTACCCTCAC AGACAGCGAT 
TGTTACGACC GGTTTATACT GGAGACGTCC TATGTACACG CAGCAGAGGG AAGCCCCGGC 
GCTGCCAATG ATGTTTTGCT GGCAACAACC CCCCAAGCTC CAGAGTTTTT GGGCGCCGGA 
TCTACCTACC CATAG