LOC103180788 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103180788
Entrez Gene ID	103180788
Full Name	stonin-1
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007896832.1	XP_007895023.1	stonin-1

Pathways from BioSystems
Gene Ontology

The following LOC103180788 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103180788 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
OCa378675	XM_007896832.1 Latest version!	Callorhinchus milii stonin-1 (LOC103180788), 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)

LOC103180788 ( XM_007896832.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007895023.1 Callorhinchus milii stonin-1 (LOC103180788), mRNA.

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CloneID	OCa378675
Clone ID Related Accession (Same CDS sequence)	XM_007896832.1
Accession Version	XM_007896832.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3423bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	stonin-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890102.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTCGG CCAGTTATTC AAACTGGGTC ACTTTCGATG ATGATCACAG TTTCCAGTCA 
CCGAAAGGAT CCTTGGACTC AGACGGTGGG AATCACTGTG TGTTCAAACC CAATTGCCTG 
AAGTTGAATC TCACATCTGG ACACAATATG TCCAAGAGGT CAGCCTCTGG CAGTGGAACT 
CCTCTTTCTT CACCCATCAC CAGCTTCCCT TGCACCCCAA ACTCCGCACT TCACACGCCA 
ACTACTCCAA GTCCATCTTG GGATAACTGT TTCTTTAAGA TCGAGGATCT GTCACCAAGC 
AATCAGCTGA GGTCCTACAG TAATGAGAAT GGATACACCA ACCCATTCTG GAGTCCGCAC 
GGCATTTCAC AGACTGTTCG TTCACACTGC GCGCAGCAAT GGGGCCAGTC CGGCAATCCC 
TCAGTTACTG ATGCCACCAG TAATCTTTTT CATGGTTACC AACTGGCCAA AGAGACAGGA 
GAGAATCATG TCAATCACAG TCATTCTCCT CCAACTGACA TTTGCAAAAA GCTTGAAAAG 
ATACAGTCGT CTGCCTTGCG ACCGCCACTG AGTTCATCTC CAGACAGTAA AGGTCTTAAA 
ACCGTGGCAA ACTCGCCCAT TGCCAAGAGT CTCCTCAGAA TCGGGTGGAA GGACGGCTGG 
CCTCTAATGA TGAGGATTCC TGAGAAGAAG AATATGATGT CCTCTCGCCA ATGGGGCCCG 
ATCTACCTGA AGCTGCTGCC TGGTGGCACC TTGCAATTGT ACTACGAAAA GGGACTGGAG 
AAACCCTTCA GAGAGCTCCG GCTACAGCCC TACTTCAGGC TCTCCGAAGC CAGGCTGGAG 
AACTACAAGG AGTCCGGCAA GATCCACACA GTGAAGATTG AGCGCGTGTC CTACACGGAG 
AAACGTAAGT ACCACCCGAA GACGGATATT CTGCACGAGG CGGAGGTCGA GCAGGTGCTG 
AAGCTGGGGA CAACTGACTA CAAGGACTTC ACTGACTTCG TTGCCGCCAT TGAGGAGGGG 
CTCATGAAGC TCCCTCCCCC TGGCCAGCGC AGGAGCAACT ACGAGGAGCA GGAGATGGAG 
CTCGAAATAA TCGATCGCTT CAGGGGGAAG TTCACAAGAG AGGGTAAAGT GTTGGAGACC 
TCGGTGATCA CTCACATTCA CTGCCTGTGC TTCGTCAACG GAGGCACGAG ATGCTTTTTG 
GCCTTGAATG ATCTGCAGTT CCAGAGCGAG GAGAGGGAGC CAGGCGACAG ATGGATCGAG 
ATTCATGACC ATGTCTTCCA CAAGTGCGTG AGGGACCAGG AGTTTGAGAA ATCTCGGATC 
ATTAAGTTCA CCCCTCCGGA TGCCTGCAGA GTGGAACTGA TGCGCTACAG GACAGTCTGC 
AACGCCCCCG AGCTCCCCTT TTCCTTAAAG GGTCTTGTGA CAGTCCACGG AGCGTACACA 
GAACTACAAG CCTTTTTGGT CATGTCCCCT GCTTACTCTT GCCCCCAGAA CGTAGTCGCT 
CCCATCCACT GCGAAAATGT GATGATACGC TTTCCTGTTC CCACCGACTG GGTCAAAATA 
TTCCGCACCG TGAATCTCTT CCGGCAGAAG TCTTTGAAAG CCAAAACAAA TCGCAATGTC 
CGTCTTGGTT CCATTAGCTC GACGGGTTGC GAGCCGGTGA TGCAAGTCAC CATTGGCACT 
GCCAAATACG AGCATGCCTT CAGGGCCATT GTGTGGAGGA TTGACAGGTT GCCGGATAAG 
AATGCAGCCT CCGATCACCC ACACTGCTTT TCTTGCAAAC TTGAGCTGGG TTCGGATCAG 
GAGATACCCT CCGAGTGGCA GCCCTTTGTC AACGTGGAGT TTGAGGTGCC GGACACATCA 
GCTTCCCGGA CAAAAGTGCG CTCTATGGGG ACTGAAAGTG ACATCCAGCC TGAGAAGCGC 
CTTCACCTCA AAGCTCATTA TCACTGTCAG CCCAGATTCT ATCAATCTGT TATTGAAGAT 
GTCATCAGCA ATTTACAGGA TGTTTTTGTA GAAGAGGGAA TCGATGATCA GATTCTTAAG 
GACCTAAAAC AACTTTGGGA GAATAAAATA CTCCATTCCA AAGCTGTGGA AGGCTTGGAT 
AGTGAGAATA ATCACCAAAA GATCATGTTA GATCTTCAGA AGCAAAACAC TCATCAGACT 
GTGCACACAT TAACAGCTTC CATTGTAGTA CCAGCTGGTA GAAGTATGCA GAATTTTACA 
ACAGCGGAGA TGAGCACTTC AGGAACTGCA ACCACTCTGA CCTTGCCTTC TGGAATCAGT 
CTTCCCATCC AGGTCCCTGC TGGAGTCACT TTGCAAACTG CTTCAGGTCT TATGTACAAA 
GTCAATGTCC CAGTGATGGT AACTCAAAGC GCTGGAGGTC AAAAATATTT CCAGCAGCCT 
GTTCATCATA TCATTCATCA AGTCACCCCA GTTGCAGGGC AGACATCACT TTTGCAGCAG 
AGCACAGTGT CTGGTCAAAC TGCTGCTGTT CAGAAGCCTT CCCATGACCA AGCAGCTACG 
ATCCAACAAT CTAGTTCAGG TCAGGTTTCT TCACAACAGC AGCTAATGAC AAACCAATCA 
TTTGATGTAG TTGGTCAGTC CATTTTCCAG CAGCCTGGCA TGTCGACACA ACTGTACATT 
CAACAGGCAG GTGCTGTAAA GCAGGTAGTC TTTCAACAAC ACCCTGGGAT GAAAGTGCAG 
ATGAGGCCAC CCACTGTTCA GAACCAGCCA GTTGGAACCC AAGGAACAGT TACTCAGCAA 
CAACAGCGAG TTCCTACACA ACCAAGTGGC CCGGGGCAGG CTGTGCATGA GCAAATGGCT 
ATAGGGCAAA CTCAGCAGCC GGTAACTTCA GATTTGGACA GAATTACATC AGGACAGCCA 
CTTGCACAAA ATCAAGCATC TGAACAGAAA GAGGGTGTAA ACGTCTATGT TCCTGAGCAA 
CGTGTCATCC AACAGCTTCC CCCCCAGGTG AATGAGACTT TGCTGATGGT TACAGCAGAT 
CCAGAGGAGG AGGAACATGT GTCACCCATT CCCCAGATGG ATGGCACCAA TGACACTTCC 
TCTGATGAAG AAATTGGTAA CCTGCGGGAT GTGGAGGACA CTGACATACT AGGAATTATT 
GATGTCGAAG ACCTTAAGGC TCTTGAAAGT TATGACGATG ACAGTTCTAG TGATAACTCC 
TTGAGAGACG GTCACAACGA AGAACATCAC GAAGAAGTTG AAGAAGATCC TTTGAATTCG 
GAAGACGATG TAAGTGAACA GGAGATCCCT GATCTGTTTG AGACTGATAA TGTAATTGTT 
TGCCAGTATG ACAAGATTCA CAGAAATAAA AACAGGTGGA AATTTTACCT TAAAGATGGA 
ATAATGACCT TCAATGGGAG GGATTATGTA TTCTCCAAAG CTGTCGGTGA TGCAGAGTGG 
TGA

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

RefSeq	XP_007895023.1
CDS	614..4036
Translation	MCSASYSNWVTFDDDHSFQSPKGSLDSDGGNHCVFKPNCLKLNLTSGHNMSKRSASGSGTPLSSPITSFPCTPNSALHTPTTPSPSWDNCFFKIEDLSPSNQLRSYSNENGYTNPFWSPHGISQTVRSHCAQQWGQSGNPSVTDATSNLFHGYQLAKETGENHVNHSHSPPTDICKKLEKIQSSALRPPLSSSPDSKGLKTVANSPIAKSLLRIGWKDGWPLMMRIPEKKNMMSSRQWGPIYLKLLPGGTLQLYYEKGLEKPFRELRLQPYFRLSEARLENYKESGKIHTVKIERVSYTEKRKYHPKTDILHEAEVEQVLKLGTTDYKDFTDFVAAIEEGLMKLPPPGQRRSNYEEQEMELEIIDRFRGKFTREGKVLETSVITHIHCLCFVNGGTRCFLALNDLQFQSEEREPGDRWIEIHDHVFHKCVRDQEFEKSRIIKFTPPDACRVELMRYRTVCNAPELPFSLKGLVTVHGAYTELQAFLVMSPAYSCPQNVVAPIHCENVMIRFPVPTDWVKIFRTVNLFRQKSLKAKTNRNVRLGSISSTGCEPVMQVTIGTAKYEHAFRAIVWRIDRLPDKNAASDHPHCFSCKLELGSDQEIPSEWQPFVNVEFEVPDTSASRTKVRSMGTESDIQPEKRLHLKAHYHCQPRFYQSVIEDVISNLQDVFVEEGIDDQILKDLKQLWENKILHSKAVEGLDSENNHQKIMLDLQKQNTHQTVHTLTASIVVPAGRSMQNFTTAEMSTSGTATTLTLPSGISLPIQVPAGVTLQTASGLMYKVNVPVMVTQSAGGQKYFQQPVHHIIHQVTPVAGQTSLLQQSTVSGQTAAVQKPSHDQAATIQQSSSGQVSSQQQLMTNQSFDVVGQSIFQQPGMSTQLYIQQAGAVKQVVFQQHPGMKVQMRPPTVQNQPVGTQGTVTQQQQRVPTQPSGPGQAVHEQMAIGQTQQPVTSDLDRITSGQPLAQNQASEQKEGVNVYVPEQRVIQQLPPQVNETLLMVTADPEEEEHVSPIPQMDGTNDTSSDEEIGNLRDVEDTDILGIIDVEDLKALESYDDDSSSDNSLRDGHNEEHHEEVEEDPLNSEDDVSEQEIPDLFETDNVIVCQYDKIHRNKNRWKFYLKDGIMTFNGRDYVFSKAVGDAEW

Target ORF information:

RefSeq Version	XM_007896832.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii stonin-1 (LOC103180788), mRNA.

Target ORF information:

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

XM_007896832.1

ORF Insert Sequence:

ATGTGTTCGG CCAGTTATTC AAACTGGGTC ACTTTCGATG ATGATCACAG TTTCCAGTCA 
CCGAAAGGAT CCTTGGACTC AGACGGTGGG AATCACTGTG TGTTCAAACC CAATTGCCTG 
AAGTTGAATC TCACATCTGG ACACAATATG TCCAAGAGGT CAGCCTCTGG CAGTGGAACT 
CCTCTTTCTT CACCCATCAC CAGCTTCCCT TGCACCCCAA ACTCCGCACT TCACACGCCA 
ACTACTCCAA GTCCATCTTG GGATAACTGT TTCTTTAAGA TCGAGGATCT GTCACCAAGC 
AATCAGCTGA GGTCCTACAG TAATGAGAAT GGATACACCA ACCCATTCTG GAGTCCGCAC 
GGCATTTCAC AGACTGTTCG TTCACACTGC GCGCAGCAAT GGGGCCAGTC CGGCAATCCC 
TCAGTTACTG ATGCCACCAG TAATCTTTTT CATGGTTACC AACTGGCCAA AGAGACAGGA 
GAGAATCATG TCAATCACAG TCATTCTCCT CCAACTGACA TTTGCAAAAA GCTTGAAAAG 
ATACAGTCGT CTGCCTTGCG ACCGCCACTG AGTTCATCTC CAGACAGTAA AGGTCTTAAA 
ACCGTGGCAA ACTCGCCCAT TGCCAAGAGT CTCCTCAGAA TCGGGTGGAA GGACGGCTGG 
CCTCTAATGA TGAGGATTCC TGAGAAGAAG AATATGATGT CCTCTCGCCA ATGGGGCCCG 
ATCTACCTGA AGCTGCTGCC TGGTGGCACC TTGCAATTGT ACTACGAAAA GGGACTGGAG 
AAACCCTTCA GAGAGCTCCG GCTACAGCCC TACTTCAGGC TCTCCGAAGC CAGGCTGGAG 
AACTACAAGG AGTCCGGCAA GATCCACACA GTGAAGATTG AGCGCGTGTC CTACACGGAG 
AAACGTAAGT ACCACCCGAA GACGGATATT CTGCACGAGG CGGAGGTCGA GCAGGTGCTG 
AAGCTGGGGA CAACTGACTA CAAGGACTTC ACTGACTTCG TTGCCGCCAT TGAGGAGGGG 
CTCATGAAGC TCCCTCCCCC TGGCCAGCGC AGGAGCAACT ACGAGGAGCA GGAGATGGAG 
CTCGAAATAA TCGATCGCTT CAGGGGGAAG TTCACAAGAG AGGGTAAAGT GTTGGAGACC 
TCGGTGATCA CTCACATTCA CTGCCTGTGC TTCGTCAACG GAGGCACGAG ATGCTTTTTG 
GCCTTGAATG ATCTGCAGTT CCAGAGCGAG GAGAGGGAGC CAGGCGACAG ATGGATCGAG 
ATTCATGACC ATGTCTTCCA CAAGTGCGTG AGGGACCAGG AGTTTGAGAA ATCTCGGATC 
ATTAAGTTCA CCCCTCCGGA TGCCTGCAGA GTGGAACTGA TGCGCTACAG GACAGTCTGC 
AACGCCCCCG AGCTCCCCTT TTCCTTAAAG GGTCTTGTGA CAGTCCACGG AGCGTACACA 
GAACTACAAG CCTTTTTGGT CATGTCCCCT GCTTACTCTT GCCCCCAGAA CGTAGTCGCT 
CCCATCCACT GCGAAAATGT GATGATACGC TTTCCTGTTC CCACCGACTG GGTCAAAATA 
TTCCGCACCG TGAATCTCTT CCGGCAGAAG TCTTTGAAAG CCAAAACAAA TCGCAATGTC 
CGTCTTGGTT CCATTAGCTC GACGGGTTGC GAGCCGGTGA TGCAAGTCAC CATTGGCACT 
GCCAAATACG AGCATGCCTT CAGGGCCATT GTGTGGAGGA TTGACAGGTT GCCGGATAAG 
AATGCAGCCT CCGATCACCC ACACTGCTTT TCTTGCAAAC TTGAGCTGGG TTCGGATCAG 
GAGATACCCT CCGAGTGGCA GCCCTTTGTC AACGTGGAGT TTGAGGTGCC GGACACATCA 
GCTTCCCGGA CAAAAGTGCG CTCTATGGGG ACTGAAAGTG ACATCCAGCC TGAGAAGCGC 
CTTCACCTCA AAGCTCATTA TCACTGTCAG CCCAGATTCT ATCAATCTGT TATTGAAGAT 
GTCATCAGCA ATTTACAGGA TGTTTTTGTA GAAGAGGGAA TCGATGATCA GATTCTTAAG 
GACCTAAAAC AACTTTGGGA GAATAAAATA CTCCATTCCA AAGCTGTGGA AGGCTTGGAT 
AGTGAGAATA ATCACCAAAA GATCATGTTA GATCTTCAGA AGCAAAACAC TCATCAGACT 
GTGCACACAT TAACAGCTTC CATTGTAGTA CCAGCTGGTA GAAGTATGCA GAATTTTACA 
ACAGCGGAGA TGAGCACTTC AGGAACTGCA ACCACTCTGA CCTTGCCTTC TGGAATCAGT 
CTTCCCATCC AGGTCCCTGC TGGAGTCACT TTGCAAACTG CTTCAGGTCT TATGTACAAA 
GTCAATGTCC CAGTGATGGT AACTCAAAGC GCTGGAGGTC AAAAATATTT CCAGCAGCCT 
GTTCATCATA TCATTCATCA AGTCACCCCA GTTGCAGGGC AGACATCACT TTTGCAGCAG 
AGCACAGTGT CTGGTCAAAC TGCTGCTGTT CAGAAGCCTT CCCATGACCA AGCAGCTACG 
ATCCAACAAT CTAGTTCAGG TCAGGTTTCT TCACAACAGC AGCTAATGAC AAACCAATCA 
TTTGATGTAG TTGGTCAGTC CATTTTCCAG CAGCCTGGCA TGTCGACACA ACTGTACATT 
CAACAGGCAG GTGCTGTAAA GCAGGTAGTC TTTCAACAAC ACCCTGGGAT GAAAGTGCAG 
ATGAGGCCAC CCACTGTTCA GAACCAGCCA GTTGGAACCC AAGGAACAGT TACTCAGCAA 
CAACAGCGAG TTCCTACACA ACCAAGTGGC CCGGGGCAGG CTGTGCATGA GCAAATGGCT 
ATAGGGCAAA CTCAGCAGCC GGTAACTTCA GATTTGGACA GAATTACATC AGGACAGCCA 
CTTGCACAAA ATCAAGCATC TGAACAGAAA GAGGGTGTAA ACGTCTATGT TCCTGAGCAA 
CGTGTCATCC AACAGCTTCC CCCCCAGGTG AATGAGACTT TGCTGATGGT TACAGCAGAT 
CCAGAGGAGG AGGAACATGT GTCACCCATT CCCCAGATGG ATGGCACCAA TGACACTTCC 
TCTGATGAAG AAATTGGTAA CCTGCGGGAT GTGGAGGACA CTGACATACT AGGAATTATT 
GATGTCGAAG ACCTTAAGGC TCTTGAAAGT TATGACGATG ACAGTTCTAG TGATAACTCC 
TTGAGAGACG GTCACAACGA AGAACATCAC GAAGAAGTTG AAGAAGATCC TTTGAATTCG 
GAAGACGATG TAAGTGAACA GGAGATCCCT GATCTGTTTG AGACTGATAA TGTAATTGTT 
TGCCAGTATG ACAAGATTCA CAGAAATAAA AACAGGTGGA AATTTTACCT TAAAGATGGA 
ATAATGACCT TCAATGGGAG GGATTATGTA TTCTCCAAAG CTGTCGGTGA TGCAGAGTGG 
TGA