LOC101846809 cDNA ORF clone, Aplysia californica(California sea hare)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101846809
Entrez Gene ID	101846809
Full Name	anoctamin-8-like
Gene Type	protein-coding
Organism	Aplysia californica(California sea hare)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005096843.2	XP_005096900.1	anoctamin-8-like

Pathways from BioSystems
Gene Ontology

The following LOC101846809 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101846809 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
OAp149530	XM_005096843.2 Latest version!	Aplysia californica anoctamin-8-like (LOC101846809), 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)

LOC101846809 ( XM_005096843.2 ) cDNA ORF clone, Aplysia californica(California sea hare) -> XP_005096900.1 Aplysia californica anoctamin-8-like (LOC101846809), mRNA.

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CloneID	OAp149530
Clone ID Related Accession (Same CDS sequence)	XM_005096843.2
Accession Version	XM_005096843.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3735bp) 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	2015-07-06
Organism	Aplysia californica(California sea hare)
Product	anoctamin-8-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004797409.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 7, 2015 this sequence version replaced XM_005096843.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aplysia californica Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTCTGA ATATGTTTGC CGAAGAGAGA GATGAGAGGA GATCTGACCG GCAACGAGAG 
GGGAATTCCT ACAGTTCTTT ACGCAATCGC ATTCCTTACA GACTACTTGG GAGGAGGTCC 
CTTGGAGCAA AGAGGTTAGT TGTCTCCAGC AAAGTACTGT TGCCGGCCAT CCCCACAGAG 
AACTGTGACG TGGTCCTCAC ATTTCCAGCA AACACTGAAG ATGCTACTCT CATGTGGCTG 
CTTGCTCGTT TCAAGTCTCG AGCTCCAGCC ATTACAGTCC ATGTCCGACA CCATAGCCAT 
ACGGGAATTT ATGGCTTCTA TCTTACAGCT CCATATGACA ACCTCTTACA GGGAGCTGAA 
GAAATTGGTC TCCTTAAGCC GCTGAAGTCA GAGTATGGTG GAGGAATGAA AGAATTCATT 
TACGAAGACC ACGACTGTTT TGCTGGTATT GAGGATGAGG GCACATTCCT CACTAGTCAG 
GAGCGCCAGA GCATTGTCCT CCACTTTTTG CATGAGTTGA GAGCTACGGG TGATGATTCG 
CTCGCCGGGA TCAACTTTGT TGAGGGCCAG GCAATAGTAC CATTGCTGAT CACAAAGAAG 
GTTGTGTGGC AAGTCTTTCC CTTACACAGC AACCAAGATC TCAAGGAGCT GAGAAAGAAC 
TGGGTCCAAG CCATATTTTC GACTCAACCT CTCGATTTGG TTTGCCGGTA CTTTGGGGTG 
AAAATTGGCC TCTACTTTGC ATACCTGGGT CACTATACAA CATGGCTTTT ACTACCAACC 
TTGATTGGAA TCCTCATCTT TTTGTTCCAA GGGTCCAGCC AGTTTGCAGA GGATTTGTGT 
TTCGTTGGCT TTGCACTCTT CAATGTCGTG TGGGCGACTT TGTACATCAA GTTTTGGAAA 
AGAGCGTCGA CAGAGTATTG CTACCGCTGG GGTACCCTTG AGAAGAAAGA TGAAATGCTG 
AAAGATCCAA GGCCTCTTTT CACTGGCGAC TTGGTTAAGA GCCCTGTGAC TGGTCACTTG 
GAGCTGCACT ATCCGGCTTG GAAGAGGCTA CTATTTCGCT ACTGCATCAC CATGCCAGTC 
ATTGGTTTGT GTCTGGTCCT CGTCTTTGTC TTCATGCTGC TGTGTTTCGA GCTGCAGGAA 
TTGGTGAATG AACTGATCGG AGAGGAAGAG CTGCCGTATG TGTTCAGCTT TGTGCCGAAA 
GTTTTGCTTG CTGTTGTGGT GTCTATCTTT GACGAGGTCT ACAAACAGAT TGCCATTTGG 
CTTACCCACA AGGAAAATTA CAGACTTGAG GAATCCTATG AGACTAGCCT GGTGATCAAG 
ATGATTTTGT TTCAGTTTGT GAATTCATTT CTGTCCCTGT TCTACATTGG CATATACCTC 
AGTGACATGG ATCGTTTGAG AGATCAACTT GCTGCACTGC TGATCACCAG ACAGGTTTTA 
GGCAATCTGA AGGAAGCATT CATGCCTTAT GTTGTCTGGA AGGCACGTTT GTACAGTGTT 
GGTTATCGCA TGGCAACCAG AATGTCCCCA GCTTCTGTAG AGAAAGAGGT TAAGAGGATG 
ACGGCTCGAT CTCGACGTGT GGACTCTACT GCCTCGAAAG CAGCAAAAGC CAAAGATCAT 
CAGAAAAAGA AGAATGCTGA TGGGGCCAAA AGCTCTGACA GTGAGAGCAG CCTTTTGACT 
GAGGAAGAGG ATGATGGGCT GCCCACACTC ACGCAAGCTG AAGTGGAGAG TGCCATGAGA 
AAGTATGAAG ATACGTTGGA TGACTTCTTG GAGATGAGCA TTCAGTTTGG ATACATCACT 
TTATTCTCTC CGGCCTTTCC TTTGGCTGCT CTGTGTGCCT TGTTGAACAA CATCATAGAG 
ATCCGCTCCG ATGCTTTCAA GCTTTGCCTT AATCATCAGA GACCTTTTGG CCGAAGGGTG 
GACAGCATAG GCATTTGGCA GGATGTGTTG GTCGTGATCA GTATATTGGC AATCATTGTG 
AACTGTGCAC TAGTGGGAAC CTCCGGTTTG CTGCAACGAA TGTATCCAGG TCTTAGCACC 
ACAGTGTATT TTCTCATCAT AGTCATCATT GAGCACCTGA TCATCGCCAT GAAAGTTGCC 
TTGTCCCGCT CCATCCCTGA TCTTCCTCCA ACAGTTGCTA CAGAAATGGC AAGACTTGAG 
TATCAGCGCA CTGAGGCTCT CAAGCAACTT GTATTGCAAG CAACTCCAAA CCAAGTCGGT 
GGCAACCTCC TATCTCACTA TTCTGGCAGT CCAAACCTGA GAAGGAAGAA AACAAGTGAG 
TCTGTAAGTT CAGAACAAAG CAGCAGGGAG GACTCGCCTC CCGTGAAAAC ATCAGCTGCC 
CCAAAAAATT TTTCGGCCCC GACTGTCATT ACCCCAACCA GTTCAACTCC TCGGCCAGCA 
GATATTCCTC TGGCAGCATC TTCCACTCCG GCTAGCTCCT CCCCACACAT TATGAGACCC 
AAGATTCCGC CTCGGTCCTC ATTGCAGACT TCAACCTCTT CCACATCCTC CAACCCCTTC 
CTCACCAATG TGTCTTCCAC CCATTCAGAT GTCGCTGAAA AAGTTGTGGC AGCTGCAATG 
CACCCGATGT TTGATTACTC GGACATCACT AGCTCAAGCA ATTCCAGTTC GAGATTGATG 
CCACCACCTC CTCCTCCACC TCCACCTTCA GCCTCTGGCG CATCGCTGTC TACAGCTTCT 
CCACTCTCCC GGAGAACACA TGCATATCCG CCTATCAAGA GCGATAGTGG GAATAGCGGG 
GTGGTCAGGA AACTAGTGCG GAGTCGGGCT GAGTTGGAAG TACGGCGTCG TAGATCAGAG 
CCTGTATCGT CAGCTGTGAC CGAAGCCCTA AACGCTCAGC AGAGAGCTGG AGATGACAGT 
GGACTGCAGA GGAAAAGCAT TTATGAAAAC AGAGAAGACC TCAGCCAGCG TGAAGAAAGT 
AAAAAGCAGC TGAACAGCAC CGCCTTGAGA GCAGATATCA GGAAGAGTCG GGAAAAATTA 
AACTACACCT TGGAAGATGT CAGCGAAAAA CATAAGAAGA GATCTGAGTC TCCAGTTTTG 
TTTGCACCTA AGGCAAATGC TTCTCGACTG GCAGCTGGGT TAACATCTCT ACCACCAAGC 
ATTCCTGCAA GCTCTTCCGC CCTCTCTTCT CATCACAGAT ACTGTCACTC ACCCAGATTG 
TTGAGAGGGG GTGCTTTAGG AGACCCTTCA CCTTTGGCCC TAAAAGTTCT CACTCGGAAA 
TCGAGATCTT TCTCCAGTGC TGATGTCACA GAGGCGCGCC AGGCATTTCG TGATAGAATG 
TCATGGCGGG GTGAGCTTCC TGTTGTTGGC AGAGCTGTTG TCTCAGAAAA ATCTCCTCTT 
TCTGTAGACA GTAAAAAGGA AAAGTCGGAA GAAACTGAAG TTGAAAAAAT AAAGTCATCT 
TCCGAGTTTG GCAAAAAATT TGATGAGAGC TCTCGAGTAG AAATGTCAAG TAGGGAAACA 
GGTGAAACTG GTAGTAGAAA GGAGGTGAAT GAATCAAGTG TTAATGTTGA GGCGGAACCA 
AGAGTTTCTG AGATTTTGAA CAAGGACATA CAAGAAGGAG AGAGCGATAA AGAAGGTGAC 
AAAAGAAAGA GAGTACCTTC CAAGGAAAGA TCTGACTCTA GATTTACTTT CTTTAACCGT 
GCTGTTAGAG AAAATGCAAG CAAGCCGCTT AGCATTTCTC CACACAGGGG GGAGTCTAAA 
AAAGAAAAAA AGTGA

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

RefSeq	XP_005096900.1
CDS	100..3834
Translation	MRLNMFAEERDERRSDRQREGNSYSSLRNRIPYRLLGRRSLGAKRLVVSSKVLLPAIPTENCDVVLTFPANTEDATLMWLLARFKSRAPAITVHVRHHSHTGIYGFYLTAPYDNLLQGAEEIGLLKPLKSEYGGGMKEFIYEDHDCFAGIEDEGTFLTSQERQSIVLHFLHELRATGDDSLAGINFVEGQAIVPLLITKKVVWQVFPLHSNQDLKELRKNWVQAIFSTQPLDLVCRYFGVKIGLYFAYLGHYTTWLLLPTLIGILIFLFQGSSQFAEDLCFVGFALFNVVWATLYIKFWKRASTEYCYRWGTLEKKDEMLKDPRPLFTGDLVKSPVTGHLELHYPAWKRLLFRYCITMPVIGLCLVLVFVFMLLCFELQELVNELIGEEELPYVFSFVPKVLLAVVVSIFDEVYKQIAIWLTHKENYRLEESYETSLVIKMILFQFVNSFLSLFYIGIYLSDMDRLRDQLAALLITRQVLGNLKEAFMPYVVWKARLYSVGYRMATRMSPASVEKEVKRMTARSRRVDSTASKAAKAKDHQKKKNADGAKSSDSESSLLTEEEDDGLPTLTQAEVESAMRKYEDTLDDFLEMSIQFGYITLFSPAFPLAALCALLNNIIEIRSDAFKLCLNHQRPFGRRVDSIGIWQDVLVVISILAIIVNCALVGTSGLLQRMYPGLSTTVYFLIIVIIEHLIIAMKVALSRSIPDLPPTVATEMARLEYQRTEALKQLVLQATPNQVGGNLLSHYSGSPNLRRKKTSESVSSEQSSREDSPPVKTSAAPKNFSAPTVITPTSSTPRPADIPLAASSTPASSSPHIMRPKIPPRSSLQTSTSSTSSNPFLTNVSSTHSDVAEKVVAAAMHPMFDYSDITSSSNSSSRLMPPPPPPPPPSASGASLSTASPLSRRTHAYPPIKSDSGNSGVVRKLVRSRAELEVRRRRSEPVSSAVTEALNAQQRAGDDSGLQRKSIYENREDLSQREESKKQLNSTALRADIRKSREKLNYTLEDVSEKHKKRSESPVLFAPKANASRLAAGLTSLPPSIPASSSALSSHHRYCHSPRLLRGGALGDPSPLALKVLTRKSRSFSSADVTEARQAFRDRMSWRGELPVVGRAVVSEKSPLSVDSKKEKSEETEVEKIKSSSEFGKKFDESSRVEMSSRETGETGSRKEVNESSVNVEAEPRVSEILNKDIQEGESDKEGDKRKRVPSKERSDSRFTFFNRAVRENASKPLSISPHRGESKKEKK

Target ORF information:

RefSeq Version	XM_005096843.2
Organism	Aplysia californica(California sea hare)
Definition	Aplysia californica anoctamin-8-like (LOC101846809), mRNA.

Target ORF information:

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

XM_005096843.2

ORF Insert Sequence:

ATGCGTCTGA ATATGTTTGC CGAAGAGAGA GATGAGAGGA GATCTGACCG GCAACGAGAG 
GGGAATTCCT ACAGTTCTTT ACGCAATCGC ATTCCTTACA GACTACTTGG GAGGAGGTCC 
CTTGGAGCAA AGAGGTTAGT TGTCTCCAGC AAAGTACTGT TGCCGGCCAT CCCCACAGAG 
AACTGTGACG TGGTCCTCAC ATTTCCAGCA AACACTGAAG ATGCTACTCT CATGTGGCTG 
CTTGCTCGTT TCAAGTCTCG AGCTCCAGCC ATTACAGTCC ATGTCCGACA CCATAGCCAT 
ACGGGAATTT ATGGCTTCTA TCTTACAGCT CCATATGACA ACCTCTTACA GGGAGCTGAA 
GAAATTGGTC TCCTTAAGCC GCTGAAGTCA GAGTATGGTG GAGGAATGAA AGAATTCATT 
TACGAAGACC ACGACTGTTT TGCTGGTATT GAGGATGAGG GCACATTCCT CACTAGTCAG 
GAGCGCCAGA GCATTGTCCT CCACTTTTTG CATGAGTTGA GAGCTACGGG TGATGATTCG 
CTCGCCGGGA TCAACTTTGT TGAGGGCCAG GCAATAGTAC CATTGCTGAT CACAAAGAAG 
GTTGTGTGGC AAGTCTTTCC CTTACACAGC AACCAAGATC TCAAGGAGCT GAGAAAGAAC 
TGGGTCCAAG CCATATTTTC GACTCAACCT CTCGATTTGG TTTGCCGGTA CTTTGGGGTG 
AAAATTGGCC TCTACTTTGC ATACCTGGGT CACTATACAA CATGGCTTTT ACTACCAACC 
TTGATTGGAA TCCTCATCTT TTTGTTCCAA GGGTCCAGCC AGTTTGCAGA GGATTTGTGT 
TTCGTTGGCT TTGCACTCTT CAATGTCGTG TGGGCGACTT TGTACATCAA GTTTTGGAAA 
AGAGCGTCGA CAGAGTATTG CTACCGCTGG GGTACCCTTG AGAAGAAAGA TGAAATGCTG 
AAAGATCCAA GGCCTCTTTT CACTGGCGAC TTGGTTAAGA GCCCTGTGAC TGGTCACTTG 
GAGCTGCACT ATCCGGCTTG GAAGAGGCTA CTATTTCGCT ACTGCATCAC CATGCCAGTC 
ATTGGTTTGT GTCTGGTCCT CGTCTTTGTC TTCATGCTGC TGTGTTTCGA GCTGCAGGAA 
TTGGTGAATG AACTGATCGG AGAGGAAGAG CTGCCGTATG TGTTCAGCTT TGTGCCGAAA 
GTTTTGCTTG CTGTTGTGGT GTCTATCTTT GACGAGGTCT ACAAACAGAT TGCCATTTGG 
CTTACCCACA AGGAAAATTA CAGACTTGAG GAATCCTATG AGACTAGCCT GGTGATCAAG 
ATGATTTTGT TTCAGTTTGT GAATTCATTT CTGTCCCTGT TCTACATTGG CATATACCTC 
AGTGACATGG ATCGTTTGAG AGATCAACTT GCTGCACTGC TGATCACCAG ACAGGTTTTA 
GGCAATCTGA AGGAAGCATT CATGCCTTAT GTTGTCTGGA AGGCACGTTT GTACAGTGTT 
GGTTATCGCA TGGCAACCAG AATGTCCCCA GCTTCTGTAG AGAAAGAGGT TAAGAGGATG 
ACGGCTCGAT CTCGACGTGT GGACTCTACT GCCTCGAAAG CAGCAAAAGC CAAAGATCAT 
CAGAAAAAGA AGAATGCTGA TGGGGCCAAA AGCTCTGACA GTGAGAGCAG CCTTTTGACT 
GAGGAAGAGG ATGATGGGCT GCCCACACTC ACGCAAGCTG AAGTGGAGAG TGCCATGAGA 
AAGTATGAAG ATACGTTGGA TGACTTCTTG GAGATGAGCA TTCAGTTTGG ATACATCACT 
TTATTCTCTC CGGCCTTTCC TTTGGCTGCT CTGTGTGCCT TGTTGAACAA CATCATAGAG 
ATCCGCTCCG ATGCTTTCAA GCTTTGCCTT AATCATCAGA GACCTTTTGG CCGAAGGGTG 
GACAGCATAG GCATTTGGCA GGATGTGTTG GTCGTGATCA GTATATTGGC AATCATTGTG 
AACTGTGCAC TAGTGGGAAC CTCCGGTTTG CTGCAACGAA TGTATCCAGG TCTTAGCACC 
ACAGTGTATT TTCTCATCAT AGTCATCATT GAGCACCTGA TCATCGCCAT GAAAGTTGCC 
TTGTCCCGCT CCATCCCTGA TCTTCCTCCA ACAGTTGCTA CAGAAATGGC AAGACTTGAG 
TATCAGCGCA CTGAGGCTCT CAAGCAACTT GTATTGCAAG CAACTCCAAA CCAAGTCGGT 
GGCAACCTCC TATCTCACTA TTCTGGCAGT CCAAACCTGA GAAGGAAGAA AACAAGTGAG 
TCTGTAAGTT CAGAACAAAG CAGCAGGGAG GACTCGCCTC CCGTGAAAAC ATCAGCTGCC 
CCAAAAAATT TTTCGGCCCC GACTGTCATT ACCCCAACCA GTTCAACTCC TCGGCCAGCA 
GATATTCCTC TGGCAGCATC TTCCACTCCG GCTAGCTCCT CCCCACACAT TATGAGACCC 
AAGATTCCGC CTCGGTCCTC ATTGCAGACT TCAACCTCTT CCACATCCTC CAACCCCTTC 
CTCACCAATG TGTCTTCCAC CCATTCAGAT GTCGCTGAAA AAGTTGTGGC AGCTGCAATG 
CACCCGATGT TTGATTACTC GGACATCACT AGCTCAAGCA ATTCCAGTTC GAGATTGATG 
CCACCACCTC CTCCTCCACC TCCACCTTCA GCCTCTGGCG CATCGCTGTC TACAGCTTCT 
CCACTCTCCC GGAGAACACA TGCATATCCG CCTATCAAGA GCGATAGTGG GAATAGCGGG 
GTGGTCAGGA AACTAGTGCG GAGTCGGGCT GAGTTGGAAG TACGGCGTCG TAGATCAGAG 
CCTGTATCGT CAGCTGTGAC CGAAGCCCTA AACGCTCAGC AGAGAGCTGG AGATGACAGT 
GGACTGCAGA GGAAAAGCAT TTATGAAAAC AGAGAAGACC TCAGCCAGCG TGAAGAAAGT 
AAAAAGCAGC TGAACAGCAC CGCCTTGAGA GCAGATATCA GGAAGAGTCG GGAAAAATTA 
AACTACACCT TGGAAGATGT CAGCGAAAAA CATAAGAAGA GATCTGAGTC TCCAGTTTTG 
TTTGCACCTA AGGCAAATGC TTCTCGACTG GCAGCTGGGT TAACATCTCT ACCACCAAGC 
ATTCCTGCAA GCTCTTCCGC CCTCTCTTCT CATCACAGAT ACTGTCACTC ACCCAGATTG 
TTGAGAGGGG GTGCTTTAGG AGACCCTTCA CCTTTGGCCC TAAAAGTTCT CACTCGGAAA 
TCGAGATCTT TCTCCAGTGC TGATGTCACA GAGGCGCGCC AGGCATTTCG TGATAGAATG 
TCATGGCGGG GTGAGCTTCC TGTTGTTGGC AGAGCTGTTG TCTCAGAAAA ATCTCCTCTT 
TCTGTAGACA GTAAAAAGGA AAAGTCGGAA GAAACTGAAG TTGAAAAAAT AAAGTCATCT 
TCCGAGTTTG GCAAAAAATT TGATGAGAGC TCTCGAGTAG AAATGTCAAG TAGGGAAACA 
GGTGAAACTG GTAGTAGAAA GGAGGTGAAT GAATCAAGTG TTAATGTTGA GGCGGAACCA 
AGAGTTTCTG AGATTTTGAA CAAGGACATA CAAGAAGGAG AGAGCGATAA AGAAGGTGAC 
AAAAGAAAGA GAGTACCTTC CAAGGAAAGA TCTGACTCTA GATTTACTTT CTTTAACCGT 
GCTGTTAGAG AAAATGCAAG CAAGCCGCTT AGCATTTCTC CACACAGGGG GGAGTCTAAA 
AAAGAAAAAA AGTGA