LOC107340490 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107340490
Entrez Gene ID	107340490
Full Name	nuclear pore complex protein Nup160-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015905843.1	XP_015761329.1	nuclear pore complex protein Nup160-like

Pathways from BioSystems
Gene Ontology

The following LOC107340490 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107340490 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
OAc69312	XM_015905843.1 Latest version!	Acropora digitifera nuclear pore complex protein Nup160-like (LOC107340490), 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)

LOC107340490 ( XM_015905843.1 ) cDNA ORF clone, Acropora digitifera -> XP_015761329.1 Acropora digitifera nuclear pore complex protein Nup160-like (LOC107340490), mRNA.

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CloneID	OAc69312
Clone ID Related Accession (Same CDS sequence)	XM_015905843.1
Accession Version	XM_015905843.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3372bp) 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	nuclear pore complex protein Nup160-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441206.1) 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATGCAGC GTTTGTGGTC AGGGCTTGTT CCTTCCAGTC TTAGGAGAGA TGTGCTAGCT 
GCTGATGCTG TGGTCAGCTT AACAATTCAA CCATTTCAGA AACACATGTG TGTGTTTGCA 
CTCTGTCGAG ATCTAAAGCT TAGAGTCTGG TCCTGTCAGA ACATGGCTTG TATTTATGTC 
AAAGATCTGG TTGGGGACAT CCCTGATGAA ATAGACCTTC AAGTTTCCCC AGCTCAAGGA 
CATTTGCTTC GTAAAGTGGT TGATCCTTCA TCAGGGCAGT TTTATCTTGC ACTGTTTCTG 
TATGTTGGAG ATAACACACA GTTCTGCGTG TATGAAGTGG TACCATCAAA AGACATTTTG 
AGTTTGTCAC CTGTCTCATT CAAGTACTTT GCGAAGGAGA ATCTTGTTGA CTTTGTAGTC 
ACGCCATCTC ATCTGTGGAC AGTGTGGACT AACACAGAGG GAGATGCTGT GGTCTATTTT 
ACTGCACTTG AAGGCGGTGA AGATTCTCAG CAAGGTTGGA TAAGAGTATT TCTTCAACCC 
ACTGACCAGT TTGAAGTACA TGTTCCACCC TACAAAGAAG CCAGGGAAGT TTTTTTGGAG 
CATGTATTTT ACCCTGGAAG ATTTTCCAAT CACTCTATCC TAAAAGCCAT GCAGATTTAC 
AGGCATCTCC CCGATGAAAA TGGCAGTAAC TTGGACGAGA ATGTTTCAAG GGGAGACCTT 
AAGCATGCTG TTATCAACCT CATTGATTCT GAGATTCAAA TGTCTGCTCC AGATTCTGAG 
ATGCTTCATG ATGAGTACAG TAATTTACAG TTACACTGTT GGAACAAGTT CTTTAGTTAT 
GTTGTGCAGT ACCACCAAGT GAGCAATAAA GCCATGGGTA TTTTTGTTGA CGAAAACACA 
GGCTTGGTCA GTTTAATCAG AAAGGATATA CTGTGCTTTC TTCGACCCTG TGATGTCTTT 
GAACAGCTTC ATCTTTCCAG TGATCCTCTT GATATCAGTC TTCTATCACA AGAACCCTTT 
GCTGACAAAA CCTTGAAGAC CTGTTTCATA AGTTTTTGCA ATGTCCTTCA ACTTGTATCA 
CAGCAGCTGT CTGCAGATCA TTTGTCTGCC CTTGAAAATG ATGTTAAATA TCAGCTGAAC 
CCTGCGTTGA CAGCAGAGCA GATTGCCATT TCTCTTTTGA CAAGTGTAAG TGATGAAGAA 
CAGGAGGATT TAGATGGGAA CTCTTTGTTT GAATTTCAAC AGGAACTGGA AGCAAGTTTA 
CACAAAGTCA AGGGTGTTTT CAGATGTCTG GATTTCTTGC TTCGAGGATT GGACATTCAG 
GGTATTGTAA GAGATGCAGA ACCAGATGCT GGCTGGTCAG AAGCATATCA TGCCATGAGT 
TGTGGTCACC TGTTTAGCAG TGAGCTTTCG TTATCTCTTC TTTCAACATC TTCTCGTCAA 
ATCATTTCAT CCCGCCTGTC TGTTTGCAAA CAACTGTTGG TGCTTCTTAG TTTGATGCCA 
AAGCTCAATA TCAACAAGAT TGGTTTAGAT GTCAGAACAG CTACACAAGT GTCATCTGTG 
TACATTCCAC AAACCGTGTC CTTGCTGAAT TCATTTGTTT CTTTACATTG GATCATGGAG 
CAACTCGCCT TACCTTCACC ATCCAATGCA GTTGAATCAA ACTTAAAACA GTTGGCAGCT 
TTGGAAATAA ATGAGGGCAT GGACTCTAAG ACCCTTGTTG ATGATCCCTC TCTCACTGTT 
GCTGAGCTGT TTCTCAGTGG CATTGGAGGA AAACAACTGA GAGTGCACCT GGCCCATATC 
ATCAAGACCT CACAGGAGAT GCAAGATGAT GCTCCTGGCC CTCTGTGGTC CACATTTTTC 
AACCAAGCTG TTTACACTTT GATGGATCTT CTCTGGCCCT CTCGACAGAG TGCCCTCTTT 
CCAGAATTTC TTCTCTCCAC TCATCAGTAT CTTCACCTTC AAGAGTATGC TAATCTGATT 
TGTAATTGGT GTGACACCTG CCAATCGTCA TGGCATTTCT TGGTGGGCCA ATCACATGTA 
GTGTTAGGGG AGCACCACAA AGCCCTAGGG TATTTTCGAA AGGCTGCAAA AGGAATTGGG 
TCCAAGGATT CACTCATGAT GAAGGTGATT CAAAGTGATG TGGAAGACAC TCAAAGTCTA 
CTTGTTTTAT TTTATGTTAA GGTTATGAAG TTGTTTGAAC AATTTGATGC ACCTGAGTTT 
GTCATCCGTG CTGCCCACAT TGCCCTCAAT ATGGCTTTAC CAGATGATCC AAATATTTGC 
AATTTGTGGT CAAATATCTT CAAACATCAC CTTGAGTTAG GTCACTATGA TTTGGCATAC 
AATGCCTTGA TCACAAATCC TGATCATGTC AGACGGCGAG ATTGCCTCCA TAAGTTCATG 
GTGGTTCTTT GTGAAAGAGG TCAAACTCGA CAGCTGATTG AATATCCATT TATCAATCTA 
CAAGATGAGT TTGAGGACAT TGTGGAGTCA CATGCACGCA CTGTGGATAT TATGACACAC 
AACTATTATG ACATGCTCTA TGCATTCCAT GTTTTCAGAG GAAACTACAG AAAAGCTGGA 
GCAGCAATGT ATGAACATGC CATGAGGCTT GGACAAGAAG TGTCAGGGCT TGACAGCTTA 
CAAAAACAGG CCAAATGCTA CTTGGCTGCA ATGAATGCGC TGCATCTAGT TGACCCCAAA 
AATGCCTGGA TTGTGAAACC TTTGGACAGA GTCAACACAA CATTCTTTCT TTTGACCTTC 
AGATGTGTCA AGCTCTCACA TATTGGAAGT GGTCTAACAA GGCAAGCAGA GCAAGATGCT 
TGGGACTGGG TCTTATCCAA TGATCTTGGA GAGGCTCAGG TGTCAGGATA CAAAAGTGTT 
ACAGATCAGG CCTGGCAATT GCTAAAGTTG TACCTTGACA GGCTGGGACC ATGTGATGGT 
TATGTGTATT ATCGCTGTGT AGCTGCAAAG TTGCTGTCCT GTGGTGCAGC ACTGCCTACC 
TGGCTTGTGA ACGACTACAA GCGATTCAAT GCACCTGAGC TTCTTCGCCT GTACATCAAT 
TATGATTTGC TGCTAGAGGC TGTGCTGTTG TCTGTGGAAT ACATACAAGC TGCCCTTGGC 
AATGGCAAGG AGTATTTTGG CCTTGAGAAT GCCTTGCACG CCACAAGTCC AAGTGTGTGG 
TTGCCTTACA CTGCCATAGA TCAGTTGTTG TTGCTGTTAA AAGATGTACA GCTTGACAGC 
GAACTGGCAA AGGCACGCGA TGAACTCAAG GACCAGCTAA ACAGGTTCCA TGAACAGGTT 
GCCACAGTGT CACATGACAT GATCAACGCA CAGTGGAGAC GCGCCCAGCG AAAGTCAATA 
CCAGTGGAGT AA

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

RefSeq	XP_015761329.1
CDS	36..3407
Translation	MMQRLWSGLVPSSLRRDVLAADAVVSLTIQPFQKHMCVFALCRDLKLRVWSCQNMACIYVKDLVGDIPDEIDLQVSPAQGHLLRKVVDPSSGQFYLALFLYVGDNTQFCVYEVVPSKDILSLSPVSFKYFAKENLVDFVVTPSHLWTVWTNTEGDAVVYFTALEGGEDSQQGWIRVFLQPTDQFEVHVPPYKEAREVFLEHVFYPGRFSNHSILKAMQIYRHLPDENGSNLDENVSRGDLKHAVINLIDSEIQMSAPDSEMLHDEYSNLQLHCWNKFFSYVVQYHQVSNKAMGIFVDENTGLVSLIRKDILCFLRPCDVFEQLHLSSDPLDISLLSQEPFADKTLKTCFISFCNVLQLVSQQLSADHLSALENDVKYQLNPALTAEQIAISLLTSVSDEEQEDLDGNSLFEFQQELEASLHKVKGVFRCLDFLLRGLDIQGIVRDAEPDAGWSEAYHAMSCGHLFSSELSLSLLSTSSRQIISSRLSVCKQLLVLLSLMPKLNINKIGLDVRTATQVSSVYIPQTVSLLNSFVSLHWIMEQLALPSPSNAVESNLKQLAALEINEGMDSKTLVDDPSLTVAELFLSGIGGKQLRVHLAHIIKTSQEMQDDAPGPLWSTFFNQAVYTLMDLLWPSRQSALFPEFLLSTHQYLHLQEYANLICNWCDTCQSSWHFLVGQSHVVLGEHHKALGYFRKAAKGIGSKDSLMMKVIQSDVEDTQSLLVLFYVKVMKLFEQFDAPEFVIRAAHIALNMALPDDPNICNLWSNIFKHHLELGHYDLAYNALITNPDHVRRRDCLHKFMVVLCERGQTRQLIEYPFINLQDEFEDIVESHARTVDIMTHNYYDMLYAFHVFRGNYRKAGAAMYEHAMRLGQEVSGLDSLQKQAKCYLAAMNALHLVDPKNAWIVKPLDRVNTTFFLLTFRCVKLSHIGSGLTRQAEQDAWDWVLSNDLGEAQVSGYKSVTDQAWQLLKLYLDRLGPCDGYVYYRCVAAKLLSCGAALPTWLVNDYKRFNAPELLRLYINYDLLLEAVLLSVEYIQAALGNGKEYFGLENALHATSPSVWLPYTAIDQLLLLLKDVQLDSELAKARDELKDQLNRFHEQVATVSHDMINAQWRRAQRKSIPVE

Target ORF information:

RefSeq Version	XM_015905843.1
Organism	Acropora digitifera
Definition	Acropora digitifera nuclear pore complex protein Nup160-like (LOC107340490), mRNA.

Target ORF information:

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

XM_015905843.1

ORF Insert Sequence:

ATGATGCAGC GTTTGTGGTC AGGGCTTGTT CCTTCCAGTC TTAGGAGAGA TGTGCTAGCT 
GCTGATGCTG TGGTCAGCTT AACAATTCAA CCATTTCAGA AACACATGTG TGTGTTTGCA 
CTCTGTCGAG ATCTAAAGCT TAGAGTCTGG TCCTGTCAGA ACATGGCTTG TATTTATGTC 
AAAGATCTGG TTGGGGACAT CCCTGATGAA ATAGACCTTC AAGTTTCCCC AGCTCAAGGA 
CATTTGCTTC GTAAAGTGGT TGATCCTTCA TCAGGGCAGT TTTATCTTGC ACTGTTTCTG 
TATGTTGGAG ATAACACACA GTTCTGCGTG TATGAAGTGG TACCATCAAA AGACATTTTG 
AGTTTGTCAC CTGTCTCATT CAAGTACTTT GCGAAGGAGA ATCTTGTTGA CTTTGTAGTC 
ACGCCATCTC ATCTGTGGAC AGTGTGGACT AACACAGAGG GAGATGCTGT GGTCTATTTT 
ACTGCACTTG AAGGCGGTGA AGATTCTCAG CAAGGTTGGA TAAGAGTATT TCTTCAACCC 
ACTGACCAGT TTGAAGTACA TGTTCCACCC TACAAAGAAG CCAGGGAAGT TTTTTTGGAG 
CATGTATTTT ACCCTGGAAG ATTTTCCAAT CACTCTATCC TAAAAGCCAT GCAGATTTAC 
AGGCATCTCC CCGATGAAAA TGGCAGTAAC TTGGACGAGA ATGTTTCAAG GGGAGACCTT 
AAGCATGCTG TTATCAACCT CATTGATTCT GAGATTCAAA TGTCTGCTCC AGATTCTGAG 
ATGCTTCATG ATGAGTACAG TAATTTACAG TTACACTGTT GGAACAAGTT CTTTAGTTAT 
GTTGTGCAGT ACCACCAAGT GAGCAATAAA GCCATGGGTA TTTTTGTTGA CGAAAACACA 
GGCTTGGTCA GTTTAATCAG AAAGGATATA CTGTGCTTTC TTCGACCCTG TGATGTCTTT 
GAACAGCTTC ATCTTTCCAG TGATCCTCTT GATATCAGTC TTCTATCACA AGAACCCTTT 
GCTGACAAAA CCTTGAAGAC CTGTTTCATA AGTTTTTGCA ATGTCCTTCA ACTTGTATCA 
CAGCAGCTGT CTGCAGATCA TTTGTCTGCC CTTGAAAATG ATGTTAAATA TCAGCTGAAC 
CCTGCGTTGA CAGCAGAGCA GATTGCCATT TCTCTTTTGA CAAGTGTAAG TGATGAAGAA 
CAGGAGGATT TAGATGGGAA CTCTTTGTTT GAATTTCAAC AGGAACTGGA AGCAAGTTTA 
CACAAAGTCA AGGGTGTTTT CAGATGTCTG GATTTCTTGC TTCGAGGATT GGACATTCAG 
GGTATTGTAA GAGATGCAGA ACCAGATGCT GGCTGGTCAG AAGCATATCA TGCCATGAGT 
TGTGGTCACC TGTTTAGCAG TGAGCTTTCG TTATCTCTTC TTTCAACATC TTCTCGTCAA 
ATCATTTCAT CCCGCCTGTC TGTTTGCAAA CAACTGTTGG TGCTTCTTAG TTTGATGCCA 
AAGCTCAATA TCAACAAGAT TGGTTTAGAT GTCAGAACAG CTACACAAGT GTCATCTGTG 
TACATTCCAC AAACCGTGTC CTTGCTGAAT TCATTTGTTT CTTTACATTG GATCATGGAG 
CAACTCGCCT TACCTTCACC ATCCAATGCA GTTGAATCAA ACTTAAAACA GTTGGCAGCT 
TTGGAAATAA ATGAGGGCAT GGACTCTAAG ACCCTTGTTG ATGATCCCTC TCTCACTGTT 
GCTGAGCTGT TTCTCAGTGG CATTGGAGGA AAACAACTGA GAGTGCACCT GGCCCATATC 
ATCAAGACCT CACAGGAGAT GCAAGATGAT GCTCCTGGCC CTCTGTGGTC CACATTTTTC 
AACCAAGCTG TTTACACTTT GATGGATCTT CTCTGGCCCT CTCGACAGAG TGCCCTCTTT 
CCAGAATTTC TTCTCTCCAC TCATCAGTAT CTTCACCTTC AAGAGTATGC TAATCTGATT 
TGTAATTGGT GTGACACCTG CCAATCGTCA TGGCATTTCT TGGTGGGCCA ATCACATGTA 
GTGTTAGGGG AGCACCACAA AGCCCTAGGG TATTTTCGAA AGGCTGCAAA AGGAATTGGG 
TCCAAGGATT CACTCATGAT GAAGGTGATT CAAAGTGATG TGGAAGACAC TCAAAGTCTA 
CTTGTTTTAT TTTATGTTAA GGTTATGAAG TTGTTTGAAC AATTTGATGC ACCTGAGTTT 
GTCATCCGTG CTGCCCACAT TGCCCTCAAT ATGGCTTTAC CAGATGATCC AAATATTTGC 
AATTTGTGGT CAAATATCTT CAAACATCAC CTTGAGTTAG GTCACTATGA TTTGGCATAC 
AATGCCTTGA TCACAAATCC TGATCATGTC AGACGGCGAG ATTGCCTCCA TAAGTTCATG 
GTGGTTCTTT GTGAAAGAGG TCAAACTCGA CAGCTGATTG AATATCCATT TATCAATCTA 
CAAGATGAGT TTGAGGACAT TGTGGAGTCA CATGCACGCA CTGTGGATAT TATGACACAC 
AACTATTATG ACATGCTCTA TGCATTCCAT GTTTTCAGAG GAAACTACAG AAAAGCTGGA 
GCAGCAATGT ATGAACATGC CATGAGGCTT GGACAAGAAG TGTCAGGGCT TGACAGCTTA 
CAAAAACAGG CCAAATGCTA CTTGGCTGCA ATGAATGCGC TGCATCTAGT TGACCCCAAA 
AATGCCTGGA TTGTGAAACC TTTGGACAGA GTCAACACAA CATTCTTTCT TTTGACCTTC 
AGATGTGTCA AGCTCTCACA TATTGGAAGT GGTCTAACAA GGCAAGCAGA GCAAGATGCT 
TGGGACTGGG TCTTATCCAA TGATCTTGGA GAGGCTCAGG TGTCAGGATA CAAAAGTGTT 
ACAGATCAGG CCTGGCAATT GCTAAAGTTG TACCTTGACA GGCTGGGACC ATGTGATGGT 
TATGTGTATT ATCGCTGTGT AGCTGCAAAG TTGCTGTCCT GTGGTGCAGC ACTGCCTACC 
TGGCTTGTGA ACGACTACAA GCGATTCAAT GCACCTGAGC TTCTTCGCCT GTACATCAAT 
TATGATTTGC TGCTAGAGGC TGTGCTGTTG TCTGTGGAAT ACATACAAGC TGCCCTTGGC 
AATGGCAAGG AGTATTTTGG CCTTGAGAAT GCCTTGCACG CCACAAGTCC AAGTGTGTGG 
TTGCCTTACA CTGCCATAGA TCAGTTGTTG TTGCTGTTAA AAGATGTACA GCTTGACAGC 
GAACTGGCAA AGGCACGCGA TGAACTCAAG GACCAGCTAA ACAGGTTCCA TGAACAGGTT 
GCCACAGTGT CACATGACAT GATCAACGCA CAGTGGAGAC GCGCCCAGCG AAAGTCAATA 
CCAGTGGAGT AA