TBC1D8 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	TBC1D8
Entrez Gene ID	105405773
Full Name	TBC1 domain family member 8
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011583680.1	XP_011581982.1	TBC1 domain family member 8

Pathways from BioSystems
Gene Ontology

The following TBC1D8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TBC1D8 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
OAq21155	XM_011583680.1 Latest version!	Aquila chrysaetos canadensis TBC1 domain family, member 8 (with GRAM domain) (TBC1D8), 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)

TBC1D8 ( XM_011583680.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011581982.1 Aquila chrysaetos canadensis TBC1 domain family, member 8 (with GRAM domain) (TBC1D8), mRNA.

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CloneID	OAq21155
Clone ID Related Accession (Same CDS sequence)	XM_011583680.1
Accession Version	XM_011583680.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3789bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	TBC1 domain family member 8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950913.1) 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 :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 12% of CDS bases ##RefSeq-Attributes-END##

ATGTCGCAGA AAGAAGGGGC TTCCATGCAT AGGCCATTGA AGCAAAAACT AAAAGGTGGT 
GCAAAAGCAA AGGAGATGAT AGACAATACA AGTGCATCTG TTCTGCCAAC CCGCCATGAG 
GGAAATCGCC CTCGGCTCCT GCTGTACGAA CCATTCTCTT TTTTTGATGT TATGTCAGCA 
CTTGTGTCTC GCAACAATCA GAAGTTTCTA GAGGATGTGG AACTGCTTTG TTCCCTGTCT 
GTTAAGCGTG ACTATAAAAG CCCAAGTCCA CAATGCTGCC AGTTCAATGA AACCGAAAGC 
TGCAGCTCCC CACGGCTGGT TCGAAATCCT CAGGAGGTGA GCAGAAATGG TGGTTCCTCC 
CTACACCTTC TGCCGCACCG CCGTGCCCAG CCCCGGCACC ACCAGCAGCC CCGGCACGCT 
CACCCCGACG CTGCTCGGGT GTTGGCGCTA ATTCTCTTTA CCCCCTTTTT CTTTGCAGGT 
CGCTTGGTTG GTGCCCTGGA CGCTGTGTTA GACTCTAACG CACGCGTCGC TCCGTTTCGA 
ATTTTACTCC AAGTTCCAGG CTCACAGGTT TACTCTGCCA TTGCATGTGG TGCCACTGCA 
GAGGAGATAA ACCAGCACTG GGAATGGCTG GAACAAAACT TGCTCCATAC TTTGTCTGTG 
TTTGACAATA AAGAAGATAT TGTTAGCTTT GTCAAAGGGA AAGTGAAGGC ACTGATTGCA 
GAGGAAACAA GCAGCAAGCT TGCCGAGCAG GAGGAAGACC CCGAGAAGTT CCGAGAAGCC 
CTGGTGAAAT TTGAATCCAG ATTTAATTTT CCTGAAGCAG AGAAGTTGAT CACCTATTAT 
TCCTGTTGCT GTTGGAAAGG AAAAGTTCCT CGGCAAGGCT GGCTTTATTT GAGCATCAAT 
CATCTCTGTT TTTATTCCTT TTTCCTGGGC AAAGAATTGA AACTTATCAT TCCTTGGGTT 
GAGGTCCAGA AGCTGGAAAG AACGTCCAAC GTCTTCATGA CCGACACGGT CCGTGTCACC 
ACTCCAAATA AAGAGCGTGA CTTCTCCACA TTCCTCAATA TTGCTGAGGC TTTCAGGATC 
ATGGAGCAAC TGGCAGATGT GACGCTCCGA AGGCTACTGG ATAATGAGAT CTTTGAACTG 
GATCCAGGCC TGCAGGATCC TACTCAGATT ACCAAGAGGG ATCTTGAAGC CAGAGCACAG 
AATGAATTCT TTCGGGCCTT CTTCAGATTG CCCAGGAAGG AGAAGCTGCA TGAAGTTGTA 
GACTGTTCTC TCTGGACGCC GTTTAGTCGC TGTCACACAG CGGGAAGGAT GTATACTTCA 
GACAGTTATA TCTGTTTTGC CAGCAAAGAA AATGGCTGCT GCAATGTTAT CATCCCACTT 
AGAGAGGTAA TCAGTATAGA GAAGATGGAG GACACAAGCC TTCTCCCTAA TCCCATCATT 
GTTAGCATAA GGAGCAAGAC AGCCTTTCAG TTCATTGAGC TGAAGGACCG GGATACTTTG 
GTGGAGAACC TGCTCCAGAG GCTAAAAGAA GTGAACTCCA GCAACCCAGT GCACTGTAAC 
AACTTGCAAA ATAAGAACCA GAACAGTCCT GCCTTTGGAT CCGCGTGCGT GCTCAAGGAT 
GGTGAGCCTG CGCATCTGGG AGCGGAGGCT TCGCAAGGCA AGGAGAGAAG CGAATGTGGG 
AAGGAGAGCA GTTATTTGCT CAATGCAGAA GCACTAAGGT CGGACTTCCA TCAGTCAGGA 
ATGGCAGGCC TTGATTTTGG AAAGTCTAGG GAGCAAATCA AAGAGAGCCT GTGGGATGAC 
CATTTTGTAG AATATGGCAG AACCGTGTGC ATGTTTCGCA CAGAGAAGAT CAGAAAACTT 
GTTGCTATGG GAATCCCTGA ATCCTTAAGA GGCAAACTCT GGCTGCTCTT CTCAGACGCC 
GTGACGGATC TCGCCTCGCA TCCCGGTTAC TACGTACATT TGGTGGAGGC GTCCATGGGC 
AAGTGCTGTA TGGCGACAGA GGAGATCGAG CGTGACCTCC ACCGCTCGCT GCCCGAGCAC 
CCTGCCTTCC AGAGCGAGAC GGGGATAGCC GCCCTCAGAA GGGTGCTCAC GGCGTACGCG 
CACAGGAACC CCAAAATAGG ATACTGCCAG TCTATGAATA TTTTGACCTC CGTGTTGCTG 
TTGTACGCCA AAGAGGAAGA AGCCTTTTGG CTCCTGGTTG CTGTGTGTGA GCGAATGCTG 
CCGGATTACT TCAACCACCG AGTGATAGGT GCTCAGGTAG ACCAGTCGGT GTTTGAAGAG 
CTTATAAAAG AGCAACTTCC AGAGCTGGCT GAACATATGA AGGATCTGAC AACCTTAGCT 
TCCATCTCTC TTTCGTGGTT CCTTACCCTT TTCCTTAGCA TCATGCCGCT GGAAAGTGCT 
GTGAATGTTG TGGACTGCTT CTTCTATGAT GGGATCAAAG CCATTTTCCA GCTGGGCTTG 
GCCATACTGG AAGCCAACGC CGTGGATCTG TGTAACAGCA AGGACGATGG GCAGGCCCTG 
ATGATCCTGA GCAGGTTTTT AGAACATGTC AAAAATGAGG AAAGCCCTCT GCCACCTATT 
GGTAATCACC ATGCGTTCTT CAGCGATGAC CTGGAAGCCT CTCCGGTGAC TGAAATAGCT 
AACCTGATTC ATGACTCCTA TGAGAAATTT GGAGACCACT CTGTGGCACA GATAGAGCAC 
ATGCGCTACA AACACCGAAT CCGTGTCCTG CAGAGCCACG AAGACACAAC CAAGCAAAAT 
GTGCTCCGAG TTGTCATCCC AGATGTTTCG ATTCTTCCTG AAGATTTAGA GGAATTGTAT 
GACTTGTTCA AGAGGGAACA TTTAATAAGG TGTTACTGGG AAATGACGAG TCCGGTCGCC 
GAGCGACACG ACCCCAGCAG ACCGTACGCC GAGCAGTACC GCATCGATGC CCAGCAGTTC 
GCCAACCTGT ACAGGCTGGT CTCGCCCTGG ACCTGCGGGG AGCACACCGA CGTCCTCGCC 
CAAAGGACGT TCCGGCTCCT GGATGAGAAC ATGGACCGGC TGATTGAATT CAAGGGGCTC 
GCCAGCTGCT TAGATGTTAT GTATAATGGA GAAATGAATG AAAAGATAAA GCTACTATAT 
AAGCTGCATA TCCCACCGGC TCTCACAGAA AATGAACGGG ACAGCCAGTC ACCATTAAAG 
AATCCTTTGC TGTCAACTTC AAGACCACTA GTCATTGGAA AATCAAATGG TGATGCAGTA 
GATTACCAAA AGCAGTTGAA GCAGATGCTG AAGGATCTAG CCAAAGAAAA GGATACTAAA 
ACTGAAAAAG AATTGCCAAA AATGAGCCAG AGGGAGTTCA TTCAGTTCTG CAAAACCTTG 
TATAGCATGT TTCATGAAGA TCCAGAGGAG AATGATTTGT ATCAAGCCAT TGCCACTGTG 
ACCACACTGT TACTTCAGAT TGGAGAAGTA GGACAAAGAA GCATCAGCCT GGGGAGCGGA 
TCAGACGAGT TCACTGAGGA CTTGCAGCCC GAGGCCTCTG CTTCAGACCA GGATGCTGTT 
TTTACTGACA CTGTGAAGAC CCCTCACAAA GACTCTCGAC CTTCACCTGT GACTGAAGGG 
GACTGGACTG TCTCTTTTGA ACATATTTTA GCATCCCTCT TGACTGAACA GTCGTTAGTT 
AACTTCTTTG AAAAACCCTT AGAACTGAAG CCAAAACTTG AGAATGCAAA GCTAAATCAG 
TACAGTCTCA AAACAAATGG AATGAGCTGC CAGTCACGGG GTGAACAGAC AAAACTAAAC 
GCACAGTAG

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

RefSeq	XP_011581982.1
CDS	1..3789
Translation	MSQKEGASMHRPLKQKLKGGAKAKEMIDNTSASVLPTRHEGNRPRLLLYEPFSFFDVMSALVSRNNQKFLEDVELLCSLSVKRDYKSPSPQCCQFNETESCSSPRLVRNPQEVSRNGGSSLHLLPHRRAQPRHHQQPRHAHPDAARVLALILFTPFFFAGRLVGALDAVLDSNARVAPFRILLQVPGSQVYSAIACGATAEEINQHWEWLEQNLLHTLSVFDNKEDIVSFVKGKVKALIAEETSSKLAEQEEDPEKFREALVKFESRFNFPEAEKLITYYSCCCWKGKVPRQGWLYLSINHLCFYSFFLGKELKLIIPWVEVQKLERTSNVFMTDTVRVTTPNKERDFSTFLNIAEAFRIMEQLADVTLRRLLDNEIFELDPGLQDPTQITKRDLEARAQNEFFRAFFRLPRKEKLHEVVDCSLWTPFSRCHTAGRMYTSDSYICFASKENGCCNVIIPLREVISIEKMEDTSLLPNPIIVSIRSKTAFQFIELKDRDTLVENLLQRLKEVNSSNPVHCNNLQNKNQNSPAFGSACVLKDGEPAHLGAEASQGKERSECGKESSYLLNAEALRSDFHQSGMAGLDFGKSREQIKESLWDDHFVEYGRTVCMFRTEKIRKLVAMGIPESLRGKLWLLFSDAVTDLASHPGYYVHLVEASMGKCCMATEEIERDLHRSLPEHPAFQSETGIAALRRVLTAYAHRNPKIGYCQSMNILTSVLLLYAKEEEAFWLLVAVCERMLPDYFNHRVIGAQVDQSVFEELIKEQLPELAEHMKDLTTLASISLSWFLTLFLSIMPLESAVNVVDCFFYDGIKAIFQLGLAILEANAVDLCNSKDDGQALMILSRFLEHVKNEESPLPPIGNHHAFFSDDLEASPVTEIANLIHDSYEKFGDHSVAQIEHMRYKHRIRVLQSHEDTTKQNVLRVVIPDVSILPEDLEELYDLFKREHLIRCYWEMTSPVAERHDPSRPYAEQYRIDAQQFANLYRLVSPWTCGEHTDVLAQRTFRLLDENMDRLIEFKGLASCLDVMYNGEMNEKIKLLYKLHIPPALTENERDSQSPLKNPLLSTSRPLVIGKSNGDAVDYQKQLKQMLKDLAKEKDTKTEKELPKMSQREFIQFCKTLYSMFHEDPEENDLYQAIATVTTLLLQIGEVGQRSISLGSGSDEFTEDLQPEASASDQDAVFTDTVKTPHKDSRPSPVTEGDWTVSFEHILASLLTEQSLVNFFEKPLELKPKLENAKLNQYSLKTNGMSCQSRGEQTKLNAQ

Target ORF information:

RefSeq Version	XM_011583680.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis TBC1 domain family, member 8 (with GRAM domain) (TBC1D8), mRNA.

Target ORF information:

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

XM_011583680.1

ORF Insert Sequence:

ATGTCGCAGA AAGAAGGGGC TTCCATGCAT AGGCCATTGA AGCAAAAACT AAAAGGTGGT 
GCAAAAGCAA AGGAGATGAT AGACAATACA AGTGCATCTG TTCTGCCAAC CCGCCATGAG 
GGAAATCGCC CTCGGCTCCT GCTGTACGAA CCATTCTCTT TTTTTGATGT TATGTCAGCA 
CTTGTGTCTC GCAACAATCA GAAGTTTCTA GAGGATGTGG AACTGCTTTG TTCCCTGTCT 
GTTAAGCGTG ACTATAAAAG CCCAAGTCCA CAATGCTGCC AGTTCAATGA AACCGAAAGC 
TGCAGCTCCC CACGGCTGGT TCGAAATCCT CAGGAGGTGA GCAGAAATGG TGGTTCCTCC 
CTACACCTTC TGCCGCACCG CCGTGCCCAG CCCCGGCACC ACCAGCAGCC CCGGCACGCT 
CACCCCGACG CTGCTCGGGT GTTGGCGCTA ATTCTCTTTA CCCCCTTTTT CTTTGCAGGT 
CGCTTGGTTG GTGCCCTGGA CGCTGTGTTA GACTCTAACG CACGCGTCGC TCCGTTTCGA 
ATTTTACTCC AAGTTCCAGG CTCACAGGTT TACTCTGCCA TTGCATGTGG TGCCACTGCA 
GAGGAGATAA ACCAGCACTG GGAATGGCTG GAACAAAACT TGCTCCATAC TTTGTCTGTG 
TTTGACAATA AAGAAGATAT TGTTAGCTTT GTCAAAGGGA AAGTGAAGGC ACTGATTGCA 
GAGGAAACAA GCAGCAAGCT TGCCGAGCAG GAGGAAGACC CCGAGAAGTT CCGAGAAGCC 
CTGGTGAAAT TTGAATCCAG ATTTAATTTT CCTGAAGCAG AGAAGTTGAT CACCTATTAT 
TCCTGTTGCT GTTGGAAAGG AAAAGTTCCT CGGCAAGGCT GGCTTTATTT GAGCATCAAT 
CATCTCTGTT TTTATTCCTT TTTCCTGGGC AAAGAATTGA AACTTATCAT TCCTTGGGTT 
GAGGTCCAGA AGCTGGAAAG AACGTCCAAC GTCTTCATGA CCGACACGGT CCGTGTCACC 
ACTCCAAATA AAGAGCGTGA CTTCTCCACA TTCCTCAATA TTGCTGAGGC TTTCAGGATC 
ATGGAGCAAC TGGCAGATGT GACGCTCCGA AGGCTACTGG ATAATGAGAT CTTTGAACTG 
GATCCAGGCC TGCAGGATCC TACTCAGATT ACCAAGAGGG ATCTTGAAGC CAGAGCACAG 
AATGAATTCT TTCGGGCCTT CTTCAGATTG CCCAGGAAGG AGAAGCTGCA TGAAGTTGTA 
GACTGTTCTC TCTGGACGCC GTTTAGTCGC TGTCACACAG CGGGAAGGAT GTATACTTCA 
GACAGTTATA TCTGTTTTGC CAGCAAAGAA AATGGCTGCT GCAATGTTAT CATCCCACTT 
AGAGAGGTAA TCAGTATAGA GAAGATGGAG GACACAAGCC TTCTCCCTAA TCCCATCATT 
GTTAGCATAA GGAGCAAGAC AGCCTTTCAG TTCATTGAGC TGAAGGACCG GGATACTTTG 
GTGGAGAACC TGCTCCAGAG GCTAAAAGAA GTGAACTCCA GCAACCCAGT GCACTGTAAC 
AACTTGCAAA ATAAGAACCA GAACAGTCCT GCCTTTGGAT CCGCGTGCGT GCTCAAGGAT 
GGTGAGCCTG CGCATCTGGG AGCGGAGGCT TCGCAAGGCA AGGAGAGAAG CGAATGTGGG 
AAGGAGAGCA GTTATTTGCT CAATGCAGAA GCACTAAGGT CGGACTTCCA TCAGTCAGGA 
ATGGCAGGCC TTGATTTTGG AAAGTCTAGG GAGCAAATCA AAGAGAGCCT GTGGGATGAC 
CATTTTGTAG AATATGGCAG AACCGTGTGC ATGTTTCGCA CAGAGAAGAT CAGAAAACTT 
GTTGCTATGG GAATCCCTGA ATCCTTAAGA GGCAAACTCT GGCTGCTCTT CTCAGACGCC 
GTGACGGATC TCGCCTCGCA TCCCGGTTAC TACGTACATT TGGTGGAGGC GTCCATGGGC 
AAGTGCTGTA TGGCGACAGA GGAGATCGAG CGTGACCTCC ACCGCTCGCT GCCCGAGCAC 
CCTGCCTTCC AGAGCGAGAC GGGGATAGCC GCCCTCAGAA GGGTGCTCAC GGCGTACGCG 
CACAGGAACC CCAAAATAGG ATACTGCCAG TCTATGAATA TTTTGACCTC CGTGTTGCTG 
TTGTACGCCA AAGAGGAAGA AGCCTTTTGG CTCCTGGTTG CTGTGTGTGA GCGAATGCTG 
CCGGATTACT TCAACCACCG AGTGATAGGT GCTCAGGTAG ACCAGTCGGT GTTTGAAGAG 
CTTATAAAAG AGCAACTTCC AGAGCTGGCT GAACATATGA AGGATCTGAC AACCTTAGCT 
TCCATCTCTC TTTCGTGGTT CCTTACCCTT TTCCTTAGCA TCATGCCGCT GGAAAGTGCT 
GTGAATGTTG TGGACTGCTT CTTCTATGAT GGGATCAAAG CCATTTTCCA GCTGGGCTTG 
GCCATACTGG AAGCCAACGC CGTGGATCTG TGTAACAGCA AGGACGATGG GCAGGCCCTG 
ATGATCCTGA GCAGGTTTTT AGAACATGTC AAAAATGAGG AAAGCCCTCT GCCACCTATT 
GGTAATCACC ATGCGTTCTT CAGCGATGAC CTGGAAGCCT CTCCGGTGAC TGAAATAGCT 
AACCTGATTC ATGACTCCTA TGAGAAATTT GGAGACCACT CTGTGGCACA GATAGAGCAC 
ATGCGCTACA AACACCGAAT CCGTGTCCTG CAGAGCCACG AAGACACAAC CAAGCAAAAT 
GTGCTCCGAG TTGTCATCCC AGATGTTTCG ATTCTTCCTG AAGATTTAGA GGAATTGTAT 
GACTTGTTCA AGAGGGAACA TTTAATAAGG TGTTACTGGG AAATGACGAG TCCGGTCGCC 
GAGCGACACG ACCCCAGCAG ACCGTACGCC GAGCAGTACC GCATCGATGC CCAGCAGTTC 
GCCAACCTGT ACAGGCTGGT CTCGCCCTGG ACCTGCGGGG AGCACACCGA CGTCCTCGCC 
CAAAGGACGT TCCGGCTCCT GGATGAGAAC ATGGACCGGC TGATTGAATT CAAGGGGCTC 
GCCAGCTGCT TAGATGTTAT GTATAATGGA GAAATGAATG AAAAGATAAA GCTACTATAT 
AAGCTGCATA TCCCACCGGC TCTCACAGAA AATGAACGGG ACAGCCAGTC ACCATTAAAG 
AATCCTTTGC TGTCAACTTC AAGACCACTA GTCATTGGAA AATCAAATGG TGATGCAGTA 
GATTACCAAA AGCAGTTGAA GCAGATGCTG AAGGATCTAG CCAAAGAAAA GGATACTAAA 
ACTGAAAAAG AATTGCCAAA AATGAGCCAG AGGGAGTTCA TTCAGTTCTG CAAAACCTTG 
TATAGCATGT TTCATGAAGA TCCAGAGGAG AATGATTTGT ATCAAGCCAT TGCCACTGTG 
ACCACACTGT TACTTCAGAT TGGAGAAGTA GGACAAAGAA GCATCAGCCT GGGGAGCGGA 
TCAGACGAGT TCACTGAGGA CTTGCAGCCC GAGGCCTCTG CTTCAGACCA GGATGCTGTT 
TTTACTGACA CTGTGAAGAC CCCTCACAAA GACTCTCGAC CTTCACCTGT GACTGAAGGG 
GACTGGACTG TCTCTTTTGA ACATATTTTA GCATCCCTCT TGACTGAACA GTCGTTAGTT 
AACTTCTTTG AAAAACCCTT AGAACTGAAG CCAAAACTTG AGAATGCAAA GCTAAATCAG 
TACAGTCTCA AAACAAATGG AATGAGCTGC CAGTCACGGG GTGAACAGAC AAAACTAAAC 
GCACAGTAG