TTC6 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_017021256.1	XP_016876745.1	tetratricopeptide repeat protein 6 isoform X4
NM_001310135.1	NP_001297064.1	tetratricopeptide repeat protein 6
XM_017021254.1	XP_016876743.1	tetratricopeptide repeat protein 6 isoform X2
XM_011537431.2	XP_011535733.1	tetratricopeptide repeat protein 6 isoform X6
XM_024449560.1	XP_024305328.1	tetratricopeptide repeat protein 6 isoform X1
XM_017021255.1	XP_016876744.1	tetratricopeptide repeat protein 6 isoform X3
XM_011537430.2	XP_011535732.1	tetratricopeptide repeat protein 6 isoform X5
NM_001368142.1	NP_001355071.1	tetratricopeptide repeat protein 6 isoform 2
NM_001310135.2	NP_001297064.1	tetratricopeptide repeat protein 6 isoform 1
XM_011537432.2	XP_011535734.1	tetratricopeptide repeat protein 6 isoform X7
XM_017021257.1	XP_016876746.1	tetratricopeptide repeat protein 6 isoform X8

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu107915	NM_001368142.1 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OHu79159	XM_011537431.2 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu103887	XM_024449560.1 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu84884	XM_017021256.1 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu79158	XM_011537430.2 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu79154	NM_001310135.2 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu79157	XM_011537432.2 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu84882	XM_017021254.1 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu84883	XM_017021255.1 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu84885	XM_017021257.1 Latest version!	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
View Old Accession Versions >>
OHu79154	NM_001310135.1	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
Hide Old Accession Versions >>

TTC6 ( NM_001368142.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001355071.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu107915
Clone ID Related Accession (Same CDS sequence)	NM_001368142.1
Accession Version	NM_001368142.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1563bp) 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	2019-01-15
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL136296.3 and AL163151.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: BX161415.1 [ECO:0000332] ##Evidence-Data-END##

ATGATGAAAT ATTATGATCT TGCAAAGTTT ACTATTTATC AAATAGCAGA AATGGACAAA 
GGTCTCAGTG AGTTGAGTCC TATGCAGCAA GCCCTTATTT ATTCATTTTG TGAAAACCAT 
GACAAGGCCA TTGAGGTCTT GGACGGAATC AGCTGGAATA GAGCTGAGAT GACCATGTGT 
GCTCTATTAG CAAAAGTTCA AATGAAGGCC AAGAGAACCA AGGAAGCTGT GGAAGTGCTT 
AAGAAGGCTT TGGATGCCAT TTCTCATTCT GATAAAGGAC CAGATGCCAC AGCAATTTCA 
GCAGACTGTC TGTATAACTT GGGTCTTTGT TACATGGAGG AAGGCAATTT ACAAATGACT 
TATAAGCTAG CAATTACAGA TTTAACTACA GCTATCAGCA TGGACAAAAA TAGTTATACA 
GCATTTTATA ACAGAGCATT ATGTTACACC AAGATAAGGG AACTTCAAAT GGCATTAACA 
GATTATGGAA TTGTGCTGCT TCTTGATGCT ACAGAAACTG TAAAACTAAA TACCTTCCTT 
AATCGTGGAC TCATCTACGT AGAACTAGGC CAGTATGGCT TTGCACTAGA GGATTTTAAA 
CAAGCTGCAC TGATAAGCCG GACTAACGGG AGCCTTTGTC ACGCCACTGC CATGTGCCAT 
CACAGAATTA ATGAGTTTGA AGAAGCTGTC AATTTCTTTA CTTGGGCTCT TAAAATTAAC 
CCATGTTTTC TGGATGCTTA TGTTGGACGG GGAAATTCTT ACATGGAATA CGGTCATGAT 
GAAGCCACCA AGCAAGCACA GAAAGACTTT CTGAAAGCAC TGCATATTAA TCCAGCATAC 
ATAAAAGCCA GAATTAGTTT TGGCTATAAT TTGCAGGCCC AAGGAAAATT CCAGAAAGCT 
TGGAACCACT TTACCATTGC CATAGATACT GATCCAAAGA ACTACCTAGC CTATGAAGGA 
AGAGCTGTGG TCTGTCTTCA GATGGGTAAT AATTTTGCTG CAATGCAGGA TATTAATGCT 
GCCATGAAGA TCAGTACTAC AGCAGAATTC TTAACAAATC GTGGGGTGAT TCATGAGTTT 
ATGGGCCACA AACAGAATGC AATGAAAGAC TACCAAGATG CAATTACTCT AAACCCCAAG 
TACTCGCTGG CTTACTTTAA TGCAGGAAAT ATCTACTTTC ACCACAGGCA GTTTTCCCAG 
GCCAGTGACT ACTTCTCAAA AGCTTTAAAA TTTGATCCAG AAAATGAATA TGTTCTCATG 
AATCGAGCTA TTACAAATAC AATATTAAAG AAATATGAAG AAGCAAAAGA AGATTTTGCA 
AATGTAATTG AAAGCTGTCC CTTTTGGGCT GCAGTATATT TTAATAGAGC ACATTTCTAC 
TACTGCTTAA AGCAATATGA ACTAGCTGAG GAAGACCTTA ATAAAGCCCT GTCTTTGAAG 
CCTAATGATG CTCTAGTATA TAATTTTAGA GCAAAAGTTC GTGGTAAAAT AGGTCTGATT 
GAGGAAGCTA TGGCTGACTA TAACCAAGCA CTTGATCTTG AAGACTATGC CTCAGTTATA 
TGA

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

RefSeq	NP_001355071.1
CDS	288..1850
Translation	MMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	NM_001368142.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant 2, mRNA.

Target ORF information:

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

NM_001368142.1

ORF Insert Sequence:

ATGATGAAAT ATTATGATCT TGCAAAGTTT ACTATTTATC AAATAGCAGA AATGGACAAA 
GGTCTCAGTG AGTTGAGTCC TATGCAGCAA GCCCTTATTT ATTCATTTTG TGAAAACCAT 
GACAAGGCCA TTGAGGTCTT GGACGGAATC AGCTGGAATA GAGCTGAGAT GACCATGTGT 
GCTCTATTAG CAAAAGTTCA AATGAAGGCC AAGAGAACCA AGGAAGCTGT GGAAGTGCTT 
AAGAAGGCTT TGGATGCCAT TTCTCATTCT GATAAAGGAC CAGATGCCAC AGCAATTTCA 
GCAGACTGTC TGTATAACTT GGGTCTTTGT TACATGGAGG AAGGCAATTT ACAAATGACT 
TATAAGCTAG CAATTACAGA TTTAACTACA GCTATCAGCA TGGACAAAAA TAGTTATACA 
GCATTTTATA ACAGAGCATT ATGTTACACC AAGATAAGGG AACTTCAAAT GGCATTAACA 
GATTATGGAA TTGTGCTGCT TCTTGATGCT ACAGAAACTG TAAAACTAAA TACCTTCCTT 
AATCGTGGAC TCATCTACGT AGAACTAGGC CAGTATGGCT TTGCACTAGA GGATTTTAAA 
CAAGCTGCAC TGATAAGCCG GACTAACGGG AGCCTTTGTC ACGCCACTGC CATGTGCCAT 
CACAGAATTA ATGAGTTTGA AGAAGCTGTC AATTTCTTTA CTTGGGCTCT TAAAATTAAC 
CCATGTTTTC TGGATGCTTA TGTTGGACGG GGAAATTCTT ACATGGAATA CGGTCATGAT 
GAAGCCACCA AGCAAGCACA GAAAGACTTT CTGAAAGCAC TGCATATTAA TCCAGCATAC 
ATAAAAGCCA GAATTAGTTT TGGCTATAAT TTGCAGGCCC AAGGAAAATT CCAGAAAGCT 
TGGAACCACT TTACCATTGC CATAGATACT GATCCAAAGA ACTACCTAGC CTATGAAGGA 
AGAGCTGTGG TCTGTCTTCA GATGGGTAAT AATTTTGCTG CAATGCAGGA TATTAATGCT 
GCCATGAAGA TCAGTACTAC AGCAGAATTC TTAACAAATC GTGGGGTGAT TCATGAGTTT 
ATGGGCCACA AACAGAATGC AATGAAAGAC TACCAAGATG CAATTACTCT AAACCCCAAG 
TACTCGCTGG CTTACTTTAA TGCAGGAAAT ATCTACTTTC ACCACAGGCA GTTTTCCCAG 
GCCAGTGACT ACTTCTCAAA AGCTTTAAAA TTTGATCCAG AAAATGAATA TGTTCTCATG 
AATCGAGCTA TTACAAATAC AATATTAAAG AAATATGAAG AAGCAAAAGA AGATTTTGCA 
AATGTAATTG AAAGCTGTCC CTTTTGGGCT GCAGTATATT TTAATAGAGC ACATTTCTAC 
TACTGCTTAA AGCAATATGA ACTAGCTGAG GAAGACCTTA ATAAAGCCCT GTCTTTGAAG 
CCTAATGATG CTCTAGTATA TAATTTTAGA GCAAAAGTTC GTGGTAAAAT AGGTCTGATT 
GAGGAAGCTA TGGCTGACTA TAACCAAGCA CTTGATCTTG AAGACTATGC CTCAGTTATA 
TGA

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

TTC6 ( XM_011537431.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011535733.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu79159
Clone ID Related Accession (Same CDS sequence)	XM_011537431.2
Accession Version	XM_011537431.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3972bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011537431.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATGCTT ATCCAGAATT CACGAAGTTG TTTTGGAATA CAGCTGCACC TAAATTCTCT 
GTTCCAGAAT CTGTCATGAA GGAAACTCTA TATCCAAAAT ATGAGAGTGT TCAAGCAAGC 
AGACTTTTAA CTGATAAATT GTCATATAAA AGCAGTGTCA TTACTTTACA TCAACATAGC 
AGAACAAATT TTTGGTGTTT CTTACCAAGA AAATCTGCAT CATTTGAAAG TATCCAAAAA 
TGGTTTAGTG CACAACCTAC ACAACTAAGG CGAGTAAAAT CTTCTGTAGA CTTGAGGAAG 
GAGAAGATCA TAGCTCCTTT GGAAATCAAG AATGATATGC AAAGCAGTAT AAAAGAGGTT 
ATGTTTCAGA AAGCAAAGGA ATTGAAACGT CAGCTCCAGC TCACTAAGCA AAATAAAACT 
GAGGAGCCCA ACTATGTGAA AGAAAGTATA GATGACATCT TTGATAACAT GTGCGAAAAA 
CACAGTTTGA GAAATCTCTC TTTGACTCTC ATTGAAGCGT CTAAAAAAGC TGGCATTAGT 
TACATTGTTT ATCCCAAGAA AAAGAAGATG AGATGGAAGA AAAGATTGAA ACAACAAAAA 
CTTATATTCG TGCATGAAGA GTTATCCAAG CCTCCAAAAT CTCTTGAAAG ATCAGCATCT 
CATGGAATAC TTCCGGGACA GAAGAAATAT TTGTTCAAAG TTCCATTATA TGAACGTCAA 
ATACGGTGTC CCAGTTTACC TTTGTATTTA AATTTTGAAA AATTCGTCCA AGCTAAGGGA 
GGAATTCCAG AAAATATTGA TCCTCGGACA TGGGCTCTTG ATAGGCTCAT TGAGTACAAA 
GATGCGAGCA TACCTGTAAA AGAGAAAGAT GATAAAATAT CAGTTCCTGA AGACCCACCT 
GAAAGAGTGA AAGAACCACC AAAACTAAAA TTAAATGATT ATGTGGAGTC TGATCTTCCA 
CAAGAGGTCA TTAAATATTA TGAATCTGAA GTGAAGATTT TGACTGAAGA AATAAATGAT 
AAGACAAAAT ATCCTGCATT TGCATATTGT AGGCGTGGAG CTATTTATAG GAAACTGGGA 
AAGTTGCAGA GTGCCATGAA TGATCTGCAG AGAGTAATAC TCTTGGAACC ATTGTTTCTC 
AATGCCTATT GGCATCGACA TTTAATTTAT CTTTTCCAAG ACAAAATTAA TGAAGCTTTG 
GATGACTTGA ATTATATACA TAAATATAAT AAAAATAATA CAGAGGCATA TTTGTCAAAA 
GCAGAAATTT ACAGGGGAAA AAAAGACATA ACTTTGGCAA TTCTAAACTA TACCCAGGCA 
ATTAAATCCA CGCCCACAGA TGCTGATATC TATTTCAGGA GGGGTGAGAT GTATGAAATA 
ACAAACAAAG TACTGGCCAT TGATGACTTT TCGAAATGTA TTTTTTATGA TCCCAAAAGA 
ACAGATGCAT TATTGAAACG TGGGCTGTTT TATTGTGAAA ATGAAAACTG GTTTGCAGCC 
ATAGAGGATT TTACAGCCTT GTTAAATATA GATCACCAAA ATTCTCAAGC AAGGACATAC 
CGAGGGATTG CATATGTTAA ATGGAAATTT TATAAAGAAG CAACTCAAGA TTTTTCTGCT 
GCAATTCACT TAGATCCTAA TAACTGGTTA GCGTTGTATT ATCGAGGTTG CTTATTCAGA 
AAGAGTAACC CTTTTAGAGC GCTACAGGAT TATAGTGTTT CAGCACTCAT AAATGATGGC 
TATGAGAATC TTGGTTGTTT TCTACATCGG GGAATAGTCT ATGCACATCT AAAACTTTGG 
CTGCTGGCAA TTTGTGACTT TGAAACTGTC ATTTCTCTAG AAAGAACTAT TACTTTGGCT 
TATGTAAATA TTGGCCTCAT ACATCTGCTA CACCTGGATA ACTACACGGA AGCTATTTGG 
CAATTTTCTG AGGCTATTAG AATTGATCCT TTATGTATTC AAAGCTATCT TTGTCGGGCG 
GAAACCTATT TTAAGTTGCA TAAATTGAAA AAGGCAGTAA ATGAATTGTC TCGTGCTATC 
CACCTTCAGC CAGATGGAAT CCAATTATAC ATAAGAAGAG GACAATATCT TCTTATGATG 
AAATATTATG ATCTTGCAAA GTTTACTATT TATCAAATAG CAGAAATGGA CAAAGGTCTC 
AGTGAGTTGA GTCCTATGCA GCAAGCCCTT ATTTATTCAT TTTGTGAAAA CCATGACAAG 
GCCATTGAGG TCTTGGACGG AATCAGCTGG AATAGAGCTG AGATGACCAT GTGTGCTCTA 
TTAGCAAAAG TTCAAATGAA GGCCAAGAGA ACCAAGGAAG CTGTGGAAGT GCTTAAGAAG 
GCTTTGGATG CCATTTCTCA TTCTGATAAA GGACCAGATG CCACAGCAAT TTCAGCAGAC 
TGTCTGTATA ACTTGGGTCT TTGTTACATG GAGGAAGGCA ATTTACAAAT GGCTTTTGAT 
TCTTTTACAA AAGCTGTGAA AGCAAATCCA GATTTTGCAG AAAGCTTTTA TCAGCGAGGG 
CTTTGTAAAG TGAAACTCCA CAAGGATAGC TCGATTCTGG ATTTTAATCG TGCAATTACC 
CTCAATCCAA AACATTACCA GGAGATGCAT ACTGGAGGAC TTGGGGCATA TTTAAGCCGA 
GTAGCATTCT ATGGTTTAAA AGGCAGGTAT TCCAAAGCAA TCTTGAATTG TAACAAGGCT 
ATTAAAATTT ACCCTGAAAG CGTACGTGCC TATCTCTACA GAGGAGTTCT GAAATACTAC 
AACAAGACTT ATAAGCTAGC AATTACAGAT TTAACTACAG CTATCAGCAT GGACAAAAAT 
AGTTATACAG CATTTTATAA CAGAGCATTA TGTTACACCA AGATAAGGGA ACTTCAAATG 
GCATTAACAG ATTATGGAAT TGTGCTGCTT CTTGATGCTA CAGAAACTGT AAAACTAAAT 
ACCTTCCTTA ATCGTGGACT CATCTACGTA GAACTAGGCC AGTATGGCTT TGCACTAGAG 
GATTTTAAAC AAGCTGCACT GATAAGCCGG ACTAACGGGA GCCTTTGTCA CGCCACTGCC 
ATGTGCCATC ACAGAATTAA TGAGTTTGAA GAAGCTGTCA ATTTCTTTAC TTGGGCTCTT 
AAAATTAACC CATGTTTTCT GGATGCTTAT GTTGGACGGG GAAATTCTTA CATGGAATAC 
GGTCATGATG AAGCCACCAA GCAAGCACAG AAAGACTTTC TGAAAGCACT GCATATTAAT 
CCAGCATACA TAAAAGCCAG AATTAGTTTT GGCTATAATT TGCAGGCCCA AGGAAAATTC 
CAGAAAGCTT GGAACCACTT TACCATTGCC ATAGATACTG ATCCAAAGAA CTACCTAGCC 
TATGAAGGAA GAGCTGTGGT CTGTCTTCAG ATGGGTAATA ATTTTGCTGC AATGCAGGAT 
ATTAATGCTG CCATGAAGAT CAGTACTACA GCAGAATTCT TAACAAATCG TGGGGTGATT 
CATGAGTTTA TGGGCCACAA ACAGAATGCA ATGAAAGACT ACCAAGATGC AATTACTCTA 
AACCCCAAGT ACTCGCTGGC TTACTTTAAT GCAGGAAATA TCTACTTTCA CCACAGGCAG 
TTTTCCCAGG CCAGTGACTA CTTCTCAAAA GCTTTAAAAT TTGATCCAGA AAATGAATAT 
GTTCTCATGA ATCGAGCTAT TACAAATACA ATATTAAAGA AATATGAAGA AGCAAAAGAA 
GATTTTGCAA ATGTAATTGA AAGCTGTCCC TTTTGGGCTG CAGTATATTT TAATAGAGCA 
CATTTCTACT ACTGCTTAAA GCAATATGAA CTAGCTGAGG AAGACCTTAA TAAAGCCCTG 
TCTTTGAAGC CTAATGATGC TCTAGTATAT AATTTTAGAG CAAAAGTTCG TGGTAAAATA 
GGTCTGATTG AGGAAGCTAT GGCTGACTAT AACCAAGCAC TTGATCTTGA AGACTATGCC 
TCAGTTATAT GA

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

RefSeq	XP_011535733.1
CDS	84..4055
Translation	MYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAFDSFTKAVKANPDFAESFYQRGLCKVKLHKDSSILDFNRAITLNPKHYQEMHTGGLGAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	XM_011537431.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X7, mRNA.

Target ORF information:

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

XM_011537431.2

ORF Insert Sequence:

ATGTATGCTT ATCCAGAATT CACGAAGTTG TTTTGGAATA CAGCTGCACC TAAATTCTCT 
GTTCCAGAAT CTGTCATGAA GGAAACTCTA TATCCAAAAT ATGAGAGTGT TCAAGCAAGC 
AGACTTTTAA CTGATAAATT GTCATATAAA AGCAGTGTCA TTACTTTACA TCAACATAGC 
AGAACAAATT TTTGGTGTTT CTTACCAAGA AAATCTGCAT CATTTGAAAG TATCCAAAAA 
TGGTTTAGTG CACAACCTAC ACAACTAAGG CGAGTAAAAT CTTCTGTAGA CTTGAGGAAG 
GAGAAGATCA TAGCTCCTTT GGAAATCAAG AATGATATGC AAAGCAGTAT AAAAGAGGTT 
ATGTTTCAGA AAGCAAAGGA ATTGAAACGT CAGCTCCAGC TCACTAAGCA AAATAAAACT 
GAGGAGCCCA ACTATGTGAA AGAAAGTATA GATGACATCT TTGATAACAT GTGCGAAAAA 
CACAGTTTGA GAAATCTCTC TTTGACTCTC ATTGAAGCGT CTAAAAAAGC TGGCATTAGT 
TACATTGTTT ATCCCAAGAA AAAGAAGATG AGATGGAAGA AAAGATTGAA ACAACAAAAA 
CTTATATTCG TGCATGAAGA GTTATCCAAG CCTCCAAAAT CTCTTGAAAG ATCAGCATCT 
CATGGAATAC TTCCGGGACA GAAGAAATAT TTGTTCAAAG TTCCATTATA TGAACGTCAA 
ATACGGTGTC CCAGTTTACC TTTGTATTTA AATTTTGAAA AATTCGTCCA AGCTAAGGGA 
GGAATTCCAG AAAATATTGA TCCTCGGACA TGGGCTCTTG ATAGGCTCAT TGAGTACAAA 
GATGCGAGCA TACCTGTAAA AGAGAAAGAT GATAAAATAT CAGTTCCTGA AGACCCACCT 
GAAAGAGTGA AAGAACCACC AAAACTAAAA TTAAATGATT ATGTGGAGTC TGATCTTCCA 
CAAGAGGTCA TTAAATATTA TGAATCTGAA GTGAAGATTT TGACTGAAGA AATAAATGAT 
AAGACAAAAT ATCCTGCATT TGCATATTGT AGGCGTGGAG CTATTTATAG GAAACTGGGA 
AAGTTGCAGA GTGCCATGAA TGATCTGCAG AGAGTAATAC TCTTGGAACC ATTGTTTCTC 
AATGCCTATT GGCATCGACA TTTAATTTAT CTTTTCCAAG ACAAAATTAA TGAAGCTTTG 
GATGACTTGA ATTATATACA TAAATATAAT AAAAATAATA CAGAGGCATA TTTGTCAAAA 
GCAGAAATTT ACAGGGGAAA AAAAGACATA ACTTTGGCAA TTCTAAACTA TACCCAGGCA 
ATTAAATCCA CGCCCACAGA TGCTGATATC TATTTCAGGA GGGGTGAGAT GTATGAAATA 
ACAAACAAAG TACTGGCCAT TGATGACTTT TCGAAATGTA TTTTTTATGA TCCCAAAAGA 
ACAGATGCAT TATTGAAACG TGGGCTGTTT TATTGTGAAA ATGAAAACTG GTTTGCAGCC 
ATAGAGGATT TTACAGCCTT GTTAAATATA GATCACCAAA ATTCTCAAGC AAGGACATAC 
CGAGGGATTG CATATGTTAA ATGGAAATTT TATAAAGAAG CAACTCAAGA TTTTTCTGCT 
GCAATTCACT TAGATCCTAA TAACTGGTTA GCGTTGTATT ATCGAGGTTG CTTATTCAGA 
AAGAGTAACC CTTTTAGAGC GCTACAGGAT TATAGTGTTT CAGCACTCAT AAATGATGGC 
TATGAGAATC TTGGTTGTTT TCTACATCGG GGAATAGTCT ATGCACATCT AAAACTTTGG 
CTGCTGGCAA TTTGTGACTT TGAAACTGTC ATTTCTCTAG AAAGAACTAT TACTTTGGCT 
TATGTAAATA TTGGCCTCAT ACATCTGCTA CACCTGGATA ACTACACGGA AGCTATTTGG 
CAATTTTCTG AGGCTATTAG AATTGATCCT TTATGTATTC AAAGCTATCT TTGTCGGGCG 
GAAACCTATT TTAAGTTGCA TAAATTGAAA AAGGCAGTAA ATGAATTGTC TCGTGCTATC 
CACCTTCAGC CAGATGGAAT CCAATTATAC ATAAGAAGAG GACAATATCT TCTTATGATG 
AAATATTATG ATCTTGCAAA GTTTACTATT TATCAAATAG CAGAAATGGA CAAAGGTCTC 
AGTGAGTTGA GTCCTATGCA GCAAGCCCTT ATTTATTCAT TTTGTGAAAA CCATGACAAG 
GCCATTGAGG TCTTGGACGG AATCAGCTGG AATAGAGCTG AGATGACCAT GTGTGCTCTA 
TTAGCAAAAG TTCAAATGAA GGCCAAGAGA ACCAAGGAAG CTGTGGAAGT GCTTAAGAAG 
GCTTTGGATG CCATTTCTCA TTCTGATAAA GGACCAGATG CCACAGCAAT TTCAGCAGAC 
TGTCTGTATA ACTTGGGTCT TTGTTACATG GAGGAAGGCA ATTTACAAAT GGCTTTTGAT 
TCTTTTACAA AAGCTGTGAA AGCAAATCCA GATTTTGCAG AAAGCTTTTA TCAGCGAGGG 
CTTTGTAAAG TGAAACTCCA CAAGGATAGC TCGATTCTGG ATTTTAATCG TGCAATTACC 
CTCAATCCAA AACATTACCA GGAGATGCAT ACTGGAGGAC TTGGGGCATA TTTAAGCCGA 
GTAGCATTCT ATGGTTTAAA AGGCAGGTAT TCCAAAGCAA TCTTGAATTG TAACAAGGCT 
ATTAAAATTT ACCCTGAAAG CGTACGTGCC TATCTCTACA GAGGAGTTCT GAAATACTAC 
AACAAGACTT ATAAGCTAGC AATTACAGAT TTAACTACAG CTATCAGCAT GGACAAAAAT 
AGTTATACAG CATTTTATAA CAGAGCATTA TGTTACACCA AGATAAGGGA ACTTCAAATG 
GCATTAACAG ATTATGGAAT TGTGCTGCTT CTTGATGCTA CAGAAACTGT AAAACTAAAT 
ACCTTCCTTA ATCGTGGACT CATCTACGTA GAACTAGGCC AGTATGGCTT TGCACTAGAG 
GATTTTAAAC AAGCTGCACT GATAAGCCGG ACTAACGGGA GCCTTTGTCA CGCCACTGCC 
ATGTGCCATC ACAGAATTAA TGAGTTTGAA GAAGCTGTCA ATTTCTTTAC TTGGGCTCTT 
AAAATTAACC CATGTTTTCT GGATGCTTAT GTTGGACGGG GAAATTCTTA CATGGAATAC 
GGTCATGATG AAGCCACCAA GCAAGCACAG AAAGACTTTC TGAAAGCACT GCATATTAAT 
CCAGCATACA TAAAAGCCAG AATTAGTTTT GGCTATAATT TGCAGGCCCA AGGAAAATTC 
CAGAAAGCTT GGAACCACTT TACCATTGCC ATAGATACTG ATCCAAAGAA CTACCTAGCC 
TATGAAGGAA GAGCTGTGGT CTGTCTTCAG ATGGGTAATA ATTTTGCTGC AATGCAGGAT 
ATTAATGCTG CCATGAAGAT CAGTACTACA GCAGAATTCT TAACAAATCG TGGGGTGATT 
CATGAGTTTA TGGGCCACAA ACAGAATGCA ATGAAAGACT ACCAAGATGC AATTACTCTA 
AACCCCAAGT ACTCGCTGGC TTACTTTAAT GCAGGAAATA TCTACTTTCA CCACAGGCAG 
TTTTCCCAGG CCAGTGACTA CTTCTCAAAA GCTTTAAAAT TTGATCCAGA AAATGAATAT 
GTTCTCATGA ATCGAGCTAT TACAAATACA ATATTAAAGA AATATGAAGA AGCAAAAGAA 
GATTTTGCAA ATGTAATTGA AAGCTGTCCC TTTTGGGCTG CAGTATATTT TAATAGAGCA 
CATTTCTACT ACTGCTTAAA GCAATATGAA CTAGCTGAGG AAGACCTTAA TAAAGCCCTG 
TCTTTGAAGC CTAATGATGC TCTAGTATAT AATTTTAGAG CAAAAGTTCG TGGTAAAATA 
GGTCTGATTG AGGAAGCTAT GGCTGACTAT AACCAAGCAC TTGATCTTGA AGACTATGCC 
TCAGTTATAT GA

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

TTC6 ( XM_024449560.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024305328.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X1, mRNA.

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CloneID	OHu103887
Clone ID Related Accession (Same CDS sequence)	XM_024449560.1
Accession Version	XM_024449560.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5733bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCTTTTGA TTCTTTTACA AAAGCTGTGA AAGCAAATCC AGATTTTGCA 
GAAAGCTTTT ATCAGCGAGG GCTTTGTAAA GTGAAACTCC ACAAGGATAG CTCGATTCTG 
GATTTTAATC GTGCAATTAC CCTCAATCCA AAACATTACC AGGAGATGCA TACTGGAGGA 
CTTGGGGCAT ATTTAAGCCG AGTAGCATTC TATGGTTTAA AAGGCAGGTA TTCCAAAGCA 
ATCTTGAATT GTAACAAGGC TATTAAAATT TACCCTGAAA GCGTACGTGC CTATCTCTAC 
AGAGGAGTTC TGAAATACTA CAACAAGACT TATAAGCTAG CAATTACAGA TTTAACTACA 
GCTATCAGCA TGGACAAAAA TAGTTATACA GCATTTTATA ACAGAGCATT ATGTTACACC 
AAGATAAGGG AACTTCAAAT GGCATTAACA GATTATGGAA TTGTGCTGCT TCTTGATGCT 
ACAGAAACTG TAAAACTAAA TACCTTCCTT AATCGTGGAC TCATCTACGT AGAACTAGGC 
CAGTATGGCT TTGCACTAGA GGATTTTAAA CAAGCTGCAC TGATAAGCCG GACTAACGGG 
AGCCTTTGTC ACGCCACTGC CATGTGCCAT CACAGAATTA ATGAGTTTGA AGAAGCTGTC 
AATTTCTTTA CTTGGGCTCT TAAAATTAAC CCATGTTTTC TGGATGCTTA TGTTGGACGG 
GGAAATTCTT ACATGGAATA CGGTCATGAT GAAGCCACCA AGCAAGCACA GAAAGACTTT 
CTGAAAGCAC TGCATATTAA TCCAGCATAC ATAAAAGCCA GAATTAGTTT TGGCTATAAT 
TTGCAGGCCC AAGGAAAATT CCAGAAAGCT TGGAACCACT TTACCATTGC CATAGATACT 
GATCCAAAGA ACTACCTAGC CTATGAAGGA AGAGCTGTGG TCTGTCTTCA GATGGGTAAT 
AATTTTGCTG CAATGCAGGA TATTAATGCT GCCATGAAGA TCAGTACTAC AGCAGAATTC 
TTAACAAATC GTGGGGTGAT TCATGAGTTT ATGGGCCACA AACAGAATGC AATGAAAGAC 
TACCAAGATG CAATTACTCT AAACCCCAAG TACTCGCTGG CTTACTTTAA TGCAGGAAAT 
ATCTACTTTC ACCACAGGCA GTTTTCCCAG GCCAGTGACT ACTTCTCAAA AGCTTTAAAA 
TTTGATCCAG AAAATGAATA TGTTCTCATG AATCGAGCTA TTACAAATAC AATATTAAAG 
AAATATGAAG AAGCAAAAGA AGATTTTGCA AATGTAATTG AAAGCTGTCC CTTTTGGGCT 
GCAGTATATT TTAATAGAGC ACATTTCTAC TACTGCTTAA AGCAATATGA ACTAGCTGAG 
GAAGACCTTA ATAAAGCCCT GTCTTTGAAG CCTAATGATG CTCTAGTATA TAATTTTAGA 
GCAAAAGTTC GTGGTAAAAT AGGTCTGATT GAGGAAGCTA TGGCTGACTA TAACCAAGCA 
CTTGATCTTG AAGACTATGC CTCAGTTATA TGA

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

RefSeq	XP_024305328.1
CDS	704..6436
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAFDSFTKAVKANPDFAESFYQRGLCKVKLHKDSSILDFNRAITLNPKHYQEMHTGGLGAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	XM_024449560.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X1, mRNA.

Target ORF information:

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

XM_024449560.1

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCTTTTGA TTCTTTTACA AAAGCTGTGA AAGCAAATCC AGATTTTGCA 
GAAAGCTTTT ATCAGCGAGG GCTTTGTAAA GTGAAACTCC ACAAGGATAG CTCGATTCTG 
GATTTTAATC GTGCAATTAC CCTCAATCCA AAACATTACC AGGAGATGCA TACTGGAGGA 
CTTGGGGCAT ATTTAAGCCG AGTAGCATTC TATGGTTTAA AAGGCAGGTA TTCCAAAGCA 
ATCTTGAATT GTAACAAGGC TATTAAAATT TACCCTGAAA GCGTACGTGC CTATCTCTAC 
AGAGGAGTTC TGAAATACTA CAACAAGACT TATAAGCTAG CAATTACAGA TTTAACTACA 
GCTATCAGCA TGGACAAAAA TAGTTATACA GCATTTTATA ACAGAGCATT ATGTTACACC 
AAGATAAGGG AACTTCAAAT GGCATTAACA GATTATGGAA TTGTGCTGCT TCTTGATGCT 
ACAGAAACTG TAAAACTAAA TACCTTCCTT AATCGTGGAC TCATCTACGT AGAACTAGGC 
CAGTATGGCT TTGCACTAGA GGATTTTAAA CAAGCTGCAC TGATAAGCCG GACTAACGGG 
AGCCTTTGTC ACGCCACTGC CATGTGCCAT CACAGAATTA ATGAGTTTGA AGAAGCTGTC 
AATTTCTTTA CTTGGGCTCT TAAAATTAAC CCATGTTTTC TGGATGCTTA TGTTGGACGG 
GGAAATTCTT ACATGGAATA CGGTCATGAT GAAGCCACCA AGCAAGCACA GAAAGACTTT 
CTGAAAGCAC TGCATATTAA TCCAGCATAC ATAAAAGCCA GAATTAGTTT TGGCTATAAT 
TTGCAGGCCC AAGGAAAATT CCAGAAAGCT TGGAACCACT TTACCATTGC CATAGATACT 
GATCCAAAGA ACTACCTAGC CTATGAAGGA AGAGCTGTGG TCTGTCTTCA GATGGGTAAT 
AATTTTGCTG CAATGCAGGA TATTAATGCT GCCATGAAGA TCAGTACTAC AGCAGAATTC 
TTAACAAATC GTGGGGTGAT TCATGAGTTT ATGGGCCACA AACAGAATGC AATGAAAGAC 
TACCAAGATG CAATTACTCT AAACCCCAAG TACTCGCTGG CTTACTTTAA TGCAGGAAAT 
ATCTACTTTC ACCACAGGCA GTTTTCCCAG GCCAGTGACT ACTTCTCAAA AGCTTTAAAA 
TTTGATCCAG AAAATGAATA TGTTCTCATG AATCGAGCTA TTACAAATAC AATATTAAAG 
AAATATGAAG AAGCAAAAGA AGATTTTGCA AATGTAATTG AAAGCTGTCC CTTTTGGGCT 
GCAGTATATT TTAATAGAGC ACATTTCTAC TACTGCTTAA AGCAATATGA ACTAGCTGAG 
GAAGACCTTA ATAAAGCCCT GTCTTTGAAG CCTAATGATG CTCTAGTATA TAATTTTAGA 
GCAAAAGTTC GTGGTAAAAT AGGTCTGATT GAGGAAGCTA TGGCTGACTA TAACCAAGCA 
CTTGATCTTG AAGACTATGC CTCAGTTATA TGA

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

TTC6 ( XM_017021256.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016876745.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu84884
Clone ID Related Accession (Same CDS sequence)	XM_017021256.1
Accession Version	XM_017021256.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4734bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAAAAA TGTACCTCAA AACATCACCT ATGCAAGCAG AAACACCTGA GATACAAGCA 
GAGTATAAAT TCCAGATGGG TGCTGAGGAA TCGCAAATGA GCGTGCATAA GGAACTTTCT 
GAAACCATGT CAAGTATTCT CCAGATTGAA CAAGAGGATA TAGAATGGGG ACCCTCAGAA 
GCAGAAAGCA TAGTATTTAA ACCTCAGGAA ATTTCGCAAG TTCAGCCAGC AGAGGAATTA 
AGTAAACCTT TGGAAGATGG ACAGCCCACA AGTGATTCAA AAGAAGCCAA GTGGGTGTCT 
TTAACGGCAA AATCACCAGA ATTCTTGCAA ATCGAAGGAA AAGAAATTAA GCGAATGCGG 
AAACGTAAAT CACTGAGACC AAGAAAGTCT TCAAAACCTC TTTGTGATAA AAAACTACAT 
AAAAAAATTC CACAAGACTA CTCCATGCCG CACCTTCATG ATCTGTGCAC CACCATCCCA 
GCCCAGGAGC TGCCTGTTGA CTTGCGCCTG GCTTCTCGAG TGTATCACAC TGCTAACAGG 
AAAGGCCACG ATACCCTGCT TGGAAAATTT GGAACCTCTT TCTTAGATGA TCGCTTTACA 
GATGAAGAAC AAACAGATAG AATATTGTAT GGAATTCCTG TTATGGATGA CAACCAAGAA 
TATGTCCATA TTCCTCCGAC ACCGCAAGGG ATACCACCTG AATTGGCACA AGGAACTAGA 
GAGCGTGCTC ACAAACCACA CTTGGAAGTC TTGGGAGAGG AAATGTATGC TTATCCAGAA 
TTCACGAAGT TGTTTTGGAA TACAGCTGCA CCTAAATTCT CTGTTCCAGA ATCTGTCATG 
AAGGAAACTC TATATCCAAA ATATGAGAGT GTTCAAGCAA GCAGACTTTT AACTGATAAA 
TTGTCATATA AAAGCAGTGT CATTACTTTA CATCAACATA GCAGAACAAA TTTTTGGTGT 
TTCTTACCAA GAAAATCTGC ATCATTTGAA AGTATCCAAA AATGGTTTAG TGCACAACCT 
ACACAACTAA GGCGAGTAAA ATCTTCTGTA GACTTGAGGA AGGAGAAGAT CATAGCTCCT 
TTGGAAATCA AGAATGATAT GCAAAGCAGT ATAAAAGAGG TTATGTTTCA GAAAGCAAAG 
GAATTGAAAC GTCAGCTCCA GCTCACTAAG CAAAATAAAA CTGAGGAGCC CAACTATGTG 
AAAGAAAGTA TAGATGACAT CTTTGATAAC ATGTGCGAAA AACACAGTTT GAGAAATCTC 
TCTTTGACTC TCATTGAAGC GTCTAAAAAA GCTGGCATTA GTTACATTGT TTATCCCAAG 
AAAAAGAAGA TGAGATGGAA GAAAAGATTG AAACAACAAA AACTTATATT CGTGCATGAA 
GAGTTATCCA AGCCTCCAAA ATCTCTTGAA AGATCAGCAT CTCATGGAAT ACTTCCGGGA 
CAGAAGAAAT ATTTGTTCAA AGTTCCATTA TATGAACGTC AAATACGGTG TCCCAGTTTA 
CCTTTGTATT TAAATTTTGA AAAATTCGTC CAAGCTAAGG GAGGAATTCC AGAAAATATT 
GATCCTCGGA CATGGGCTCT TGATAGGCTC ATTGAGTACA AAGATGCGAG CATACCTGTA 
AAAGAGAAAG ATGATAAAAT ATCAGTTCCT GAAGACCCAC CTGAAAGAGT GAAAGAACCA 
CCAAAACTAA AATTAAATGA TTATGTGGAG TCTGATCTTC CACAAGAGGT CATTAAATAT 
TATGAATCTG AAGTGAAGAT TTTGACTGAA GAAATAAATG ATAAGACAAA ATATCCTGCA 
TTTGCATATT GTAGGCGTGG AGCTATTTAT AGGAAACTGG GAAAGTTGCA GAGTGCCATG 
AATGATCTGC AGAGAGTAAT ACTCTTGGAA CCATTGTTTC TCAATGCCTA TTGGCATCGA 
CATTTAATTT ATCTTTTCCA AGACAAAATT AATGAAGCTT TGGATGACTT GAATTATATA 
CATAAATATA ATAAAAATAA TACAGAGGCA TATTTGTCAA AAGCAGAAAT TTACAGGGGA 
AAAAAAGACA TAACTTTGGC AATTCTAAAC TATACCCAGG CAATTAAATC CACGCCCACA 
GATGCTGATA TCTATTTCAG GAGGGGTGAG ATGTATGAAA TAACAAACAA AGTACTGGCC 
ATTGATGACT TTTCGAAATG TATTTTTTAT GATCCCAAAA GAACAGATGC ATTATTGAAA 
CGTGGGCTGT TTTATTGTGA AAATGAAAAC TGGTTTGCAG CCATAGAGGA TTTTACAGCC 
TTGTTAAATA TAGATCACCA AAATTCTCAA GCAAGGACAT ACCGAGGGAT TGCATATGTT 
AAATGGAAAT TTTATAAAGA AGCAACTCAA GATTTTTCTG CTGCAATTCA CTTAGATCCT 
AATAACTGGT TAGCGTTGTA TTATCGAGGT TGCTTATTCA GAAAGAGTAA CCCTTTTAGA 
GCGCTACAGG ATTATAGTGT TTCAGCACTC ATAAATGATG GCTATGAGAA TCTTGGTTGT 
TTTCTACATC GGGGAATAGT CTATGCACAT CTAAAACTTT GGCTGCTGGC AATTTGTGAC 
TTTGAAACTG TCATTTCTCT AGAAAGAACT ATTACTTTGG CTTATGTAAA TATTGGCCTC 
ATACATCTGC TACACCTGGA TAACTACACG GAAGCTATTT GGCAATTTTC TGAGGCTATT 
AGAATTGATC CTTTATGTAT TCAAAGCTAT CTTTGTCGGG CGGAAACCTA TTTTAAGTTG 
CATAAATTGA AAAAGGCAGT AAATGAATTG TCTCGTGCTA TCCACCTTCA GCCAGATGGA 
ATCCAATTAT ACATAAGAAG AGGACAATAT CTTCTTATGA TGAAATATTA TGATCTTGCA 
AAGTTTACTA TTTATCAAAT AGCAGAAATG GACAAAGGTC TCAGTGAGTT GAGTCCTATG 
CAGCAAGCCC TTATTTATTC ATTTTGTGAA AACCATGACA AGGCCATTGA GGTCTTGGAC 
GGAATCAGCT GGAATAGAGC TGAGATGACC ATGTGTGCTC TATTAGCAAA AGTTCAAATG 
AAGGCCAAGA GAACCAAGGA AGCTGTGGAA GTGCTTAAGA AGGCTTTGGA TGCCATTTCT 
CATTCTGATA AAGGACCAGA TGCCACAGCA ATTTCAGCAG ACTGTCTGTA TAACTTGGGT 
CTTTGTTACA TGGAGGAAGG CAATTTACAA ATGGCTTTTG ATTCTTTTAC AAAAGCTGTG 
AAAGCAAATC CAGATTTTGC AGAAAGCTTT TATCAGCGAG GGCTTTGTAA AGTGAAACTC 
CACAAGGATA GCTCGATTCT GGATTTTAAT CGTGCAATTA CCCTCAATCC AAAACATTAC 
CAGGAGATGC ATACTGGAGG ACTTGGGGCA TATTTAAGCC GAGTAGCATT CTATGGTTTA 
AAAGGCAGGT ATTCCAAAGC AATCTTGAAT TGTAACAAGG CTATTAAAAT TTACCCTGAA 
AGCGTACGTG CCTATCTCTA CAGAGGAGTT CTGAAATACT ACAACAAGAC TTATAAGCTA 
GCAATTACAG ATTTAACTAC AGCTATCAGC ATGGACAAAA ATAGTTATAC AGCATTTTAT 
AACAGAGCAT TATGTTACAC CAAGATAAGG GAACTTCAAA TGGCATTAAC AGATTATGGA 
ATTGTGCTGC TTCTTGATGC TACAGAAACT GTAAAACTAA ATACCTTCCT TAATCGTGGA 
CTCATCTACG TAGAACTAGG CCAGTATGGC TTTGCACTAG AGGATTTTAA ACAAGCTGCA 
CTGATAAGCC GGACTAACGG GAGCCTTTGT CACGCCACTG CCATGTGCCA TCACAGAATT 
AATGAGTTTG AAGAAGCTGT CAATTTCTTT ACTTGGGCTC TTAAAATTAA CCCATGTTTT 
CTGGATGCTT ATGTTGGACG GGGAAATTCT TACATGGAAT ACGGTCATGA TGAAGCCACC 
AAGCAAGCAC AGAAAGACTT TCTGAAAGCA CTGCATATTA ATCCAGCATA CATAAAAGCC 
AGAATTAGTT TTGGCTATAA TTTGCAGGCC CAAGGAAAAT TCCAGAAAGC TTGGAACCAC 
TTTACCATTG CCATAGATAC TGATCCAAAG AACTACCTAG CCTATGAAGG AAGAGCTGTG 
GTCTGTCTTC AGATGGGTAA TAATTTTGCT GCAATGCAGG ATATTAATGC TGCCATGAAG 
ATCAGTACTA CAGCAGAATT CTTAACAAAT CGTGGGGTGA TTCATGAGTT TATGGGCCAC 
AAACAGAATG CAATGAAAGA CTACCAAGAT GCAATTACTC TAAACCCCAA GTACTCGCTG 
GCTTACTTTA ATGCAGGAAA TATCTACTTT CACCACAGGC AGTTTTCCCA GGCCAGTGAC 
TACTTCTCAA AAGCTTTAAA ATTTGATCCA GAAAATGAAT ATGTTCTCAT GAATCGAGCT 
ATTACAAATA CAATATTAAA GAAATATGAA GAAGCAAAAG AAGATTTTGC AAATGTAATT 
GAAAGCTGTC CCTTTTGGGC TGCAGTATAT TTTAATAGAG CACATTTCTA CTACTGCTTA 
AAGCAATATG AACTAGCTGA GGAAGACCTT AATAAAGCCC TGTCTTTGAA GCCTAATGAT 
GCTCTAGTAT ATAATTTTAG AGCAAAAGTT CGTGGTAAAA TAGGTCTGAT TGAGGAAGCT 
ATGGCTGACT ATAACCAAGC ACTTGATCTT GAAGACTATG CCTCAGTTAT ATGA

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

RefSeq	XP_016876745.1
CDS	1947..6680
Translation	MGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAFDSFTKAVKANPDFAESFYQRGLCKVKLHKDSSILDFNRAITLNPKHYQEMHTGGLGAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	XM_017021256.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X5, mRNA.

Target ORF information:

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

XM_017021256.1

ORF Insert Sequence:

ATGGGAAAAA TGTACCTCAA AACATCACCT ATGCAAGCAG AAACACCTGA GATACAAGCA 
GAGTATAAAT TCCAGATGGG TGCTGAGGAA TCGCAAATGA GCGTGCATAA GGAACTTTCT 
GAAACCATGT CAAGTATTCT CCAGATTGAA CAAGAGGATA TAGAATGGGG ACCCTCAGAA 
GCAGAAAGCA TAGTATTTAA ACCTCAGGAA ATTTCGCAAG TTCAGCCAGC AGAGGAATTA 
AGTAAACCTT TGGAAGATGG ACAGCCCACA AGTGATTCAA AAGAAGCCAA GTGGGTGTCT 
TTAACGGCAA AATCACCAGA ATTCTTGCAA ATCGAAGGAA AAGAAATTAA GCGAATGCGG 
AAACGTAAAT CACTGAGACC AAGAAAGTCT TCAAAACCTC TTTGTGATAA AAAACTACAT 
AAAAAAATTC CACAAGACTA CTCCATGCCG CACCTTCATG ATCTGTGCAC CACCATCCCA 
GCCCAGGAGC TGCCTGTTGA CTTGCGCCTG GCTTCTCGAG TGTATCACAC TGCTAACAGG 
AAAGGCCACG ATACCCTGCT TGGAAAATTT GGAACCTCTT TCTTAGATGA TCGCTTTACA 
GATGAAGAAC AAACAGATAG AATATTGTAT GGAATTCCTG TTATGGATGA CAACCAAGAA 
TATGTCCATA TTCCTCCGAC ACCGCAAGGG ATACCACCTG AATTGGCACA AGGAACTAGA 
GAGCGTGCTC ACAAACCACA CTTGGAAGTC TTGGGAGAGG AAATGTATGC TTATCCAGAA 
TTCACGAAGT TGTTTTGGAA TACAGCTGCA CCTAAATTCT CTGTTCCAGA ATCTGTCATG 
AAGGAAACTC TATATCCAAA ATATGAGAGT GTTCAAGCAA GCAGACTTTT AACTGATAAA 
TTGTCATATA AAAGCAGTGT CATTACTTTA CATCAACATA GCAGAACAAA TTTTTGGTGT 
TTCTTACCAA GAAAATCTGC ATCATTTGAA AGTATCCAAA AATGGTTTAG TGCACAACCT 
ACACAACTAA GGCGAGTAAA ATCTTCTGTA GACTTGAGGA AGGAGAAGAT CATAGCTCCT 
TTGGAAATCA AGAATGATAT GCAAAGCAGT ATAAAAGAGG TTATGTTTCA GAAAGCAAAG 
GAATTGAAAC GTCAGCTCCA GCTCACTAAG CAAAATAAAA CTGAGGAGCC CAACTATGTG 
AAAGAAAGTA TAGATGACAT CTTTGATAAC ATGTGCGAAA AACACAGTTT GAGAAATCTC 
TCTTTGACTC TCATTGAAGC GTCTAAAAAA GCTGGCATTA GTTACATTGT TTATCCCAAG 
AAAAAGAAGA TGAGATGGAA GAAAAGATTG AAACAACAAA AACTTATATT CGTGCATGAA 
GAGTTATCCA AGCCTCCAAA ATCTCTTGAA AGATCAGCAT CTCATGGAAT ACTTCCGGGA 
CAGAAGAAAT ATTTGTTCAA AGTTCCATTA TATGAACGTC AAATACGGTG TCCCAGTTTA 
CCTTTGTATT TAAATTTTGA AAAATTCGTC CAAGCTAAGG GAGGAATTCC AGAAAATATT 
GATCCTCGGA CATGGGCTCT TGATAGGCTC ATTGAGTACA AAGATGCGAG CATACCTGTA 
AAAGAGAAAG ATGATAAAAT ATCAGTTCCT GAAGACCCAC CTGAAAGAGT GAAAGAACCA 
CCAAAACTAA AATTAAATGA TTATGTGGAG TCTGATCTTC CACAAGAGGT CATTAAATAT 
TATGAATCTG AAGTGAAGAT TTTGACTGAA GAAATAAATG ATAAGACAAA ATATCCTGCA 
TTTGCATATT GTAGGCGTGG AGCTATTTAT AGGAAACTGG GAAAGTTGCA GAGTGCCATG 
AATGATCTGC AGAGAGTAAT ACTCTTGGAA CCATTGTTTC TCAATGCCTA TTGGCATCGA 
CATTTAATTT ATCTTTTCCA AGACAAAATT AATGAAGCTT TGGATGACTT GAATTATATA 
CATAAATATA ATAAAAATAA TACAGAGGCA TATTTGTCAA AAGCAGAAAT TTACAGGGGA 
AAAAAAGACA TAACTTTGGC AATTCTAAAC TATACCCAGG CAATTAAATC CACGCCCACA 
GATGCTGATA TCTATTTCAG GAGGGGTGAG ATGTATGAAA TAACAAACAA AGTACTGGCC 
ATTGATGACT TTTCGAAATG TATTTTTTAT GATCCCAAAA GAACAGATGC ATTATTGAAA 
CGTGGGCTGT TTTATTGTGA AAATGAAAAC TGGTTTGCAG CCATAGAGGA TTTTACAGCC 
TTGTTAAATA TAGATCACCA AAATTCTCAA GCAAGGACAT ACCGAGGGAT TGCATATGTT 
AAATGGAAAT TTTATAAAGA AGCAACTCAA GATTTTTCTG CTGCAATTCA CTTAGATCCT 
AATAACTGGT TAGCGTTGTA TTATCGAGGT TGCTTATTCA GAAAGAGTAA CCCTTTTAGA 
GCGCTACAGG ATTATAGTGT TTCAGCACTC ATAAATGATG GCTATGAGAA TCTTGGTTGT 
TTTCTACATC GGGGAATAGT CTATGCACAT CTAAAACTTT GGCTGCTGGC AATTTGTGAC 
TTTGAAACTG TCATTTCTCT AGAAAGAACT ATTACTTTGG CTTATGTAAA TATTGGCCTC 
ATACATCTGC TACACCTGGA TAACTACACG GAAGCTATTT GGCAATTTTC TGAGGCTATT 
AGAATTGATC CTTTATGTAT TCAAAGCTAT CTTTGTCGGG CGGAAACCTA TTTTAAGTTG 
CATAAATTGA AAAAGGCAGT AAATGAATTG TCTCGTGCTA TCCACCTTCA GCCAGATGGA 
ATCCAATTAT ACATAAGAAG AGGACAATAT CTTCTTATGA TGAAATATTA TGATCTTGCA 
AAGTTTACTA TTTATCAAAT AGCAGAAATG GACAAAGGTC TCAGTGAGTT GAGTCCTATG 
CAGCAAGCCC TTATTTATTC ATTTTGTGAA AACCATGACA AGGCCATTGA GGTCTTGGAC 
GGAATCAGCT GGAATAGAGC TGAGATGACC ATGTGTGCTC TATTAGCAAA AGTTCAAATG 
AAGGCCAAGA GAACCAAGGA AGCTGTGGAA GTGCTTAAGA AGGCTTTGGA TGCCATTTCT 
CATTCTGATA AAGGACCAGA TGCCACAGCA ATTTCAGCAG ACTGTCTGTA TAACTTGGGT 
CTTTGTTACA TGGAGGAAGG CAATTTACAA ATGGCTTTTG ATTCTTTTAC AAAAGCTGTG 
AAAGCAAATC CAGATTTTGC AGAAAGCTTT TATCAGCGAG GGCTTTGTAA AGTGAAACTC 
CACAAGGATA GCTCGATTCT GGATTTTAAT CGTGCAATTA CCCTCAATCC AAAACATTAC 
CAGGAGATGC ATACTGGAGG ACTTGGGGCA TATTTAAGCC GAGTAGCATT CTATGGTTTA 
AAAGGCAGGT ATTCCAAAGC AATCTTGAAT TGTAACAAGG CTATTAAAAT TTACCCTGAA 
AGCGTACGTG CCTATCTCTA CAGAGGAGTT CTGAAATACT ACAACAAGAC TTATAAGCTA 
GCAATTACAG ATTTAACTAC AGCTATCAGC ATGGACAAAA ATAGTTATAC AGCATTTTAT 
AACAGAGCAT TATGTTACAC CAAGATAAGG GAACTTCAAA TGGCATTAAC AGATTATGGA 
ATTGTGCTGC TTCTTGATGC TACAGAAACT GTAAAACTAA ATACCTTCCT TAATCGTGGA 
CTCATCTACG TAGAACTAGG CCAGTATGGC TTTGCACTAG AGGATTTTAA ACAAGCTGCA 
CTGATAAGCC GGACTAACGG GAGCCTTTGT CACGCCACTG CCATGTGCCA TCACAGAATT 
AATGAGTTTG AAGAAGCTGT CAATTTCTTT ACTTGGGCTC TTAAAATTAA CCCATGTTTT 
CTGGATGCTT ATGTTGGACG GGGAAATTCT TACATGGAAT ACGGTCATGA TGAAGCCACC 
AAGCAAGCAC AGAAAGACTT TCTGAAAGCA CTGCATATTA ATCCAGCATA CATAAAAGCC 
AGAATTAGTT TTGGCTATAA TTTGCAGGCC CAAGGAAAAT TCCAGAAAGC TTGGAACCAC 
TTTACCATTG CCATAGATAC TGATCCAAAG AACTACCTAG CCTATGAAGG AAGAGCTGTG 
GTCTGTCTTC AGATGGGTAA TAATTTTGCT GCAATGCAGG ATATTAATGC TGCCATGAAG 
ATCAGTACTA CAGCAGAATT CTTAACAAAT CGTGGGGTGA TTCATGAGTT TATGGGCCAC 
AAACAGAATG CAATGAAAGA CTACCAAGAT GCAATTACTC TAAACCCCAA GTACTCGCTG 
GCTTACTTTA ATGCAGGAAA TATCTACTTT CACCACAGGC AGTTTTCCCA GGCCAGTGAC 
TACTTCTCAA AAGCTTTAAA ATTTGATCCA GAAAATGAAT ATGTTCTCAT GAATCGAGCT 
ATTACAAATA CAATATTAAA GAAATATGAA GAAGCAAAAG AAGATTTTGC AAATGTAATT 
GAAAGCTGTC CCTTTTGGGC TGCAGTATAT TTTAATAGAG CACATTTCTA CTACTGCTTA 
AAGCAATATG AACTAGCTGA GGAAGACCTT AATAAAGCCC TGTCTTTGAA GCCTAATGAT 
GCTCTAGTAT ATAATTTTAG AGCAAAAGTT CGTGGTAAAA TAGGTCTGAT TGAGGAAGCT 
ATGGCTGACT ATAACCAAGC ACTTGATCTT GAAGACTATG CCTCAGTTAT ATGA

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

TTC6 ( XM_011537430.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011535732.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu79158
Clone ID Related Accession (Same CDS sequence)	XM_011537430.2
Accession Version	XM_011537430.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4290bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011537430.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGCACC TTCATGATCT GTGCACCACC ATCCCAGCCC AGGAGCTGCC TGTTGACTTG 
CGCCTGGCTT CTCGAGTGTA TCACACTGCT AACAGGAAAG GCCACGATAC CCTGCTTGGA 
AAATTTGGAA CCTCTTTCTT AGATGATCGC TTTACAGATG AAGAACAAAC AGATAGAATA 
TTGTATGGAA TTCCTGTTAT GGATGACAAC CAAGAATATG TCCATATTCC TCCGACACCG 
CAAGGGATAC CACCTGAATT GGCACAAGGA ACTAGAGAGC GTGCTCACAA ACCACACTTG 
GAAGTCTTGG GAGAGGAAAT GTATGCTTAT CCAGAATTCA CGAAGTTGTT TTGGAATACA 
GCTGCACCTA AATTCTCTGT TCCAGAATCT GTCATGAAGG AAACTCTATA TCCAAAATAT 
GAGAGTGTTC AAGCAAGCAG ACTTTTAACT GATAAATTGT CATATAAAAG CAGTGTCATT 
ACTTTACATC AACATAGCAG AACAAATTTT TGGTGTTTCT TACCAAGAAA ATCTGCATCA 
TTTGAAAGTA TCCAAAAATG GTTTAGTGCA CAACCTACAC AACTAAGGCG AGTAAAATCT 
TCTGTAGACT TGAGGAAGGA GAAGATCATA GCTCCTTTGG AAATCAAGAA TGATATGCAA 
AGCAGTATAA AAGAGGTTAT GTTTCAGAAA GCAAAGGAAT TGAAACGTCA GCTCCAGCTC 
ACTAAGCAAA ATAAAACTGA GGAGCCCAAC TATGTGAAAG AAAGTATAGA TGACATCTTT 
GATAACATGT GCGAAAAACA CAGTTTGAGA AATCTCTCTT TGACTCTCAT TGAAGCGTCT 
AAAAAAGCTG GCATTAGTTA CATTGTTTAT CCCAAGAAAA AGAAGATGAG ATGGAAGAAA 
AGATTGAAAC AACAAAAACT TATATTCGTG CATGAAGAGT TATCCAAGCC TCCAAAATCT 
CTTGAAAGAT CAGCATCTCA TGGAATACTT CCGGGACAGA AGAAATATTT GTTCAAAGTT 
CCATTATATG AACGTCAAAT ACGGTGTCCC AGTTTACCTT TGTATTTAAA TTTTGAAAAA 
TTCGTCCAAG CTAAGGGAGG AATTCCAGAA AATATTGATC CTCGGACATG GGCTCTTGAT 
AGGCTCATTG AGTACAAAGA TGCGAGCATA CCTGTAAAAG AGAAAGATGA TAAAATATCA 
GTTCCTGAAG ACCCACCTGA AAGAGTGAAA GAACCACCAA AACTAAAATT AAATGATTAT 
GTGGAGTCTG ATCTTCCACA AGAGGTCATT AAATATTATG AATCTGAAGT GAAGATTTTG 
ACTGAAGAAA TAAATGATAA GACAAAATAT CCTGCATTTG CATATTGTAG GCGTGGAGCT 
ATTTATAGGA AACTGGGAAA GTTGCAGAGT GCCATGAATG ATCTGCAGAG AGTAATACTC 
TTGGAACCAT TGTTTCTCAA TGCCTATTGG CATCGACATT TAATTTATCT TTTCCAAGAC 
AAAATTAATG AAGCTTTGGA TGACTTGAAT TATATACATA AATATAATAA AAATAATACA 
GAGGCATATT TGTCAAAAGC AGAAATTTAC AGGGGAAAAA AAGACATAAC TTTGGCAATT 
CTAAACTATA CCCAGGCAAT TAAATCCACG CCCACAGATG CTGATATCTA TTTCAGGAGG 
GGTGAGATGT ATGAAATAAC AAACAAAGTA CTGGCCATTG ATGACTTTTC GAAATGTATT 
TTTTATGATC CCAAAAGAAC AGATGCATTA TTGAAACGTG GGCTGTTTTA TTGTGAAAAT 
GAAAACTGGT TTGCAGCCAT AGAGGATTTT ACAGCCTTGT TAAATATAGA TCACCAAAAT 
TCTCAAGCAA GGACATACCG AGGGATTGCA TATGTTAAAT GGAAATTTTA TAAAGAAGCA 
ACTCAAGATT TTTCTGCTGC AATTCACTTA GATCCTAATA ACTGGTTAGC GTTGTATTAT 
CGAGGTTGCT TATTCAGAAA GAGTAACCCT TTTAGAGCGC TACAGGATTA TAGTGTTTCA 
GCACTCATAA ATGATGGCTA TGAGAATCTT GGTTGTTTTC TACATCGGGG AATAGTCTAT 
GCACATCTAA AACTTTGGCT GCTGGCAATT TGTGACTTTG AAACTGTCAT TTCTCTAGAA 
AGAACTATTA CTTTGGCTTA TGTAAATATT GGCCTCATAC ATCTGCTACA CCTGGATAAC 
TACACGGAAG CTATTTGGCA ATTTTCTGAG GCTATTAGAA TTGATCCTTT ATGTATTCAA 
AGCTATCTTT GTCGGGCGGA AACCTATTTT AAGTTGCATA AATTGAAAAA GGCAGTAAAT 
GAATTGTCTC GTGCTATCCA CCTTCAGCCA GATGGAATCC AATTATACAT AAGAAGAGGA 
CAATATCTTC TTATGATGAA ATATTATGAT CTTGCAAAGT TTACTATTTA TCAAATAGCA 
GAAATGGACA AAGGTCTCAG TGAGTTGAGT CCTATGCAGC AAGCCCTTAT TTATTCATTT 
TGTGAAAACC ATGACAAGGC CATTGAGGTC TTGGACGGAA TCAGCTGGAA TAGAGCTGAG 
ATGACCATGT GTGCTCTATT AGCAAAAGTT CAAATGAAGG CCAAGAGAAC CAAGGAAGCT 
GTGGAAGTGC TTAAGAAGGC TTTGGATGCC ATTTCTCATT CTGATAAAGG ACCAGATGCC 
ACAGCAATTT CAGCAGACTG TCTGTATAAC TTGGGTCTTT GTTACATGGA GGAAGGCAAT 
TTACAAATGG CTTTTGATTC TTTTACAAAA GCTGTGAAAG CAAATCCAGA TTTTGCAGAA 
AGCTTTTATC AGCGAGGGCT TTGTAAAGTG AAACTCCACA AGGATAGCTC GATTCTGGAT 
TTTAATCGTG CAATTACCCT CAATCCAAAA CATTACCAGG AGATGCATAC TGGAGGACTT 
GGGGCATATT TAAGCCGAGT AGCATTCTAT GGTTTAAAAG GCAGGTATTC CAAAGCAATC 
TTGAATTGTA ACAAGGCTAT TAAAATTTAC CCTGAAAGCG TACGTGCCTA TCTCTACAGA 
GGAGTTCTGA AATACTACAA CAAGACTTAT AAGCTAGCAA TTACAGATTT AACTACAGCT 
ATCAGCATGG ACAAAAATAG TTATACAGCA TTTTATAACA GAGCATTATG TTACACCAAG 
ATAAGGGAAC TTCAAATGGC ATTAACAGAT TATGGAATTG TGCTGCTTCT TGATGCTACA 
GAAACTGTAA AACTAAATAC CTTCCTTAAT CGTGGACTCA TCTACGTAGA ACTAGGCCAG 
TATGGCTTTG CACTAGAGGA TTTTAAACAA GCTGCACTGA TAAGCCGGAC TAACGGGAGC 
CTTTGTCACG CCACTGCCAT GTGCCATCAC AGAATTAATG AGTTTGAAGA AGCTGTCAAT 
TTCTTTACTT GGGCTCTTAA AATTAACCCA TGTTTTCTGG ATGCTTATGT TGGACGGGGA 
AATTCTTACA TGGAATACGG TCATGATGAA GCCACCAAGC AAGCACAGAA AGACTTTCTG 
AAAGCACTGC ATATTAATCC AGCATACATA AAAGCCAGAA TTAGTTTTGG CTATAATTTG 
CAGGCCCAAG GAAAATTCCA GAAAGCTTGG AACCACTTTA CCATTGCCAT AGATACTGAT 
CCAAAGAACT ACCTAGCCTA TGAAGGAAGA GCTGTGGTCT GTCTTCAGAT GGGTAATAAT 
TTTGCTGCAA TGCAGGATAT TAATGCTGCC ATGAAGATCA GTACTACAGC AGAATTCTTA 
ACAAATCGTG GGGTGATTCA TGAGTTTATG GGCCACAAAC AGAATGCAAT GAAAGACTAC 
CAAGATGCAA TTACTCTAAA CCCCAAGTAC TCGCTGGCTT ACTTTAATGC AGGAAATATC 
TACTTTCACC ACAGGCAGTT TTCCCAGGCC AGTGACTACT TCTCAAAAGC TTTAAAATTT 
GATCCAGAAA ATGAATATGT TCTCATGAAT CGAGCTATTA CAAATACAAT ATTAAAGAAA 
TATGAAGAAG CAAAAGAAGA TTTTGCAAAT GTAATTGAAA GCTGTCCCTT TTGGGCTGCA 
GTATATTTTA ATAGAGCACA TTTCTACTAC TGCTTAAAGC AATATGAACT AGCTGAGGAA 
GACCTTAATA AAGCCCTGTC TTTGAAGCCT AATGATGCTC TAGTATATAA TTTTAGAGCA 
AAAGTTCGTG GTAAAATAGG TCTGATTGAG GAAGCTATGG CTGACTATAA CCAAGCACTT 
GATCTTGAAG ACTATGCCTC AGTTATATGA

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

RefSeq	XP_011535732.1
CDS	109..4398
Translation	MPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAFDSFTKAVKANPDFAESFYQRGLCKVKLHKDSSILDFNRAITLNPKHYQEMHTGGLGAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	XM_011537430.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X6, mRNA.

Target ORF information:

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

XM_011537430.2

ORF Insert Sequence:

ATGCCGCACC TTCATGATCT GTGCACCACC ATCCCAGCCC AGGAGCTGCC TGTTGACTTG 
CGCCTGGCTT CTCGAGTGTA TCACACTGCT AACAGGAAAG GCCACGATAC CCTGCTTGGA 
AAATTTGGAA CCTCTTTCTT AGATGATCGC TTTACAGATG AAGAACAAAC AGATAGAATA 
TTGTATGGAA TTCCTGTTAT GGATGACAAC CAAGAATATG TCCATATTCC TCCGACACCG 
CAAGGGATAC CACCTGAATT GGCACAAGGA ACTAGAGAGC GTGCTCACAA ACCACACTTG 
GAAGTCTTGG GAGAGGAAAT GTATGCTTAT CCAGAATTCA CGAAGTTGTT TTGGAATACA 
GCTGCACCTA AATTCTCTGT TCCAGAATCT GTCATGAAGG AAACTCTATA TCCAAAATAT 
GAGAGTGTTC AAGCAAGCAG ACTTTTAACT GATAAATTGT CATATAAAAG CAGTGTCATT 
ACTTTACATC AACATAGCAG AACAAATTTT TGGTGTTTCT TACCAAGAAA ATCTGCATCA 
TTTGAAAGTA TCCAAAAATG GTTTAGTGCA CAACCTACAC AACTAAGGCG AGTAAAATCT 
TCTGTAGACT TGAGGAAGGA GAAGATCATA GCTCCTTTGG AAATCAAGAA TGATATGCAA 
AGCAGTATAA AAGAGGTTAT GTTTCAGAAA GCAAAGGAAT TGAAACGTCA GCTCCAGCTC 
ACTAAGCAAA ATAAAACTGA GGAGCCCAAC TATGTGAAAG AAAGTATAGA TGACATCTTT 
GATAACATGT GCGAAAAACA CAGTTTGAGA AATCTCTCTT TGACTCTCAT TGAAGCGTCT 
AAAAAAGCTG GCATTAGTTA CATTGTTTAT CCCAAGAAAA AGAAGATGAG ATGGAAGAAA 
AGATTGAAAC AACAAAAACT TATATTCGTG CATGAAGAGT TATCCAAGCC TCCAAAATCT 
CTTGAAAGAT CAGCATCTCA TGGAATACTT CCGGGACAGA AGAAATATTT GTTCAAAGTT 
CCATTATATG AACGTCAAAT ACGGTGTCCC AGTTTACCTT TGTATTTAAA TTTTGAAAAA 
TTCGTCCAAG CTAAGGGAGG AATTCCAGAA AATATTGATC CTCGGACATG GGCTCTTGAT 
AGGCTCATTG AGTACAAAGA TGCGAGCATA CCTGTAAAAG AGAAAGATGA TAAAATATCA 
GTTCCTGAAG ACCCACCTGA AAGAGTGAAA GAACCACCAA AACTAAAATT AAATGATTAT 
GTGGAGTCTG ATCTTCCACA AGAGGTCATT AAATATTATG AATCTGAAGT GAAGATTTTG 
ACTGAAGAAA TAAATGATAA GACAAAATAT CCTGCATTTG CATATTGTAG GCGTGGAGCT 
ATTTATAGGA AACTGGGAAA GTTGCAGAGT GCCATGAATG ATCTGCAGAG AGTAATACTC 
TTGGAACCAT TGTTTCTCAA TGCCTATTGG CATCGACATT TAATTTATCT TTTCCAAGAC 
AAAATTAATG AAGCTTTGGA TGACTTGAAT TATATACATA AATATAATAA AAATAATACA 
GAGGCATATT TGTCAAAAGC AGAAATTTAC AGGGGAAAAA AAGACATAAC TTTGGCAATT 
CTAAACTATA CCCAGGCAAT TAAATCCACG CCCACAGATG CTGATATCTA TTTCAGGAGG 
GGTGAGATGT ATGAAATAAC AAACAAAGTA CTGGCCATTG ATGACTTTTC GAAATGTATT 
TTTTATGATC CCAAAAGAAC AGATGCATTA TTGAAACGTG GGCTGTTTTA TTGTGAAAAT 
GAAAACTGGT TTGCAGCCAT AGAGGATTTT ACAGCCTTGT TAAATATAGA TCACCAAAAT 
TCTCAAGCAA GGACATACCG AGGGATTGCA TATGTTAAAT GGAAATTTTA TAAAGAAGCA 
ACTCAAGATT TTTCTGCTGC AATTCACTTA GATCCTAATA ACTGGTTAGC GTTGTATTAT 
CGAGGTTGCT TATTCAGAAA GAGTAACCCT TTTAGAGCGC TACAGGATTA TAGTGTTTCA 
GCACTCATAA ATGATGGCTA TGAGAATCTT GGTTGTTTTC TACATCGGGG AATAGTCTAT 
GCACATCTAA AACTTTGGCT GCTGGCAATT TGTGACTTTG AAACTGTCAT TTCTCTAGAA 
AGAACTATTA CTTTGGCTTA TGTAAATATT GGCCTCATAC ATCTGCTACA CCTGGATAAC 
TACACGGAAG CTATTTGGCA ATTTTCTGAG GCTATTAGAA TTGATCCTTT ATGTATTCAA 
AGCTATCTTT GTCGGGCGGA AACCTATTTT AAGTTGCATA AATTGAAAAA GGCAGTAAAT 
GAATTGTCTC GTGCTATCCA CCTTCAGCCA GATGGAATCC AATTATACAT AAGAAGAGGA 
CAATATCTTC TTATGATGAA ATATTATGAT CTTGCAAAGT TTACTATTTA TCAAATAGCA 
GAAATGGACA AAGGTCTCAG TGAGTTGAGT CCTATGCAGC AAGCCCTTAT TTATTCATTT 
TGTGAAAACC ATGACAAGGC CATTGAGGTC TTGGACGGAA TCAGCTGGAA TAGAGCTGAG 
ATGACCATGT GTGCTCTATT AGCAAAAGTT CAAATGAAGG CCAAGAGAAC CAAGGAAGCT 
GTGGAAGTGC TTAAGAAGGC TTTGGATGCC ATTTCTCATT CTGATAAAGG ACCAGATGCC 
ACAGCAATTT CAGCAGACTG TCTGTATAAC TTGGGTCTTT GTTACATGGA GGAAGGCAAT 
TTACAAATGG CTTTTGATTC TTTTACAAAA GCTGTGAAAG CAAATCCAGA TTTTGCAGAA 
AGCTTTTATC AGCGAGGGCT TTGTAAAGTG AAACTCCACA AGGATAGCTC GATTCTGGAT 
TTTAATCGTG CAATTACCCT CAATCCAAAA CATTACCAGG AGATGCATAC TGGAGGACTT 
GGGGCATATT TAAGCCGAGT AGCATTCTAT GGTTTAAAAG GCAGGTATTC CAAAGCAATC 
TTGAATTGTA ACAAGGCTAT TAAAATTTAC CCTGAAAGCG TACGTGCCTA TCTCTACAGA 
GGAGTTCTGA AATACTACAA CAAGACTTAT AAGCTAGCAA TTACAGATTT AACTACAGCT 
ATCAGCATGG ACAAAAATAG TTATACAGCA TTTTATAACA GAGCATTATG TTACACCAAG 
ATAAGGGAAC TTCAAATGGC ATTAACAGAT TATGGAATTG TGCTGCTTCT TGATGCTACA 
GAAACTGTAA AACTAAATAC CTTCCTTAAT CGTGGACTCA TCTACGTAGA ACTAGGCCAG 
TATGGCTTTG CACTAGAGGA TTTTAAACAA GCTGCACTGA TAAGCCGGAC TAACGGGAGC 
CTTTGTCACG CCACTGCCAT GTGCCATCAC AGAATTAATG AGTTTGAAGA AGCTGTCAAT 
TTCTTTACTT GGGCTCTTAA AATTAACCCA TGTTTTCTGG ATGCTTATGT TGGACGGGGA 
AATTCTTACA TGGAATACGG TCATGATGAA GCCACCAAGC AAGCACAGAA AGACTTTCTG 
AAAGCACTGC ATATTAATCC AGCATACATA AAAGCCAGAA TTAGTTTTGG CTATAATTTG 
CAGGCCCAAG GAAAATTCCA GAAAGCTTGG AACCACTTTA CCATTGCCAT AGATACTGAT 
CCAAAGAACT ACCTAGCCTA TGAAGGAAGA GCTGTGGTCT GTCTTCAGAT GGGTAATAAT 
TTTGCTGCAA TGCAGGATAT TAATGCTGCC ATGAAGATCA GTACTACAGC AGAATTCTTA 
ACAAATCGTG GGGTGATTCA TGAGTTTATG GGCCACAAAC AGAATGCAAT GAAAGACTAC 
CAAGATGCAA TTACTCTAAA CCCCAAGTAC TCGCTGGCTT ACTTTAATGC AGGAAATATC 
TACTTTCACC ACAGGCAGTT TTCCCAGGCC AGTGACTACT TCTCAAAAGC TTTAAAATTT 
GATCCAGAAA ATGAATATGT TCTCATGAAT CGAGCTATTA CAAATACAAT ATTAAAGAAA 
TATGAAGAAG CAAAAGAAGA TTTTGCAAAT GTAATTGAAA GCTGTCCCTT TTGGGCTGCA 
GTATATTTTA ATAGAGCACA TTTCTACTAC TGCTTAAAGC AATATGAACT AGCTGAGGAA 
GACCTTAATA AAGCCCTGTC TTTGAAGCCT AATGATGCTC TAGTATATAA TTTTAGAGCA 
AAAGTTCGTG GTAAAATAGG TCTGATTGAG GAAGCTATGG CTGACTATAA CCAAGCACTT 
GATCTTGAAG ACTATGCCTC AGTTATATGA

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

TTC6 ( NM_001310135.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001297064.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), mRNA.

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CloneID	OHu79154
Clone ID Related Accession (Same CDS sequence)	NM_001310135.1 , NM_001310135.2
Accession Version	NM_001310135.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5709bp) 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	2018-07-22
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL121790.4, AL136296.3 and AL163151.1. On or before Jun 30, 2015 this sequence version replaced XM_006720346.2, XM_006726554.2. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2153427, SAMN04284274 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCTTTTGA TTCTTTTACA AAAGCTGTGA AAGCAAATCC AGATTTTGCA 
GAAAGCTTTT ATCAGCGAGG GCTTTGTAAA GTGAAACTCC ACAAGGATAG CTCGATTCTG 
GATTTTAATC GTGCAATTAC CCTCAATCCA AAACATTACC AGGCATATTT AAGCCGAGTA 
GCATTCTATG GTTTAAAAGG CAGGTATTCC AAAGCAATCT TGAATTGTAA CAAGGCTATT 
AAAATTTACC CTGAAAGCGT ACGTGCCTAT CTCTACAGAG GAGTTCTGAA ATACTACAAC 
AAGACTTATA AGCTAGCAAT TACAGATTTA ACTACAGCTA TCAGCATGGA CAAAAATAGT 
TATACAGCAT TTTATAACAG AGCATTATGT TACACCAAGA TAAGGGAACT TCAAATGGCA 
TTAACAGATT ATGGAATTGT GCTGCTTCTT GATGCTACAG AAACTGTAAA ACTAAATACC 
TTCCTTAATC GTGGACTCAT CTACGTAGAA CTAGGCCAGT ATGGCTTTGC ACTAGAGGAT 
TTTAAACAAG CTGCACTGAT AAGCCGGACT AACGGGAGCC TTTGTCACGC CACTGCCATG 
TGCCATCACA GAATTAATGA GTTTGAAGAA GCTGTCAATT TCTTTACTTG GGCTCTTAAA 
ATTAACCCAT GTTTTCTGGA TGCTTATGTT GGACGGGGAA ATTCTTACAT GGAATACGGT 
CATGATGAAG CCACCAAGCA AGCACAGAAA GACTTTCTGA AAGCACTGCA TATTAATCCA 
GCATACATAA AAGCCAGAAT TAGTTTTGGC TATAATTTGC AGGCCCAAGG AAAATTCCAG 
AAAGCTTGGA ACCACTTTAC CATTGCCATA GATACTGATC CAAAGAACTA CCTAGCCTAT 
GAAGGAAGAG CTGTGGTCTG TCTTCAGATG GGTAATAATT TTGCTGCAAT GCAGGATATT 
AATGCTGCCA TGAAGATCAG TACTACAGCA GAATTCTTAA CAAATCGTGG GGTGATTCAT 
GAGTTTATGG GCCACAAACA GAATGCAATG AAAGACTACC AAGATGCAAT TACTCTAAAC 
CCCAAGTACT CGCTGGCTTA CTTTAATGCA GGAAATATCT ACTTTCACCA CAGGCAGTTT 
TCCCAGGCCA GTGACTACTT CTCAAAAGCT TTAAAATTTG ATCCAGAAAA TGAATATGTT 
CTCATGAATC GAGCTATTAC AAATACAATA TTAAAGAAAT ATGAAGAAGC AAAAGAAGAT 
TTTGCAAATG TAATTGAAAG CTGTCCCTTT TGGGCTGCAG TATATTTTAA TAGAGCACAT 
TTCTACTACT GCTTAAAGCA ATATGAACTA GCTGAGGAAG ACCTTAATAA AGCCCTGTCT 
TTGAAGCCTA ATGATGCTCT AGTATATAAT TTTAGAGCAA AAGTTCGTGG TAAAATAGGT 
CTGATTGAGG AAGCTATGGC TGACTATAAC CAAGCACTTG ATCTTGAAGA CTATGCCTCA 
GTTATATGA

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

RefSeq	NP_001297064.1
CDS	858..6566
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAFDSFTKAVKANPDFAESFYQRGLCKVKLHKDSSILDFNRAITLNPKHYQAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	NM_001310135.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), mRNA.

Target ORF information:

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

NM_001310135.1

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCTTTTGA TTCTTTTACA AAAGCTGTGA AAGCAAATCC AGATTTTGCA 
GAAAGCTTTT ATCAGCGAGG GCTTTGTAAA GTGAAACTCC ACAAGGATAG CTCGATTCTG 
GATTTTAATC GTGCAATTAC CCTCAATCCA AAACATTACC AGGCATATTT AAGCCGAGTA 
GCATTCTATG GTTTAAAAGG CAGGTATTCC AAAGCAATCT TGAATTGTAA CAAGGCTATT 
AAAATTTACC CTGAAAGCGT ACGTGCCTAT CTCTACAGAG GAGTTCTGAA ATACTACAAC 
AAGACTTATA AGCTAGCAAT TACAGATTTA ACTACAGCTA TCAGCATGGA CAAAAATAGT 
TATACAGCAT TTTATAACAG AGCATTATGT TACACCAAGA TAAGGGAACT TCAAATGGCA 
TTAACAGATT ATGGAATTGT GCTGCTTCTT GATGCTACAG AAACTGTAAA ACTAAATACC 
TTCCTTAATC GTGGACTCAT CTACGTAGAA CTAGGCCAGT ATGGCTTTGC ACTAGAGGAT 
TTTAAACAAG CTGCACTGAT AAGCCGGACT AACGGGAGCC TTTGTCACGC CACTGCCATG 
TGCCATCACA GAATTAATGA GTTTGAAGAA GCTGTCAATT TCTTTACTTG GGCTCTTAAA 
ATTAACCCAT GTTTTCTGGA TGCTTATGTT GGACGGGGAA ATTCTTACAT GGAATACGGT 
CATGATGAAG CCACCAAGCA AGCACAGAAA GACTTTCTGA AAGCACTGCA TATTAATCCA 
GCATACATAA AAGCCAGAAT TAGTTTTGGC TATAATTTGC AGGCCCAAGG AAAATTCCAG 
AAAGCTTGGA ACCACTTTAC CATTGCCATA GATACTGATC CAAAGAACTA CCTAGCCTAT 
GAAGGAAGAG CTGTGGTCTG TCTTCAGATG GGTAATAATT TTGCTGCAAT GCAGGATATT 
AATGCTGCCA TGAAGATCAG TACTACAGCA GAATTCTTAA CAAATCGTGG GGTGATTCAT 
GAGTTTATGG GCCACAAACA GAATGCAATG AAAGACTACC AAGATGCAAT TACTCTAAAC 
CCCAAGTACT CGCTGGCTTA CTTTAATGCA GGAAATATCT ACTTTCACCA CAGGCAGTTT 
TCCCAGGCCA GTGACTACTT CTCAAAAGCT TTAAAATTTG ATCCAGAAAA TGAATATGTT 
CTCATGAATC GAGCTATTAC AAATACAATA TTAAAGAAAT ATGAAGAAGC AAAAGAAGAT 
TTTGCAAATG TAATTGAAAG CTGTCCCTTT TGGGCTGCAG TATATTTTAA TAGAGCACAT 
TTCTACTACT GCTTAAAGCA ATATGAACTA GCTGAGGAAG ACCTTAATAA AGCCCTGTCT 
TTGAAGCCTA ATGATGCTCT AGTATATAAT TTTAGAGCAA AAGTTCGTGG TAAAATAGGT 
CTGATTGAGG AAGCTATGGC TGACTATAAC CAAGCACTTG ATCTTGAAGA CTATGCCTCA 
GTTATATGA

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

TTC6 ( NM_001310135.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001297064.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant 1, mRNA.

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CloneID	OHu79154
Clone ID Related Accession (Same CDS sequence)	NM_001310135.1 , NM_001310135.2
Accession Version	NM_001310135.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5709bp) 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	2019-08-07
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL121790.4, AL136296.3 and AL163151.1. On Jan 16, 2019 this sequence version replaced NM_001310135.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2153427, SAMN04284274 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCTTTTGA TTCTTTTACA AAAGCTGTGA AAGCAAATCC AGATTTTGCA 
GAAAGCTTTT ATCAGCGAGG GCTTTGTAAA GTGAAACTCC ACAAGGATAG CTCGATTCTG 
GATTTTAATC GTGCAATTAC CCTCAATCCA AAACATTACC AGGCATATTT AAGCCGAGTA 
GCATTCTATG GTTTAAAAGG CAGGTATTCC AAAGCAATCT TGAATTGTAA CAAGGCTATT 
AAAATTTACC CTGAAAGCGT ACGTGCCTAT CTCTACAGAG GAGTTCTGAA ATACTACAAC 
AAGACTTATA AGCTAGCAAT TACAGATTTA ACTACAGCTA TCAGCATGGA CAAAAATAGT 
TATACAGCAT TTTATAACAG AGCATTATGT TACACCAAGA TAAGGGAACT TCAAATGGCA 
TTAACAGATT ATGGAATTGT GCTGCTTCTT GATGCTACAG AAACTGTAAA ACTAAATACC 
TTCCTTAATC GTGGACTCAT CTACGTAGAA CTAGGCCAGT ATGGCTTTGC ACTAGAGGAT 
TTTAAACAAG CTGCACTGAT AAGCCGGACT AACGGGAGCC TTTGTCACGC CACTGCCATG 
TGCCATCACA GAATTAATGA GTTTGAAGAA GCTGTCAATT TCTTTACTTG GGCTCTTAAA 
ATTAACCCAT GTTTTCTGGA TGCTTATGTT GGACGGGGAA ATTCTTACAT GGAATACGGT 
CATGATGAAG CCACCAAGCA AGCACAGAAA GACTTTCTGA AAGCACTGCA TATTAATCCA 
GCATACATAA AAGCCAGAAT TAGTTTTGGC TATAATTTGC AGGCCCAAGG AAAATTCCAG 
AAAGCTTGGA ACCACTTTAC CATTGCCATA GATACTGATC CAAAGAACTA CCTAGCCTAT 
GAAGGAAGAG CTGTGGTCTG TCTTCAGATG GGTAATAATT TTGCTGCAAT GCAGGATATT 
AATGCTGCCA TGAAGATCAG TACTACAGCA GAATTCTTAA CAAATCGTGG GGTGATTCAT 
GAGTTTATGG GCCACAAACA GAATGCAATG AAAGACTACC AAGATGCAAT TACTCTAAAC 
CCCAAGTACT CGCTGGCTTA CTTTAATGCA GGAAATATCT ACTTTCACCA CAGGCAGTTT 
TCCCAGGCCA GTGACTACTT CTCAAAAGCT TTAAAATTTG ATCCAGAAAA TGAATATGTT 
CTCATGAATC GAGCTATTAC AAATACAATA TTAAAGAAAT ATGAAGAAGC AAAAGAAGAT 
TTTGCAAATG TAATTGAAAG CTGTCCCTTT TGGGCTGCAG TATATTTTAA TAGAGCACAT 
TTCTACTACT GCTTAAAGCA ATATGAACTA GCTGAGGAAG ACCTTAATAA AGCCCTGTCT 
TTGAAGCCTA ATGATGCTCT AGTATATAAT TTTAGAGCAA AAGTTCGTGG TAAAATAGGT 
CTGATTGAGG AAGCTATGGC TGACTATAAC CAAGCACTTG ATCTTGAAGA CTATGCCTCA 
GTTATATGA

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

RefSeq	NP_001297064.1
CDS	428..6136
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAFDSFTKAVKANPDFAESFYQRGLCKVKLHKDSSILDFNRAITLNPKHYQAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	NM_001310135.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant 1, mRNA.

Target ORF information:

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

NM_001310135.2

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCTTTTGA TTCTTTTACA AAAGCTGTGA AAGCAAATCC AGATTTTGCA 
GAAAGCTTTT ATCAGCGAGG GCTTTGTAAA GTGAAACTCC ACAAGGATAG CTCGATTCTG 
GATTTTAATC GTGCAATTAC CCTCAATCCA AAACATTACC AGGCATATTT AAGCCGAGTA 
GCATTCTATG GTTTAAAAGG CAGGTATTCC AAAGCAATCT TGAATTGTAA CAAGGCTATT 
AAAATTTACC CTGAAAGCGT ACGTGCCTAT CTCTACAGAG GAGTTCTGAA ATACTACAAC 
AAGACTTATA AGCTAGCAAT TACAGATTTA ACTACAGCTA TCAGCATGGA CAAAAATAGT 
TATACAGCAT TTTATAACAG AGCATTATGT TACACCAAGA TAAGGGAACT TCAAATGGCA 
TTAACAGATT ATGGAATTGT GCTGCTTCTT GATGCTACAG AAACTGTAAA ACTAAATACC 
TTCCTTAATC GTGGACTCAT CTACGTAGAA CTAGGCCAGT ATGGCTTTGC ACTAGAGGAT 
TTTAAACAAG CTGCACTGAT AAGCCGGACT AACGGGAGCC TTTGTCACGC CACTGCCATG 
TGCCATCACA GAATTAATGA GTTTGAAGAA GCTGTCAATT TCTTTACTTG GGCTCTTAAA 
ATTAACCCAT GTTTTCTGGA TGCTTATGTT GGACGGGGAA ATTCTTACAT GGAATACGGT 
CATGATGAAG CCACCAAGCA AGCACAGAAA GACTTTCTGA AAGCACTGCA TATTAATCCA 
GCATACATAA AAGCCAGAAT TAGTTTTGGC TATAATTTGC AGGCCCAAGG AAAATTCCAG 
AAAGCTTGGA ACCACTTTAC CATTGCCATA GATACTGATC CAAAGAACTA CCTAGCCTAT 
GAAGGAAGAG CTGTGGTCTG TCTTCAGATG GGTAATAATT TTGCTGCAAT GCAGGATATT 
AATGCTGCCA TGAAGATCAG TACTACAGCA GAATTCTTAA CAAATCGTGG GGTGATTCAT 
GAGTTTATGG GCCACAAACA GAATGCAATG AAAGACTACC AAGATGCAAT TACTCTAAAC 
CCCAAGTACT CGCTGGCTTA CTTTAATGCA GGAAATATCT ACTTTCACCA CAGGCAGTTT 
TCCCAGGCCA GTGACTACTT CTCAAAAGCT TTAAAATTTG ATCCAGAAAA TGAATATGTT 
CTCATGAATC GAGCTATTAC AAATACAATA TTAAAGAAAT ATGAAGAAGC AAAAGAAGAT 
TTTGCAAATG TAATTGAAAG CTGTCCCTTT TGGGCTGCAG TATATTTTAA TAGAGCACAT 
TTCTACTACT GCTTAAAGCA ATATGAACTA GCTGAGGAAG ACCTTAATAA AGCCCTGTCT 
TTGAAGCCTA ATGATGCTCT AGTATATAAT TTTAGAGCAA AAGTTCGTGG TAAAATAGGT 
CTGATTGAGG AAGCTATGGC TGACTATAAC CAAGCACTTG ATCTTGAAGA CTATGCCTCA 
GTTATATGA

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

TTC6 ( XM_011537432.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011535734.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X9, mRNA.

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CloneID	OHu79157
Clone ID Related Accession (Same CDS sequence)	XM_011537432.2
Accession Version	XM_011537432.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3495bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011537432.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGAACCTG AATGA

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

RefSeq	XP_011535734.1
CDS	858..4352
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSEPE

Target ORF information:

RefSeq Version	XM_011537432.2
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X9, mRNA.

Target ORF information:

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

XM_011537432.2

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGAACCTG AATGA

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

TTC6 ( XM_017021254.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016876743.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X2, mRNA.

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CloneID	OHu84882
Clone ID Related Accession (Same CDS sequence)	XM_017021254.1
Accession Version	XM_017021254.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5559bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCATATTT AAGCCGAGTA GCATTCTATG GTTTAAAAGG CAGGTATTCC 
AAAGCAATCT TGAATTGTAA CAAGGCTATT AAAATTTACC CTGAAAGCGT ACGTGCCTAT 
CTCTACAGAG GAGTTCTGAA ATACTACAAC AAGACTTATA AGCTAGCAAT TACAGATTTA 
ACTACAGCTA TCAGCATGGA CAAAAATAGT TATACAGCAT TTTATAACAG AGCATTATGT 
TACACCAAGA TAAGGGAACT TCAAATGGCA TTAACAGATT ATGGAATTGT GCTGCTTCTT 
GATGCTACAG AAACTGTAAA ACTAAATACC TTCCTTAATC GTGGACTCAT CTACGTAGAA 
CTAGGCCAGT ATGGCTTTGC ACTAGAGGAT TTTAAACAAG CTGCACTGAT AAGCCGGACT 
AACGGGAGCC TTTGTCACGC CACTGCCATG TGCCATCACA GAATTAATGA GTTTGAAGAA 
GCTGTCAATT TCTTTACTTG GGCTCTTAAA ATTAACCCAT GTTTTCTGGA TGCTTATGTT 
GGACGGGGAA ATTCTTACAT GGAATACGGT CATGATGAAG CCACCAAGCA AGCACAGAAA 
GACTTTCTGA AAGCACTGCA TATTAATCCA GCATACATAA AAGCCAGAAT TAGTTTTGGC 
TATAATTTGC AGGCCCAAGG AAAATTCCAG AAAGCTTGGA ACCACTTTAC CATTGCCATA 
GATACTGATC CAAAGAACTA CCTAGCCTAT GAAGGAAGAG CTGTGGTCTG TCTTCAGATG 
GGTAATAATT TTGCTGCAAT GCAGGATATT AATGCTGCCA TGAAGATCAG TACTACAGCA 
GAATTCTTAA CAAATCGTGG GGTGATTCAT GAGTTTATGG GCCACAAACA GAATGCAATG 
AAAGACTACC AAGATGCAAT TACTCTAAAC CCCAAGTACT CGCTGGCTTA CTTTAATGCA 
GGAAATATCT ACTTTCACCA CAGGCAGTTT TCCCAGGCCA GTGACTACTT CTCAAAAGCT 
TTAAAATTTG ATCCAGAAAA TGAATATGTT CTCATGAATC GAGCTATTAC AAATACAATA 
TTAAAGAAAT ATGAAGAAGC AAAAGAAGAT TTTGCAAATG TAATTGAAAG CTGTCCCTTT 
TGGGCTGCAG TATATTTTAA TAGAGCACAT TTCTACTACT GCTTAAAGCA ATATGAACTA 
GCTGAGGAAG ACCTTAATAA AGCCCTGTCT TTGAAGCCTA ATGATGCTCT AGTATATAAT 
TTTAGAGCAA AAGTTCGTGG TAAAATAGGT CTGATTGAGG AAGCTATGGC TGACTATAAC 
CAAGCACTTG ATCTTGAAGA CTATGCCTCA GTTATATGA

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

RefSeq	XP_016876743.1
CDS	858..6416
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKEAVEVLKKALDAISHSDKGPDATAISADCLYNLGLCYMEEGNLQMAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	XM_017021254.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X2, mRNA.

Target ORF information:

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

XM_017021254.1

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGAA 
GCTGTGGAAG TGCTTAAGAA GGCTTTGGAT GCCATTTCTC ATTCTGATAA AGGACCAGAT 
GCCACAGCAA TTTCAGCAGA CTGTCTGTAT AACTTGGGTC TTTGTTACAT GGAGGAAGGC 
AATTTACAAA TGGCATATTT AAGCCGAGTA GCATTCTATG GTTTAAAAGG CAGGTATTCC 
AAAGCAATCT TGAATTGTAA CAAGGCTATT AAAATTTACC CTGAAAGCGT ACGTGCCTAT 
CTCTACAGAG GAGTTCTGAA ATACTACAAC AAGACTTATA AGCTAGCAAT TACAGATTTA 
ACTACAGCTA TCAGCATGGA CAAAAATAGT TATACAGCAT TTTATAACAG AGCATTATGT 
TACACCAAGA TAAGGGAACT TCAAATGGCA TTAACAGATT ATGGAATTGT GCTGCTTCTT 
GATGCTACAG AAACTGTAAA ACTAAATACC TTCCTTAATC GTGGACTCAT CTACGTAGAA 
CTAGGCCAGT ATGGCTTTGC ACTAGAGGAT TTTAAACAAG CTGCACTGAT AAGCCGGACT 
AACGGGAGCC TTTGTCACGC CACTGCCATG TGCCATCACA GAATTAATGA GTTTGAAGAA 
GCTGTCAATT TCTTTACTTG GGCTCTTAAA ATTAACCCAT GTTTTCTGGA TGCTTATGTT 
GGACGGGGAA ATTCTTACAT GGAATACGGT CATGATGAAG CCACCAAGCA AGCACAGAAA 
GACTTTCTGA AAGCACTGCA TATTAATCCA GCATACATAA AAGCCAGAAT TAGTTTTGGC 
TATAATTTGC AGGCCCAAGG AAAATTCCAG AAAGCTTGGA ACCACTTTAC CATTGCCATA 
GATACTGATC CAAAGAACTA CCTAGCCTAT GAAGGAAGAG CTGTGGTCTG TCTTCAGATG 
GGTAATAATT TTGCTGCAAT GCAGGATATT AATGCTGCCA TGAAGATCAG TACTACAGCA 
GAATTCTTAA CAAATCGTGG GGTGATTCAT GAGTTTATGG GCCACAAACA GAATGCAATG 
AAAGACTACC AAGATGCAAT TACTCTAAAC CCCAAGTACT CGCTGGCTTA CTTTAATGCA 
GGAAATATCT ACTTTCACCA CAGGCAGTTT TCCCAGGCCA GTGACTACTT CTCAAAAGCT 
TTAAAATTTG ATCCAGAAAA TGAATATGTT CTCATGAATC GAGCTATTAC AAATACAATA 
TTAAAGAAAT ATGAAGAAGC AAAAGAAGAT TTTGCAAATG TAATTGAAAG CTGTCCCTTT 
TGGGCTGCAG TATATTTTAA TAGAGCACAT TTCTACTACT GCTTAAAGCA ATATGAACTA 
GCTGAGGAAG ACCTTAATAA AGCCCTGTCT TTGAAGCCTA ATGATGCTCT AGTATATAAT 
TTTAGAGCAA AAGTTCGTGG TAAAATAGGT CTGATTGAGG AAGCTATGGC TGACTATAAC 
CAAGCACTTG ATCTTGAAGA CTATGCCTCA GTTATATGA

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

TTC6 ( XM_017021255.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016876744.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X4, mRNA.

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CloneID	OHu84883
Clone ID Related Accession (Same CDS sequence)	XM_017021255.1
Accession Version	XM_017021255.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5424bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGCA 
TATTTAAGCC GAGTAGCATT CTATGGTTTA AAAGGCAGGT ATTCCAAAGC AATCTTGAAT 
TGTAACAAGG CTATTAAAAT TTACCCTGAA AGCGTACGTG CCTATCTCTA CAGAGGAGTT 
CTGAAATACT ACAACAAGAC TTATAAGCTA GCAATTACAG ATTTAACTAC AGCTATCAGC 
ATGGACAAAA ATAGTTATAC AGCATTTTAT AACAGAGCAT TATGTTACAC CAAGATAAGG 
GAACTTCAAA TGGCATTAAC AGATTATGGA ATTGTGCTGC TTCTTGATGC TACAGAAACT 
GTAAAACTAA ATACCTTCCT TAATCGTGGA CTCATCTACG TAGAACTAGG CCAGTATGGC 
TTTGCACTAG AGGATTTTAA ACAAGCTGCA CTGATAAGCC GGACTAACGG GAGCCTTTGT 
CACGCCACTG CCATGTGCCA TCACAGAATT AATGAGTTTG AAGAAGCTGT CAATTTCTTT 
ACTTGGGCTC TTAAAATTAA CCCATGTTTT CTGGATGCTT ATGTTGGACG GGGAAATTCT 
TACATGGAAT ACGGTCATGA TGAAGCCACC AAGCAAGCAC AGAAAGACTT TCTGAAAGCA 
CTGCATATTA ATCCAGCATA CATAAAAGCC AGAATTAGTT TTGGCTATAA TTTGCAGGCC 
CAAGGAAAAT TCCAGAAAGC TTGGAACCAC TTTACCATTG CCATAGATAC TGATCCAAAG 
AACTACCTAG CCTATGAAGG AAGAGCTGTG GTCTGTCTTC AGATGGGTAA TAATTTTGCT 
GCAATGCAGG ATATTAATGC TGCCATGAAG ATCAGTACTA CAGCAGAATT CTTAACAAAT 
CGTGGGGTGA TTCATGAGTT TATGGGCCAC AAACAGAATG CAATGAAAGA CTACCAAGAT 
GCAATTACTC TAAACCCCAA GTACTCGCTG GCTTACTTTA ATGCAGGAAA TATCTACTTT 
CACCACAGGC AGTTTTCCCA GGCCAGTGAC TACTTCTCAA AAGCTTTAAA ATTTGATCCA 
GAAAATGAAT ATGTTCTCAT GAATCGAGCT ATTACAAATA CAATATTAAA GAAATATGAA 
GAAGCAAAAG AAGATTTTGC AAATGTAATT GAAAGCTGTC CCTTTTGGGC TGCAGTATAT 
TTTAATAGAG CACATTTCTA CTACTGCTTA AAGCAATATG AACTAGCTGA GGAAGACCTT 
AATAAAGCCC TGTCTTTGAA GCCTAATGAT GCTCTAGTAT ATAATTTTAG AGCAAAAGTT 
CGTGGTAAAA TAGGTCTGAT TGAGGAAGCT ATGGCTGACT ATAACCAAGC ACTTGATCTT 
GAAGACTATG CCTCAGTTAT ATGA

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

RefSeq	XP_016876744.1
CDS	858..6281
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTEAYLSKAEIYRGKKDITLAILNYTQAIKSTPTDADIYFRRGEMYEITNKVLAIDDFSKCIFYDPKRTDALLKRGLFYCENENWFAAIEDFTALLNIDHQNSQARTYRGIAYVKWKFYKEATQDFSAAIHLDPNNWLALYYRGCLFRKSNPFRALQDYSVSALINDGYENLGCFLHRGIVYAHLKLWLLAICDFETVISLERTITLAYVNIGLIHLLHLDNYTEAIWQFSEAIRIDPLCIQSYLCRAETYFKLHKLKKAVNELSRAIHLQPDGIQLYIRRGQYLLMMKYYDLAKFTIYQIAEMDKGLSELSPMQQALIYSFCENHDKAIEVLDGISWNRAEMTMCALLAKVQMKAKRTKAYLSRVAFYGLKGRYSKAILNCNKAIKIYPESVRAYLYRGVLKYYNKTYKLAITDLTTAISMDKNSYTAFYNRALCYTKIRELQMALTDYGIVLLLDATETVKLNTFLNRGLIYVELGQYGFALEDFKQAALISRTNGSLCHATAMCHHRINEFEEAVNFFTWALKINPCFLDAYVGRGNSYMEYGHDEATKQAQKDFLKALHINPAYIKARISFGYNLQAQGKFQKAWNHFTIAIDTDPKNYLAYEGRAVVCLQMGNNFAAMQDINAAMKISTTAEFLTNRGVIHEFMGHKQNAMKDYQDAITLNPKYSLAYFNAGNIYFHHRQFSQASDYFSKALKFDPENEYVLMNRAITNTILKKYEEAKEDFANVIESCPFWAAVYFNRAHFYYCLKQYELAEEDLNKALSLKPNDALVYNFRAKVRGKIGLIEEAMADYNQALDLEDYASVI

Target ORF information:

RefSeq Version	XM_017021255.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X4, mRNA.

Target ORF information:

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

XM_017021255.1

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGAGGCAT ATTTGTCAAA AGCAGAAATT TACAGGGGAA AAAAAGACAT AACTTTGGCA 
ATTCTAAACT ATACCCAGGC AATTAAATCC ACGCCCACAG ATGCTGATAT CTATTTCAGG 
AGGGGTGAGA TGTATGAAAT AACAAACAAA GTACTGGCCA TTGATGACTT TTCGAAATGT 
ATTTTTTATG ATCCCAAAAG AACAGATGCA TTATTGAAAC GTGGGCTGTT TTATTGTGAA 
AATGAAAACT GGTTTGCAGC CATAGAGGAT TTTACAGCCT TGTTAAATAT AGATCACCAA 
AATTCTCAAG CAAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA 
GCAACTCAAG ATTTTTCTGC TGCAATTCAC TTAGATCCTA ATAACTGGTT AGCGTTGTAT 
TATCGAGGTT GCTTATTCAG AAAGAGTAAC CCTTTTAGAG CGCTACAGGA TTATAGTGTT 
TCAGCACTCA TAAATGATGG CTATGAGAAT CTTGGTTGTT TTCTACATCG GGGAATAGTC 
TATGCACATC TAAAACTTTG GCTGCTGGCA ATTTGTGACT TTGAAACTGT CATTTCTCTA 
GAAAGAACTA TTACTTTGGC TTATGTAAAT ATTGGCCTCA TACATCTGCT ACACCTGGAT 
AACTACACGG AAGCTATTTG GCAATTTTCT GAGGCTATTA GAATTGATCC TTTATGTATT 
CAAAGCTATC TTTGTCGGGC GGAAACCTAT TTTAAGTTGC ATAAATTGAA AAAGGCAGTA 
AATGAATTGT CTCGTGCTAT CCACCTTCAG CCAGATGGAA TCCAATTATA CATAAGAAGA 
GGACAATATC TTCTTATGAT GAAATATTAT GATCTTGCAA AGTTTACTAT TTATCAAATA 
GCAGAAATGG ACAAAGGTCT CAGTGAGTTG AGTCCTATGC AGCAAGCCCT TATTTATTCA 
TTTTGTGAAA ACCATGACAA GGCCATTGAG GTCTTGGACG GAATCAGCTG GAATAGAGCT 
GAGATGACCA TGTGTGCTCT ATTAGCAAAA GTTCAAATGA AGGCCAAGAG AACCAAGGCA 
TATTTAAGCC GAGTAGCATT CTATGGTTTA AAAGGCAGGT ATTCCAAAGC AATCTTGAAT 
TGTAACAAGG CTATTAAAAT TTACCCTGAA AGCGTACGTG CCTATCTCTA CAGAGGAGTT 
CTGAAATACT ACAACAAGAC TTATAAGCTA GCAATTACAG ATTTAACTAC AGCTATCAGC 
ATGGACAAAA ATAGTTATAC AGCATTTTAT AACAGAGCAT TATGTTACAC CAAGATAAGG 
GAACTTCAAA TGGCATTAAC AGATTATGGA ATTGTGCTGC TTCTTGATGC TACAGAAACT 
GTAAAACTAA ATACCTTCCT TAATCGTGGA CTCATCTACG TAGAACTAGG CCAGTATGGC 
TTTGCACTAG AGGATTTTAA ACAAGCTGCA CTGATAAGCC GGACTAACGG GAGCCTTTGT 
CACGCCACTG CCATGTGCCA TCACAGAATT AATGAGTTTG AAGAAGCTGT CAATTTCTTT 
ACTTGGGCTC TTAAAATTAA CCCATGTTTT CTGGATGCTT ATGTTGGACG GGGAAATTCT 
TACATGGAAT ACGGTCATGA TGAAGCCACC AAGCAAGCAC AGAAAGACTT TCTGAAAGCA 
CTGCATATTA ATCCAGCATA CATAAAAGCC AGAATTAGTT TTGGCTATAA TTTGCAGGCC 
CAAGGAAAAT TCCAGAAAGC TTGGAACCAC TTTACCATTG CCATAGATAC TGATCCAAAG 
AACTACCTAG CCTATGAAGG AAGAGCTGTG GTCTGTCTTC AGATGGGTAA TAATTTTGCT 
GCAATGCAGG ATATTAATGC TGCCATGAAG ATCAGTACTA CAGCAGAATT CTTAACAAAT 
CGTGGGGTGA TTCATGAGTT TATGGGCCAC AAACAGAATG CAATGAAAGA CTACCAAGAT 
GCAATTACTC TAAACCCCAA GTACTCGCTG GCTTACTTTA ATGCAGGAAA TATCTACTTT 
CACCACAGGC AGTTTTCCCA GGCCAGTGAC TACTTCTCAA AAGCTTTAAA ATTTGATCCA 
GAAAATGAAT ATGTTCTCAT GAATCGAGCT ATTACAAATA CAATATTAAA GAAATATGAA 
GAAGCAAAAG AAGATTTTGC AAATGTAATT GAAAGCTGTC CCTTTTGGGC TGCAGTATAT 
TTTAATAGAG CACATTTCTA CTACTGCTTA AAGCAATATG AACTAGCTGA GGAAGACCTT 
AATAAAGCCC TGTCTTTGAA GCCTAATGAT GCTCTAGTAT ATAATTTTAG AGCAAAAGTT 
CGTGGTAAAA TAGGTCTGAT TGAGGAAGCT ATGGCTGACT ATAACCAAGC ACTTGATCTT 
GAAGACTATG CCTCAGTTAT ATGA

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

TTC6 ( XM_017021257.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016876746.1 Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu84885
Clone ID Related Accession (Same CDS sequence)	XM_017021257.1
Accession Version	XM_017021257.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3084bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	tetratricopeptide repeat protein 6 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000014.9) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA GCAACTCAAG 
ATTTTTCTGC TGCAATTCAC TTAG

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

RefSeq	XP_016876746.1
CDS	858..3941
Translation	MRRGTRIHGSEVKFVKMSTIPRHFGLKYKEESYMFKELEKVRQETKKDFLRFKQKLASKPAVDESPVHSLHAPGPARPARVSCAAARTSRRYPSLKGPAMSAAALLQEVLGGAPRPSGLGEAAAPGKTRSFRPRDFYLRSSAFLRHQALKKPPVIASGFGTARPVVLLPPPEPPVKRRARGVLESSRHAAPRRVFHLGREREQSQEVAPLAGPCMAKERKASSVSAEDGYMEASSGRRKVRIRSNFVSESGAREAREAAGLGAQGEQESWPPSDAREAAWQALLPSRVIPTSIEEIIASLQSEAQLASDQTIKELIRSVLGQNYDITMEDISLMGKMYLKTSPMQAETPEIQAEYKFQMGAEESQMSVHKELSETMSSILQIEQEDIEWGPSEAESIVFKPQEISQVQPAEELSKPLEDGQPTSDSKEAKWVSLTAKSPEFLQIEGKEIKRMRKRKSLRPRKSSKPLCDKKLHKKIPQDYSMPHLHDLCTTIPAQELPVDLRLASRVYHTANRKGHDTLLGKFGTSFLDDRFTDEEQTDRILYGIPVMDDNQEYVHIPPTPQGIPPELAQGTRERAHKPHLEVLGEEMYAYPEFTKLFWNTAAPKFSVPESVMKETLYPKYESVQASRLLTDKLSYKSSVITLHQHSRTNFWCFLPRKSASFESIQKWFSAQPTQLRRVKSSVDLRKEKIIAPLEIKNDMQSSIKEVMFQKAKELKRQLQLTKQNKTEEPNYVKESIDDIFDNMCEKHSLRNLSLTLIEASKKAGISYIVYPKKKKMRWKKRLKQQKLIFVHEELSKPPKSLERSASHGILPGQKKYLFKVPLYERQIRCPSLPLYLNFEKFVQAKGGIPENIDPRTWALDRLIEYKDASIPVKEKDDKISVPEDPPERVKEPPKLKLNDYVESDLPQEVIKYYESEVKILTEEINDKTKYPAFAYCRRGAIYRKLGKLQSAMNDLQRVILLEPLFLNAYWHRHLIYLFQDKINEALDDLNYIHKYNKNNTGHTEGLHMLNGNFIKKQLKIFLLQFT

Target ORF information:

RefSeq Version	XM_017021257.1
Organism	Homo sapiens(human)
Definition	Homo sapiens tetratricopeptide repeat domain 6 (TTC6), transcript variant X10, mRNA.

Target ORF information:

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

XM_017021257.1

ORF Insert Sequence:

ATGAGGAGAG GAACAAGGAT TCATGGAAGT GAGGTCAAAT TTGTCAAGAT GTCCACAATC 
CCGAGACACT TTGGCCTGAA ATACAAAGAG GAATCGTATA TGTTTAAAGA GCTTGAGAAA 
GTTCGGCAGG AAACTAAAAA GGATTTTCTC CGATTCAAGC AGAAGTTGGC CTCCAAGCCG 
GCTGTAGATG AAAGCCCAGT CCACAGCCTC CATGCCCCCG GCCCGGCCCG CCCCGCGCGC 
GTTTCCTGCG CCGCAGCCCG GACGTCGAGA AGATACCCTT CGCTTAAAGG CCCTGCGATG 
TCCGCGGCCG CCCTCCTGCA GGAGGTGCTC GGAGGCGCGC CGCGTCCCTC GGGCCTGGGT 
GAGGCGGCGG CTCCAGGCAA GACCCGGTCG TTTCGCCCCC GGGACTTTTA CTTGCGGAGC 
TCCGCGTTCC TACGGCACCA GGCCCTGAAA AAGCCCCCAG TCATCGCCTC GGGGTTCGGC 
ACGGCCAGAC CCGTGGTCCT GCTGCCTCCG CCCGAGCCAC CCGTGAAGCG CAGAGCGCGC 
GGGGTCTTGG AGAGCTCGCG GCACGCGGCT CCCAGGCGGG TCTTCCACTT GGGAAGGGAG 
CGCGAACAGA GCCAGGAGGT AGCTCCTCTC GCAGGGCCCT GCATGGCCAA AGAGAGGAAG 
GCCAGCTCCG TCTCCGCAGA GGACGGCTAC ATGGAGGCCA GCAGCGGGCG GAGGAAAGTG 
AGGATCCGCA GCAACTTCGT GAGCGAGAGC GGGGCCCGCG AGGCGCGGGA AGCGGCGGGG 
TTAGGAGCCC AGGGAGAACA GGAGAGCTGG CCGCCCAGCG ACGCGCGGGA GGCCGCCTGG 
CAGGCGCTGC TGCCCTCCCG CGTGATCCCC ACGTCCATCG AAGAGATCAT CGCCTCTCTG 
CAGTCCGAGG CCCAGCTGGC CTCCGACCAG ACCATCAAAG AGCTCATACG GAGCGTCCTT 
GGCCAGAACT ACGACATTAC AATGGAAGAT ATTTCTTTAA TGGGAAAAAT GTACCTCAAA 
ACATCACCTA TGCAAGCAGA AACACCTGAG ATACAAGCAG AGTATAAATT CCAGATGGGT 
GCTGAGGAAT CGCAAATGAG CGTGCATAAG GAACTTTCTG AAACCATGTC AAGTATTCTC 
CAGATTGAAC AAGAGGATAT AGAATGGGGA CCCTCAGAAG CAGAAAGCAT AGTATTTAAA 
CCTCAGGAAA TTTCGCAAGT TCAGCCAGCA GAGGAATTAA GTAAACCTTT GGAAGATGGA 
CAGCCCACAA GTGATTCAAA AGAAGCCAAG TGGGTGTCTT TAACGGCAAA ATCACCAGAA 
TTCTTGCAAA TCGAAGGAAA AGAAATTAAG CGAATGCGGA AACGTAAATC ACTGAGACCA 
AGAAAGTCTT CAAAACCTCT TTGTGATAAA AAACTACATA AAAAAATTCC ACAAGACTAC 
TCCATGCCGC ACCTTCATGA TCTGTGCACC ACCATCCCAG CCCAGGAGCT GCCTGTTGAC 
TTGCGCCTGG CTTCTCGAGT GTATCACACT GCTAACAGGA AAGGCCACGA TACCCTGCTT 
GGAAAATTTG GAACCTCTTT CTTAGATGAT CGCTTTACAG ATGAAGAACA AACAGATAGA 
ATATTGTATG GAATTCCTGT TATGGATGAC AACCAAGAAT ATGTCCATAT TCCTCCGACA 
CCGCAAGGGA TACCACCTGA ATTGGCACAA GGAACTAGAG AGCGTGCTCA CAAACCACAC 
TTGGAAGTCT TGGGAGAGGA AATGTATGCT TATCCAGAAT TCACGAAGTT GTTTTGGAAT 
ACAGCTGCAC CTAAATTCTC TGTTCCAGAA TCTGTCATGA AGGAAACTCT ATATCCAAAA 
TATGAGAGTG TTCAAGCAAG CAGACTTTTA ACTGATAAAT TGTCATATAA AAGCAGTGTC 
ATTACTTTAC ATCAACATAG CAGAACAAAT TTTTGGTGTT TCTTACCAAG AAAATCTGCA 
TCATTTGAAA GTATCCAAAA ATGGTTTAGT GCACAACCTA CACAACTAAG GCGAGTAAAA 
TCTTCTGTAG ACTTGAGGAA GGAGAAGATC ATAGCTCCTT TGGAAATCAA GAATGATATG 
CAAAGCAGTA TAAAAGAGGT TATGTTTCAG AAAGCAAAGG AATTGAAACG TCAGCTCCAG 
CTCACTAAGC AAAATAAAAC TGAGGAGCCC AACTATGTGA AAGAAAGTAT AGATGACATC 
TTTGATAACA TGTGCGAAAA ACACAGTTTG AGAAATCTCT CTTTGACTCT CATTGAAGCG 
TCTAAAAAAG CTGGCATTAG TTACATTGTT TATCCCAAGA AAAAGAAGAT GAGATGGAAG 
AAAAGATTGA AACAACAAAA ACTTATATTC GTGCATGAAG AGTTATCCAA GCCTCCAAAA 
TCTCTTGAAA GATCAGCATC TCATGGAATA CTTCCGGGAC AGAAGAAATA TTTGTTCAAA 
GTTCCATTAT ATGAACGTCA AATACGGTGT CCCAGTTTAC CTTTGTATTT AAATTTTGAA 
AAATTCGTCC AAGCTAAGGG AGGAATTCCA GAAAATATTG ATCCTCGGAC ATGGGCTCTT 
GATAGGCTCA TTGAGTACAA AGATGCGAGC ATACCTGTAA AAGAGAAAGA TGATAAAATA 
TCAGTTCCTG AAGACCCACC TGAAAGAGTG AAAGAACCAC CAAAACTAAA ATTAAATGAT 
TATGTGGAGT CTGATCTTCC ACAAGAGGTC ATTAAATATT ATGAATCTGA AGTGAAGATT 
TTGACTGAAG AAATAAATGA TAAGACAAAA TATCCTGCAT TTGCATATTG TAGGCGTGGA 
GCTATTTATA GGAAACTGGG AAAGTTGCAG AGTGCCATGA ATGATCTGCA GAGAGTAATA 
CTCTTGGAAC CATTGTTTCT CAATGCCTAT TGGCATCGAC ATTTAATTTA TCTTTTCCAA 
GACAAAATTA ATGAAGCTTT GGATGACTTG AATTATATAC ATAAATATAA TAAAAATAAT 
ACAGGACATA CCGAGGGATT GCATATGTTA AATGGAAATT TTATAAAGAA GCAACTCAAG 
ATTTTTCTGC TGCAATTCAC TTAG

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

Gene Symbol	TTC6
Entrez Gene ID	319089
Full Name	tetratricopeptide repeat domain 6
Synonyms	C14orf25,NCRNA00291
General protein information	Preferred Names tetratricopeptide repeat domain 6 Names tetratricopeptide repeat protein 6 TPR repeat protein 6
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 14 Map Location: 14q21.1

	TTC6	XP_001087168.2
Bos taurus (cattle)	TTC6	XP_002696760.3
Canis lupus familiaris (dog)	LOC490659	XP_005623971.1
Pan troglodytes (chimpanzee)	TTC6	XP_003952526.1
Homo sapiens (human)	TTC6	XP_006720409.1

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

TTC6 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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