TTC3 cDNA ORF clone, Sus scrofa(pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	TTC3
Entrez Gene ID	106505861
Full Name	tetratricopeptide repeat domain 3
Gene Type	protein-coding
Organism	Sus scrofa(pig)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013982581.1	XP_013838035.1	E3 ubiquitin-protein ligase TTC3-like
XM_021070969.1	XP_020926628.1	LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase TTC3

Pathways from BioSystems
Gene Ontology

The following TTC3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTC3 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OSe42509	XM_013982581.1 Latest version!	Sus scrofa E3 ubiquitin-protein ligase TTC3-like (LOC106505861), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OSe236586	XM_021070969.1 Latest version!	Sus scrofa tetratricopeptide repeat domain 3 (TTC3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

TTC3 ( XM_013982581.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_013838035.1 Sus scrofa E3 ubiquitin-protein ligase TTC3-like (LOC106505861), mRNA.

Price & Availability↑

CloneID	OSe42509
Clone ID Related Accession (Same CDS sequence)	XM_013982581.1
Accession Version	XM_013982581.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4092bp) 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	1441814400000
Organism	Sus scrofa(Pig)
Product	E3 ubiquitin-protein ligase TTC3-like
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611895.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGAAG CTTTGAATTG GGTGAAATAC ACAGGCGATG TAACTATTCT ACCTAAATTA 
GGAGCAGTGG ATAATTGTTG GCCTATGTTA AGTATTTTCT TTACTGAATA CAAGTATCAC 
ATAACTAAAG TTGTAACAGA AAACTGCAAT TTGCTTGAAG AATTTAAAAC TCAAAATTGT 
GCGGAGTGTA TAGAGCAAGG AGAACTAATG AAAATGAAAG GAAATGAAGA GTTTTCCAAA 
GAAAGATTTG ATATAGCTAT TATCTATTAC ACCAGAGCCA TTGAATGTAG ACCTGAAAAT 
CACCTTCTTT ATGGTAACCG AGCTCTTTGT TTTCTTCGCA CTGGACAGTT CAGAAATGCA 
CTTGGTGATG GAAAGAGAGC TATTATTCTG AAGAACAATT GGACAAAGGG TCATTATCGT 
TATTGTGCTG CCCTTTCTAT GCTGGGGGAA TATGACTGGG CCCTGCAAGC AAACATAAAA 
GCTCAAAAAC TCTGTAAAAA TGACCCTGAG GGCATCAAGG ATCTAATTCA GCAGCATGTA 
AAGTTACAAA AACAAATAGA AGACCTGCAA GGTCTAACAC CAACTAGGAA TCCAATTAAG 
GCCTTTTATG AGAGCAGAGC CTACATACCT AATTTATCAG CACCTGCATT TAGTACTTCA 
CTTAACTTTG TGGAGACTGA AAGAAATTCC AGAAAAACTA ACCACGAAAT GGCAAACGGT 
GGTAATCAGA ATCTAAAGGC GGTAGATGAA GCTTCGAAGG TAGATGATTG CGACTGTCAT 
CCTGAGTTTC TGCCACCATC AAGTCAGCCT CCAAAATATA AAGGAAAACA AAAATCCAGA 
AACAATGAAT TGGAGAAGTT CAGTTCTGAT TCACAAGGGA GTTTACCAGT AGATTTGAAA 
AACATCTTGG AGAAACAGTT TTCGAAATCT TCCAGAGCTG CACACCAGGA TTTTGCTAAT 
ATAATGAAAA TGCTGAGAAG CTTAATCCAG GATGGCTACA CGGCTTTGTT GGAGCAGCGC 
TGCCGCAGTG CCGCACAGGC CTTCACAGAA TTGCTCAATG GCTTAGATCC TCAAAAAATA 
AAGCAATTGA ACCTGGCCAT GATTAACTAC GTCTTGGTAG TCTATGGACT TGCCATTTCA 
CTCCTTGGAA TAGGACAGCC TGAGGAATTA TCTGAGGCTG AAAACCAGTT CAAGAGGATG 
ATTGAGCACT ATCCTAACGA GGGCCTGGAC TGCCTGGCCT ACTGTGGGAT CGGAAAAGTG 
TACTTGAAGA AAAACAGATT TCTGGAAGCT CTTAACCATT TCGAAAAAGC AAAGACCTTG 
ATTTGCCGCC TTCCTGGAGT GTTAACTTGG CCCACAAGCA ATGTGGTTAT TGAAGAGACT 
CAGCCAGGGA AAATAAAGAT GCTGTTAGAG AAATTTATTG AAGAATGCAG GTTCCCTCCA 
GTGCCGGATG CCATCTGTTG CTATCAGAAG TGCCGTGGAT ATTCCAAAAT CCAGATATAC 
ATAACTGATC CAGACTTTAA GGGTTTTATA CGAATCAGCT GTTGCCAGTT CTGTAAAATA 
GAATTTCACA TGAACTGTTG GAAGAAGTTA AAAACAACAA CCTTTAATGA TAAAATTGAC 
AAGGATTTTC TACAAGGAAT TTGTCTTACT CCTGACTGTG AAGGAATCAT TTCAAAGATT 
ATCATCTTCA GCAGTGGTGG TCAAGTTAAA TGTGAATTTG AACACAAGGT CATTAAAGAA 
AAGGTTCCTC CAAGACCTAT TCTGAAACAG AAATGTTCTA GCCTAGAGAA GCTAAGGCTG 
AAAGAAGACA AAAAAATGAA GCGCAAGATC CAAAAAAAGG AAGCAAAAAA GTTAGCACAA 
GAGAGGATGG AAGAGGACCT AAGGGAAAGC AATCCACCCA AAACTGAGGA GCAGAAAGAA 
ACCATAGGCA GTGTTCAGAG TTGCCAGTTC CTTGATGACA GAATCCTGCA GTGCATAAAA 
CAGTATGCTG ACAAAATTAA GTCTGGTATA CTCAATACTT CCAAGCTTCT CAAAGAGTTG 
CTTTCCTGGA AGGTTTTAAC CACAGAAGAC TACACAACCT GCTTTTCTAG CAGAAATTTT 
CTGAATGAAG CAGTGGACTA TGTTATACGC CATTTGATTC AAGAAAAGAA CAGAGTAAAG 
ACAAGGGTTT TTCTGCATGT TTTGAGTGAG CTTAAAGAAG TGGAGCCAAA ATTAGCCGCC 
TGGATCCAGA AGCTTAATAG CTTTGGCTTA GATGCCACTG GACCTTTTTT TTCTCGTTAT 
GGGGCCTCTC TGAAGGAGCT TGATTTCAGC ATCATGACTT TTCTCTGGAA TGAGAAATAT 
GGTCATAAGC TAGGTTCTAT AGAAGGAAAG AAGCTTGATT ATTTCTATGA GCCAACGTCC 
TTGAAGGAAG CCCGATGTTT AATATGGCTG CTGGAAGAGC ACAGAGACAA GTTCCCAGCA 
CTGCACAATG CCTTGGACGA ATTCTTTGAT ATAATGGACA GCCGCTGCAC TGTGTTAAGG 
AAACAGGACA GCGGTGACGT GCCATTTAAT TCTACCAAGA TAAAAAACAA AGGCAAGAAA 
AAGAAGCCTA AAGATTCAAA GCCTATGTTA GTTGGGTCTG GAACAAGCTC AGTAACACCA 
AATAATGAGA CCATCACTTC AGGTGAAGAT ATCAAACGCA ATTCAAATTC TGCAGGCCCA 
TTTGTAGTGC CTGACCACCT TCGCCAAGAT GTGGAAGAGT TCGAAGCTCT GTATGAACAG 
CACAGTAATG AATATGTTGT CCGGAATAAG AAGCTGTGGG ACATTAACCC AAAACAGAAG 
TGTTCAACTC TTTATGATTA TTTCTCCCAG TTGTTGGAGG AACATGGCCC CTTGGACATG 
AGTAACAAGA TGTTTTCCGA AGAATATGAA TTCTTCCCAG AAGAGACTCG ACAGATACTA 
GAAAAAGCAG GAGGTTTGAA ATCTTTTCTC CTGGGATGTC CTCGTTTTGT TGTGATTGAC 
AACTGTATTG CACTGAAGAA AGTTGCATTA CGGCTCAAGA AAAAGAGAAA GAAGAAAAAC 
ATTAAGACAA AAGTCGAAGA AATTTCAAAA ACAGGAGAGT ACTTACGAGT TAAACTACCG 
CTGAATCCAG CTGCTAGGGA ATTTAAACCA GATGTAAAAT CCAAACCCGT ATCTGATTTA 
TCTTCAGCAC CAGCTTCTGA GGATCTGAAG CCCCAACCTA CTTGTACTAA TTCTGCCCAA 
CCAGCTTGTG AAGCTGTGAA GCCAAAACCA ATTTCCGATA ATTCTTCCAG ATCAGTTTCT 
GAGGATGCGA AGCCCAAAGG GGTCTCTTCT GATCCCCCCA AACCAGTCTC TGAGGAGGCA 
GGTCACAAGC AAGTCTCCAA CTGTCCCAAA CCAATTCTTG AGGATGTGAA ACCAACCTAT 
TGGCCTCAGC CGCATTTGGT CACAGGATAC TGTACGTATC TTCCCTTTCG GGGATTTGAC 
ATTACCCAGA CGCCACCTGC GTTTATAAAC GTGTTACCGA CCATGCCCCA GTATAGCATT 
TACACACCTC TGGCCACCGT TTCTTCTGAA TATCAGCTGC AAAGATCAAT ACCAGTGGTG 
CCATCTTTTG TAGCCAGCGA CATAACAGAC GTGCGTTTTG AGGGTCACCA TTTCATTGCC 
GAGAACGCCC CTGGTCCCCA GATTGTCCCT GAAACACAGA TCCTTCAGGA CTCTTCGGAA 
ATACCAGTAA AGCCACAGTG CCTCACAGAT GGGGCTGATA CAGCCCCCAG TGAGTCTAAC 
AGAAACGATG GTCACTGTGG AAATTCTGCC AAGTGGGAGG AAAATCCAGA AAATACTGAT 
GAAGTAACAG ATACTCCACG TACACAAATG GTTGCCATAC AGGTGTCTTG GAATATAACA 
CATCAAGAAG TCAATACTGA GCCATATAAT CCTTTTGAGG CACAACAGGG AGATATTTCC 
TGGGGCTTCT TGTCCCCGAC GTCTCTGAGC CTGTGCGTGA ATCATCATCT GGGTGAACTC 
AAGGATGCCC TGAAGGCCTC TCCTCTAACG CATTCCACAC GGATGACGTC GCTACCAGCA 
GGACCTCTGT GA

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

RefSeq	XP_013838035.1
CDS	80..4171
Translation	MEEALNWVKYTGDVTILPKLGAVDNCWPMLSIFFTEYKYHITKVVTENCNLLEEFKTQNCAECIEQGELMKMKGNEEFSKERFDIAIIYYTRAIECRPENHLLYGNRALCFLRTGQFRNALGDGKRAIILKNNWTKGHYRYCAALSMLGEYDWALQANIKAQKLCKNDPEGIKDLIQQHVKLQKQIEDLQGLTPTRNPIKAFYESRAYIPNLSAPAFSTSLNFVETERNSRKTNHEMANGGNQNLKAVDEASKVDDCDCHPEFLPPSSQPPKYKGKQKSRNNELEKFSSDSQGSLPVDLKNILEKQFSKSSRAAHQDFANIMKMLRSLIQDGYTALLEQRCRSAAQAFTELLNGLDPQKIKQLNLAMINYVLVVYGLAISLLGIGQPEELSEAENQFKRMIEHYPNEGLDCLAYCGIGKVYLKKNRFLEALNHFEKAKTLICRLPGVLTWPTSNVVIEETQPGKIKMLLEKFIEECRFPPVPDAICCYQKCRGYSKIQIYITDPDFKGFIRISCCQFCKIEFHMNCWKKLKTTTFNDKIDKDFLQGICLTPDCEGIISKIIIFSSGGQVKCEFEHKVIKEKVPPRPILKQKCSSLEKLRLKEDKKMKRKIQKKEAKKLAQERMEEDLRESNPPKTEEQKETIGSVQSCQFLDDRILQCIKQYADKIKSGILNTSKLLKELLSWKVLTTEDYTTCFSSRNFLNEAVDYVIRHLIQEKNRVKTRVFLHVLSELKEVEPKLAAWIQKLNSFGLDATGPFFSRYGASLKELDFSIMTFLWNEKYGHKLGSIEGKKLDYFYEPTSLKEARCLIWLLEEHRDKFPALHNALDEFFDIMDSRCTVLRKQDSGDVPFNSTKIKNKGKKKKPKDSKPMLVGSGTSSVTPNNETITSGEDIKRNSNSAGPFVVPDHLRQDVEEFEALYEQHSNEYVVRNKKLWDINPKQKCSTLYDYFSQLLEEHGPLDMSNKMFSEEYEFFPEETRQILEKAGGLKSFLLGCPRFVVIDNCIALKKVALRLKKKRKKKNIKTKVEEISKTGEYLRVKLPLNPAAREFKPDVKSKPVSDLSSAPASEDLKPQPTCTNSAQPACEAVKPKPISDNSSRSVSEDAKPKGVSSDPPKPVSEEAGHKQVSNCPKPILEDVKPTYWPQPHLVTGYCTYLPFRGFDITQTPPAFINVLPTMPQYSIYTPLATVSSEYQLQRSIPVVPSFVASDITDVRFEGHHFIAENAPGPQIVPETQILQDSSEIPVKPQCLTDGADTAPSESNRNDGHCGNSAKWEENPENTDEVTDTPRTQMVAIQVSWNITHQEVNTEPYNPFEAQQGDISWGFLSPTSLSLCVNHHLGELKDALKASPLTHSTRMTSLPAGPL

Target ORF information:

RefSeq Version	XM_013982581.1
Organism	Sus scrofa(Pig)
Definition	Sus scrofa E3 ubiquitin-protein ligase TTC3-like (LOC106505861), mRNA.

Target ORF information:

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

XM_013982581.1

ORF Insert Sequence:

ATGGAAGAAG CTTTGAATTG GGTGAAATAC ACAGGCGATG TAACTATTCT ACCTAAATTA 
GGAGCAGTGG ATAATTGTTG GCCTATGTTA AGTATTTTCT TTACTGAATA CAAGTATCAC 
ATAACTAAAG TTGTAACAGA AAACTGCAAT TTGCTTGAAG AATTTAAAAC TCAAAATTGT 
GCGGAGTGTA TAGAGCAAGG AGAACTAATG AAAATGAAAG GAAATGAAGA GTTTTCCAAA 
GAAAGATTTG ATATAGCTAT TATCTATTAC ACCAGAGCCA TTGAATGTAG ACCTGAAAAT 
CACCTTCTTT ATGGTAACCG AGCTCTTTGT TTTCTTCGCA CTGGACAGTT CAGAAATGCA 
CTTGGTGATG GAAAGAGAGC TATTATTCTG AAGAACAATT GGACAAAGGG TCATTATCGT 
TATTGTGCTG CCCTTTCTAT GCTGGGGGAA TATGACTGGG CCCTGCAAGC AAACATAAAA 
GCTCAAAAAC TCTGTAAAAA TGACCCTGAG GGCATCAAGG ATCTAATTCA GCAGCATGTA 
AAGTTACAAA AACAAATAGA AGACCTGCAA GGTCTAACAC CAACTAGGAA TCCAATTAAG 
GCCTTTTATG AGAGCAGAGC CTACATACCT AATTTATCAG CACCTGCATT TAGTACTTCA 
CTTAACTTTG TGGAGACTGA AAGAAATTCC AGAAAAACTA ACCACGAAAT GGCAAACGGT 
GGTAATCAGA ATCTAAAGGC GGTAGATGAA GCTTCGAAGG TAGATGATTG CGACTGTCAT 
CCTGAGTTTC TGCCACCATC AAGTCAGCCT CCAAAATATA AAGGAAAACA AAAATCCAGA 
AACAATGAAT TGGAGAAGTT CAGTTCTGAT TCACAAGGGA GTTTACCAGT AGATTTGAAA 
AACATCTTGG AGAAACAGTT TTCGAAATCT TCCAGAGCTG CACACCAGGA TTTTGCTAAT 
ATAATGAAAA TGCTGAGAAG CTTAATCCAG GATGGCTACA CGGCTTTGTT GGAGCAGCGC 
TGCCGCAGTG CCGCACAGGC CTTCACAGAA TTGCTCAATG GCTTAGATCC TCAAAAAATA 
AAGCAATTGA ACCTGGCCAT GATTAACTAC GTCTTGGTAG TCTATGGACT TGCCATTTCA 
CTCCTTGGAA TAGGACAGCC TGAGGAATTA TCTGAGGCTG AAAACCAGTT CAAGAGGATG 
ATTGAGCACT ATCCTAACGA GGGCCTGGAC TGCCTGGCCT ACTGTGGGAT CGGAAAAGTG 
TACTTGAAGA AAAACAGATT TCTGGAAGCT CTTAACCATT TCGAAAAAGC AAAGACCTTG 
ATTTGCCGCC TTCCTGGAGT GTTAACTTGG CCCACAAGCA ATGTGGTTAT TGAAGAGACT 
CAGCCAGGGA AAATAAAGAT GCTGTTAGAG AAATTTATTG AAGAATGCAG GTTCCCTCCA 
GTGCCGGATG CCATCTGTTG CTATCAGAAG TGCCGTGGAT ATTCCAAAAT CCAGATATAC 
ATAACTGATC CAGACTTTAA GGGTTTTATA CGAATCAGCT GTTGCCAGTT CTGTAAAATA 
GAATTTCACA TGAACTGTTG GAAGAAGTTA AAAACAACAA CCTTTAATGA TAAAATTGAC 
AAGGATTTTC TACAAGGAAT TTGTCTTACT CCTGACTGTG AAGGAATCAT TTCAAAGATT 
ATCATCTTCA GCAGTGGTGG TCAAGTTAAA TGTGAATTTG AACACAAGGT CATTAAAGAA 
AAGGTTCCTC CAAGACCTAT TCTGAAACAG AAATGTTCTA GCCTAGAGAA GCTAAGGCTG 
AAAGAAGACA AAAAAATGAA GCGCAAGATC CAAAAAAAGG AAGCAAAAAA GTTAGCACAA 
GAGAGGATGG AAGAGGACCT AAGGGAAAGC AATCCACCCA AAACTGAGGA GCAGAAAGAA 
ACCATAGGCA GTGTTCAGAG TTGCCAGTTC CTTGATGACA GAATCCTGCA GTGCATAAAA 
CAGTATGCTG ACAAAATTAA GTCTGGTATA CTCAATACTT CCAAGCTTCT CAAAGAGTTG 
CTTTCCTGGA AGGTTTTAAC CACAGAAGAC TACACAACCT GCTTTTCTAG CAGAAATTTT 
CTGAATGAAG CAGTGGACTA TGTTATACGC CATTTGATTC AAGAAAAGAA CAGAGTAAAG 
ACAAGGGTTT TTCTGCATGT TTTGAGTGAG CTTAAAGAAG TGGAGCCAAA ATTAGCCGCC 
TGGATCCAGA AGCTTAATAG CTTTGGCTTA GATGCCACTG GACCTTTTTT TTCTCGTTAT 
GGGGCCTCTC TGAAGGAGCT TGATTTCAGC ATCATGACTT TTCTCTGGAA TGAGAAATAT 
GGTCATAAGC TAGGTTCTAT AGAAGGAAAG AAGCTTGATT ATTTCTATGA GCCAACGTCC 
TTGAAGGAAG CCCGATGTTT AATATGGCTG CTGGAAGAGC ACAGAGACAA GTTCCCAGCA 
CTGCACAATG CCTTGGACGA ATTCTTTGAT ATAATGGACA GCCGCTGCAC TGTGTTAAGG 
AAACAGGACA GCGGTGACGT GCCATTTAAT TCTACCAAGA TAAAAAACAA AGGCAAGAAA 
AAGAAGCCTA AAGATTCAAA GCCTATGTTA GTTGGGTCTG GAACAAGCTC AGTAACACCA 
AATAATGAGA CCATCACTTC AGGTGAAGAT ATCAAACGCA ATTCAAATTC TGCAGGCCCA 
TTTGTAGTGC CTGACCACCT TCGCCAAGAT GTGGAAGAGT TCGAAGCTCT GTATGAACAG 
CACAGTAATG AATATGTTGT CCGGAATAAG AAGCTGTGGG ACATTAACCC AAAACAGAAG 
TGTTCAACTC TTTATGATTA TTTCTCCCAG TTGTTGGAGG AACATGGCCC CTTGGACATG 
AGTAACAAGA TGTTTTCCGA AGAATATGAA TTCTTCCCAG AAGAGACTCG ACAGATACTA 
GAAAAAGCAG GAGGTTTGAA ATCTTTTCTC CTGGGATGTC CTCGTTTTGT TGTGATTGAC 
AACTGTATTG CACTGAAGAA AGTTGCATTA CGGCTCAAGA AAAAGAGAAA GAAGAAAAAC 
ATTAAGACAA AAGTCGAAGA AATTTCAAAA ACAGGAGAGT ACTTACGAGT TAAACTACCG 
CTGAATCCAG CTGCTAGGGA ATTTAAACCA GATGTAAAAT CCAAACCCGT ATCTGATTTA 
TCTTCAGCAC CAGCTTCTGA GGATCTGAAG CCCCAACCTA CTTGTACTAA TTCTGCCCAA 
CCAGCTTGTG AAGCTGTGAA GCCAAAACCA ATTTCCGATA ATTCTTCCAG ATCAGTTTCT 
GAGGATGCGA AGCCCAAAGG GGTCTCTTCT GATCCCCCCA AACCAGTCTC TGAGGAGGCA 
GGTCACAAGC AAGTCTCCAA CTGTCCCAAA CCAATTCTTG AGGATGTGAA ACCAACCTAT 
TGGCCTCAGC CGCATTTGGT CACAGGATAC TGTACGTATC TTCCCTTTCG GGGATTTGAC 
ATTACCCAGA CGCCACCTGC GTTTATAAAC GTGTTACCGA CCATGCCCCA GTATAGCATT 
TACACACCTC TGGCCACCGT TTCTTCTGAA TATCAGCTGC AAAGATCAAT ACCAGTGGTG 
CCATCTTTTG TAGCCAGCGA CATAACAGAC GTGCGTTTTG AGGGTCACCA TTTCATTGCC 
GAGAACGCCC CTGGTCCCCA GATTGTCCCT GAAACACAGA TCCTTCAGGA CTCTTCGGAA 
ATACCAGTAA AGCCACAGTG CCTCACAGAT GGGGCTGATA CAGCCCCCAG TGAGTCTAAC 
AGAAACGATG GTCACTGTGG AAATTCTGCC AAGTGGGAGG AAAATCCAGA AAATACTGAT 
GAAGTAACAG ATACTCCACG TACACAAATG GTTGCCATAC AGGTGTCTTG GAATATAACA 
CATCAAGAAG TCAATACTGA GCCATATAAT CCTTTTGAGG CACAACAGGG AGATATTTCC 
TGGGGCTTCT TGTCCCCGAC GTCTCTGAGC CTGTGCGTGA ATCATCATCT GGGTGAACTC 
AAGGATGCCC TGAAGGCCTC TCCTCTAACG CATTCCACAC GGATGACGTC GCTACCAGCA 
GGACCTCTGT GA

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

TTC3 ( XM_021070969.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_020926628.1 Sus scrofa tetratricopeptide repeat domain 3 (TTC3), mRNA.

Price & Availability↑

CloneID	OSe236586
Clone ID Related Accession (Same CDS sequence)	XM_021070969.1
Accession Version	XM_021070969.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5952bp) 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	1494518400000
Organism	Sus scrofa(pig)
Product	LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase TTC3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGATGATT TTGCTCTGGG AAATGTCACT GTAGCAGATT ATGCCTTGTT AGAAGATTGC 
GCTTATGTGG ATGATTGTGT CTTTGCTCCT GACTTTATGT CCAGTGACTA TGTTCGTGTG 
ACTCAACTTT ACTGTGATGG GGTGGGTAGG CAATACAAAG ATTATACCCA AAGTGAGAGA 
AACTTAGAAT TCGACATCTG CACAATGTGG TGTAGTAAGC CTATTTCTGT CCTGCAAGAT 
TATTGTGATG CCATTAAAAT ACACGTCTTC TGGCCACTTC TGTTTCAACG TCAACACAGT 
TCTGTACTAT CACGCTTGCA CCCCTGTGTG GAGGCCAATT CTCCTGCTTC TGAGATAAGT 
TTGAAGAAAT TACAACATCT TGAGTTAATG GAAGATATTG TCGATTTGGC AAAGAAAGTG 
GTGAATGATT CATTCTTTAT TGGAGGCTTG TTGAGAATTG GTTATAAGAT AGAAAATAAA 
ATCTTGGCAA TGGAAGAAGC TTTGAATTGG GTGAAATACA CAGGCGATGT AACTATTCTA 
CCTAAATTAG GAGCAGTGGA TAATTGTTGG CCTATGTTAA GTATTTTCTT TACTGAATAC 
AAGTATCACA TAACTAAAGT TGTAACAGAA AACTGCAATT TGCTTGAAGA ATTTAAAACT 
CAAAATTGTG CGGAGTGTAT AGAGCAAGGA GAACTAATGA AAATGAAAGG AAATGAAGAG 
TTTTCCAAAG AAAGATTTGA TATAGCTATT ATCTATTACA CCAGAGCCAT TGAATGTAGA 
CCTGAAAATC ACCTTCTTTA TGGTAACCGA GCTCTTTGTT TTCTTCGCAC TGGACAGTTC 
AGAAATGCAC TTGGTGATGG AAAGAGAGCT ATTATTCTGA AGAACAATTG GACAAAGGGT 
CATTATCGTT ATTGTGCTGC CCTTTCTATG CTGGGGGAAT ATGACTGGGC CCTGCAAGCA 
AACATAAAAG CTCAAAAACT CTGTAAAAAT GACCCTGAGG GCATCAAGGA TCTAATTCAG 
CAGCATGTAA AGTTACAAAA ACAAATAGAA GACCTGCAAG GTCTAACACC AACTAGGAAT 
CCAATTAAGG CCTTTTATGA GAGCAGAGCC TACATACCTA ATTTATCAGC ACCTGCATTT 
AGTACTTCAC TTAACTTTGT GGAGACTGAA AGAAATTCCA GAAAAACTAA CCACGAAATG 
GCAAACGGTG GTAATCAGAA TCTAAAGGCG GTAGATGAAG CTTCGAAGGT AGATGATTGC 
GACTGTCATC CTGAGTTTCT GCCACCATCA AGTCAGCCTC CAAAATATAA AGGAAAACAA 
AAATCCAGAA ACAATGAATT GGAGAAGTTC AGTTCTGATT CACAAGGGAG TTTACCAGTA 
GATTTGAAAA ACATCTTGGA GAAACAGTTT TCGAAATCTT CCAGAGCTGC ACACCAGGAT 
TTTGCTAATA TAATGAAAAT GCTGAGAAGC TTAATCCAGG ATGGCTACAC GGCTTTGTTG 
GAGCAGCGCT GCCGCAGTGC CGCACAGGCC TTCACAGAAT TGCTCAATGG CTTAGATCCT 
CAAAAAATAA AGCAATTGAA CCTGGCCATG ATTAACTACG TCTTGGTAGT CTATGGACTT 
GCCATTTCAC TCCTTGGAAT AGGACAGCCT GAGGAATTAT CTGAGGCTGA AAACCAGTTC 
AAGAGGATGA TTGAGCACTA TCCTAACGAG GGCCTGGACT GCCTGGCCTA CTGTGGGATC 
GGAAAAGTGT ACTTGAAGAA AAACAGATTT CTGGAAGCTC TTAACCATTT CGAAAAAGCA 
AAGACCTTGA TTTGCCGCCT TCCTGGAGTG TTAACTTGGC CCACAAGCAA TGTGGTTATT 
GAAGAGACTC AGCCAGGGAA AATAAAGATG CTGTTAGAGA AATTTATTGA AGAATGCAGG 
TTCCCTCCAG TGCCGGATGC CATCTGTTGC TATCAGAAGT GCCGTGGATA TTCCAAAATC 
CAGATATACA TAACTGATCC AGACTTTAAG GGTTTTATAC GAATCAGCTG TTGCCAGTTC 
TGTAAAATAG AATTTCACAT GAACTGTTGG AAGAAGTTAA AAACAACAAC CTTTAATGAT 
AAAATTGACA AGGATTTTCT ACAAGGAATT TGTCTTACTC CTGACTGTGA AGGAATCATT 
TCAAAGATTA TCATCTTCAG CAGTGGTGGT CAAGTTAAAT GTGAATTTGA ACACAAGGTC 
ATTAAAGAAA AGGTTCCTCC AAGACCTATT CTGAAACAGA AATGTTCTAG CCTAGAGAAG 
CTAAGGCTGA AAGAAGACAA AAAAATGAAG CGCAAGATCC AAAAAAAGGA AGCAAAAAAG 
TTAGCACAAG AGAGGATGGA AGAGGACCTA AGGGAAAGCA ATCCACCCAA AACTGAGGAG 
CAGAAAGAAA CCATAGGCAG TGTTCAGAGT TGCCAGTTCC TTGATGACAG AATCCTGCAG 
TGCATAAAAC AGTATGCTGA CAAAATTAAG TCTGGTATAC TCAATACTTC CAAGCTTCTC 
AAAGAGTTGC TTTCCTGGAA GGTTTTAACC ACAGAAGACT ACACAACCTG CTTTTCTAGC 
AGAAATTTTC TGAATGAAGC AGTGGACTAT GTTATACGCC ATTTGATTCA AGAAAAGAAC 
AGAGTAAAGA CAAGGGTTTT TCTGCATGTT TTGAGTGAGC TTAAAGAAGT GGAGCCAAAA 
TTAGCCGCCT GGATCCAGAA GCTTAATAGC TTTGGCTTAG ATGCCACTGG ACCTTTTTTT 
TCTCGTTATG GGGCCTCTCT GAAGGAGCTT GATTTCAGCA TCATGACTTT TCTCTGGAAT 
GAGAAATATG GTCATAAGCT AGGTTCTATA GAAGGAAAGA AGCTTGATTA TTTCTATGAG 
CCAACGTCCT TGAAGGAAGC CCGATGTTTA ATATGGCTGC TGGAAGAGCA CAGAGACAAG 
TTCCCAGCAC TGCACAATGC CTTGGACGAA TTCTTTGATA TAATGGACAG CCGCTGCACT 
GTGTTAAGGA AACAGGACAG CGGTGACGTG CCATTTAATT CTACCAAGAT AAAAAACAAA 
GGCAAGAAAA AGAAGCCTAA AGATTCAAAG CCTATGTTAG TTGGGTCTGG AACAAGCTCA 
GTAACACCAA ATAATGAGAC CATCACTTCA GGTGAAGATA TCAAACGCAA TTCAAATTCT 
GCAGGCCCAT TTGTAGTGCC TGACCACCTT CGCCAAGATG TGGAAGAGTT CGAAGCTCTG 
TATGAACAGC ACAGTAATGA ATATGTTGTC CGGAATAAGA AGCTGTGGGA CATTAACCCA 
AAACAAAAGT GTTCAACTCT TTATGATTAT TTCTCCCAGT TGTTGGAGGA ACATGGCCCC 
TTGGACATGA GTAACAAGAT GTTTTCCGAA GAATATGAAT TCTTCCCAGA AGAGACTCGA 
CAGATACTAG AAAAAGCAGG AGGTTTGAAA TCTTTTCTCC TGGGATGTCC TCGTTTTGTT 
GTGATTGACA ACTGTATTGC ACTGAAGAAA GTTGCATTAC GGCTCAAGAA AAAGAGAAAG 
AAGAAAAACA TTAAGACAAA AGTCGAAGAA ATTTCAAAAA CAGGAGAGTA CTTACGAGTT 
AAACTACCGC TGAATCCAGC TGCTAGGGAA TTTAAACCAG ATGTAAAATC CAAACCCGTA 
TCTGATTTAT CTTCAGCACC AGCTTCTGAG GATCTGAAGC CCCAACCTAC TTGTACTAAT 
TCTGCCCAAC CAGCTTGTGA AGCTGTGAAG CCAAAACCAA TTTCCGATAA TTCTTCCAGA 
TCAGTTTCTG AGGATGCGAA GCCCAAAGGG GTCTCTTCTG ATCCCCCCAA ACCAGTCTCT 
GAGGAGGCAG GTCACAAGCA AGTCTCCAAC TGTCCCAAAC CAATTCTTGA GGATGTGAAA 
CCAACCTATT GGCCTCAGCC GCATTTGGTC ACAGGATACT GTACGTATCT TCCCTTTCGG 
GGATTTGACA TTACCCAGAC GCCACCTGCG TTTATAAACG TGTTACCGAC CATGCCCCAG 
TATAGCATTT ACACACCTCT GGCCACCGTT TCTTCTGAAT ATCAGCTGCA AAGATCAATA 
CCAGTGGTGC CATCTTTTGT AGCCAGCGAC ATAACAGACG TGCGTTTTGA GGGTCACCAT 
TTCATTGCCG AGAACGCCCC TGGTCCCCAG ATTGTCCCTG AAACACAGAT CCTTCAGGAC 
TCTTCGGAAA TACCAGTAAA GCCACAGTGC CTCACAGATG GGGCTGATAC AGCCCCCAGT 
GAGTCTAACA GAAACGATGG TCACTGTGGA AATTCTGCCA AGTGGGAGGA AAATCCAGAA 
AATACTGATG AAGTAACAGA TACTCCACGT ACACAAATGG TTGCCATACA GGTGTCTTGG 
AATATAACAC ATCAAGAAGT CAATACTGAG CCATATAATC CTTTTGAGGC ACAACAGGGA 
GATATTTCAC AGATTGAAAA GGAGTACCAG GTTTTACAAG AGCAGCTTAA GGAAGCCTGT 
GAAAACTACG AGCAGAGGAA TATCGAGGGC TCAGAAGAGA CCAAGGACTT GGAAGAAAAG 
TTGAAAAGGA ACATAGAAGA AAATAAGATC TCAAAGACAG AATTAGATTG GTTCCTCAAA 
GACTTGGAAA AGGAAATTAA TAAATGGCAA CAGGAGAAAA AAGAAATCCA AGAAAGACTA 
AAGGCACTGA AGAAGAAAAT GAAAAAGGTT TTAAATACCA ATGAAACGTA TACCCAGGAA 
AATGATGGAA AGGAGAAGGA ACATGAATTA CTTCTGGATC AATCCATTGA AATCAGTAAC 
GCATTCACAG AGGAGAAAAT GAAGATGGAA GAGTGTATAA AGAAGCGCAG AGAGCACTAT 
GAAGAGAGTC TTCAAAGGGC TGTCGAGGCA GAGGTATCTG TGCTTGAAAA CTGGAAGGAG 
ACGGAAGTGT ATAAATTACA AACCATGGAG TCACAAGCTG AAGGGTTTCT TAAGAACCTG 
AAGCTAATGA GCAGTGATTC TGCAACGTAT CCTGACACTG AGTCTGACAT ACATTCATGG 
GAATCATTTC TTTCTGAGGT TAGAAAAGAA ATTGAGAAAG CAGAGTCTCA GTTCGAAGAA 
CAAATTCAAG CGATTAAAAA TGGTTCTCGG CTCAGTGACC TTTCTAAAGT GCAGATTTCT 
GAGCTTTCAT TTCCTGCTTG TAACACAGTT CAGCCTGCGT TACTTCCTGA GCTGCCAGGC 
CATCATGATC AAGATCCCTC CACTTCTACA AGTCATGAGA CCGGAGACCC GACAGCAGTT 
CTCGAGGATT CGAGTCTGCT CCCTGCCACC GATGGCCTGG AGGAGTCTCC CTCCTGCGAG 
CTGGAAGTCG CCCCTCTGCC CGAGCCTCAG AGCCCTGGCC AGGCGGCTGA GTCAGAGCCA 
AGCCTTGCCG CTGATCAGAA GTCACCCGTT GCTGTGGGAC GTGCCACCCG TTCAAGCCAG 
TCTCCAAAAA AGCCGTTCAA TAGTATCATC GAGCACCTGT CAGTGGTGTT CCCATGTTAC 
AACAGCACCG AACTTGCTGG TTTTATTAAA AAAGTGAGAA ACAAAAACAA GAACTCGCTC 
TCTGGATTGA GTATTGACGA AATTGTCCAA AGAGTGACAG AACACATTCT AGATGAAGAG 
AAGAAGAAAA AGCCAAATCC AGGAAAGGAC CAGAGGCCCN CAGAGCCCAG CTGTGCCGCT 
TCTGTGACCG GGGCCATGCA GGACCTGCCG TCCGTGGTTG CTGGATCGTC ACCCAGAACC 
AAGGGGCAGA AGACCGAGGA CATCCTTGTG TCTGATGCAC AGTCCTGTGA AATATGCCAC 
GAAGCGTTCA GATCCAAAAA TGTGCGTGTG CTGAAATGTG GGCACAAGTT CCACAAAGGG 
TGCTTCAAGC AGTGGCCTAA GGGGCAGGGC GCTTGCCCAG CCTGCCTGGA CTGTGACCTG 
TCAGAAGAGT AG

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

RefSeq	XP_020926628.1
CDS	235..6186
Translation	MDDFALGNVTVADYALLEDCAYVDDCVFAPDFMSSDYVRVTQLYCDGVGRQYKDYTQSERNLEFDICTMWCSKPISVLQDYCDAIKIHVFWPLLFQRQHSSVLSRLHPCVEANSPASEISLKKLQHLELMEDIVDLAKKVVNDSFFIGGLLRIGYKIENKILAMEEALNWVKYTGDVTILPKLGAVDNCWPMLSIFFTEYKYHITKVVTENCNLLEEFKTQNCAECIEQGELMKMKGNEEFSKERFDIAIIYYTRAIECRPENHLLYGNRALCFLRTGQFRNALGDGKRAIILKNNWTKGHYRYCAALSMLGEYDWALQANIKAQKLCKNDPEGIKDLIQQHVKLQKQIEDLQGLTPTRNPIKAFYESRAYIPNLSAPAFSTSLNFVETERNSRKTNHEMANGGNQNLKAVDEASKVDDCDCHPEFLPPSSQPPKYKGKQKSRNNELEKFSSDSQGSLPVDLKNILEKQFSKSSRAAHQDFANIMKMLRSLIQDGYTALLEQRCRSAAQAFTELLNGLDPQKIKQLNLAMINYVLVVYGLAISLLGIGQPEELSEAENQFKRMIEHYPNEGLDCLAYCGIGKVYLKKNRFLEALNHFEKAKTLICRLPGVLTWPTSNVVIEETQPGKIKMLLEKFIEECRFPPVPDAICCYQKCRGYSKIQIYITDPDFKGFIRISCCQFCKIEFHMNCWKKLKTTTFNDKIDKDFLQGICLTPDCEGIISKIIIFSSGGQVKCEFEHKVIKEKVPPRPILKQKCSSLEKLRLKEDKKMKRKIQKKEAKKLAQERMEEDLRESNPPKTEEQKETIGSVQSCQFLDDRILQCIKQYADKIKSGILNTSKLLKELLSWKVLTTEDYTTCFSSRNFLNEAVDYVIRHLIQEKNRVKTRVFLHVLSELKEVEPKLAAWIQKLNSFGLDATGPFFSRYGASLKELDFSIMTFLWNEKYGHKLGSIEGKKLDYFYEPTSLKEARCLIWLLEEHRDKFPALHNALDEFFDIMDSRCTVLRKQDSGDVPFNSTKIKNKGKKKKPKDSKPMLVGSGTSSVTPNNETITSGEDIKRNSNSAGPFVVPDHLRQDVEEFEALYEQHSNEYVVRNKKLWDINPKQKCSTLYDYFSQLLEEHGPLDMSNKMFSEEYEFFPEETRQILEKAGGLKSFLLGCPRFVVIDNCIALKKVALRLKKKRKKKNIKTKVEEISKTGEYLRVKLPLNPAAREFKPDVKSKPVSDLSSAPASEDLKPQPTCTNSAQPACEAVKPKPISDNSSRSVSEDAKPKGVSSDPPKPVSEEAGHKQVSNCPKPILEDVKPTYWPQPHLVTGYCTYLPFRGFDITQTPPAFINVLPTMPQYSIYTPLATVSSEYQLQRSIPVVPSFVASDITDVRFEGHHFIAENAPGPQIVPETQILQDSSEIPVKPQCLTDGADTAPSESNRNDGHCGNSAKWEENPENTDEVTDTPRTQMVAIQVSWNITHQEVNTEPYNPFEAQQGDISQIEKEYQVLQEQLKEACENYEQRNIEGSEETKDLEEKLKRNIEENKISKTELDWFLKDLEKEINKWQQEKKEIQERLKALKKKMKKVLNTNETYTQENDGKEKEHELLLDQSIEISNAFTEEKMKMEECIKKRREHYEESLQRAVEAEVSVLENWKETEVYKLQTMESQAEGFLKNLKLMSSDSATYPDTESDIHSWESFLSEVRKEIEKAESQFEEQIQAIKNGSRLSDLSKVQISELSFPACNTVQPALLPELPGHHDQDPSTSTSHETGDPTAVLEDSSLLPATDGLEESPSCELEVAPLPEPQSPGQAAESEPSLAADQKSPVAVGRATRSSQSPKKPFNSIIEHLSVVFPCYNSTELAGFIKKVRNKNKNSLSGLSIDEIVQRVTEHILDEEKKKKPNPGKDQRPnullEPSCAASVTGAMQDLPSVVAGSSPRTKGQKTEDILVSDAQSCEICHEAFRSKNVRVLKCGHKFHKGCFKQWPKGQGACPACLDCDLSEE

Target ORF information:

RefSeq Version	XM_021070969.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa tetratricopeptide repeat domain 3 (TTC3), mRNA.

Target ORF information:

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

XM_021070969.1

ORF Insert Sequence:

ATGGATGATT TTGCTCTGGG AAATGTCACT GTAGCAGATT ATGCCTTGTT AGAAGATTGC 
GCTTATGTGG ATGATTGTGT CTTTGCTCCT GACTTTATGT CCAGTGACTA TGTTCGTGTG 
ACTCAACTTT ACTGTGATGG GGTGGGTAGG CAATACAAAG ATTATACCCA AAGTGAGAGA 
AACTTAGAAT TCGACATCTG CACAATGTGG TGTAGTAAGC CTATTTCTGT CCTGCAAGAT 
TATTGTGATG CCATTAAAAT ACACGTCTTC TGGCCACTTC TGTTTCAACG TCAACACAGT 
TCTGTACTAT CACGCTTGCA CCCCTGTGTG GAGGCCAATT CTCCTGCTTC TGAGATAAGT 
TTGAAGAAAT TACAACATCT TGAGTTAATG GAAGATATTG TCGATTTGGC AAAGAAAGTG 
GTGAATGATT CATTCTTTAT TGGAGGCTTG TTGAGAATTG GTTATAAGAT AGAAAATAAA 
ATCTTGGCAA TGGAAGAAGC TTTGAATTGG GTGAAATACA CAGGCGATGT AACTATTCTA 
CCTAAATTAG GAGCAGTGGA TAATTGTTGG CCTATGTTAA GTATTTTCTT TACTGAATAC 
AAGTATCACA TAACTAAAGT TGTAACAGAA AACTGCAATT TGCTTGAAGA ATTTAAAACT 
CAAAATTGTG CGGAGTGTAT AGAGCAAGGA GAACTAATGA AAATGAAAGG AAATGAAGAG 
TTTTCCAAAG AAAGATTTGA TATAGCTATT ATCTATTACA CCAGAGCCAT TGAATGTAGA 
CCTGAAAATC ACCTTCTTTA TGGTAACCGA GCTCTTTGTT TTCTTCGCAC TGGACAGTTC 
AGAAATGCAC TTGGTGATGG AAAGAGAGCT ATTATTCTGA AGAACAATTG GACAAAGGGT 
CATTATCGTT ATTGTGCTGC CCTTTCTATG CTGGGGGAAT ATGACTGGGC CCTGCAAGCA 
AACATAAAAG CTCAAAAACT CTGTAAAAAT GACCCTGAGG GCATCAAGGA TCTAATTCAG 
CAGCATGTAA AGTTACAAAA ACAAATAGAA GACCTGCAAG GTCTAACACC AACTAGGAAT 
CCAATTAAGG CCTTTTATGA GAGCAGAGCC TACATACCTA ATTTATCAGC ACCTGCATTT 
AGTACTTCAC TTAACTTTGT GGAGACTGAA AGAAATTCCA GAAAAACTAA CCACGAAATG 
GCAAACGGTG GTAATCAGAA TCTAAAGGCG GTAGATGAAG CTTCGAAGGT AGATGATTGC 
GACTGTCATC CTGAGTTTCT GCCACCATCA AGTCAGCCTC CAAAATATAA AGGAAAACAA 
AAATCCAGAA ACAATGAATT GGAGAAGTTC AGTTCTGATT CACAAGGGAG TTTACCAGTA 
GATTTGAAAA ACATCTTGGA GAAACAGTTT TCGAAATCTT CCAGAGCTGC ACACCAGGAT 
TTTGCTAATA TAATGAAAAT GCTGAGAAGC TTAATCCAGG ATGGCTACAC GGCTTTGTTG 
GAGCAGCGCT GCCGCAGTGC CGCACAGGCC TTCACAGAAT TGCTCAATGG CTTAGATCCT 
CAAAAAATAA AGCAATTGAA CCTGGCCATG ATTAACTACG TCTTGGTAGT CTATGGACTT 
GCCATTTCAC TCCTTGGAAT AGGACAGCCT GAGGAATTAT CTGAGGCTGA AAACCAGTTC 
AAGAGGATGA TTGAGCACTA TCCTAACGAG GGCCTGGACT GCCTGGCCTA CTGTGGGATC 
GGAAAAGTGT ACTTGAAGAA AAACAGATTT CTGGAAGCTC TTAACCATTT CGAAAAAGCA 
AAGACCTTGA TTTGCCGCCT TCCTGGAGTG TTAACTTGGC CCACAAGCAA TGTGGTTATT 
GAAGAGACTC AGCCAGGGAA AATAAAGATG CTGTTAGAGA AATTTATTGA AGAATGCAGG 
TTCCCTCCAG TGCCGGATGC CATCTGTTGC TATCAGAAGT GCCGTGGATA TTCCAAAATC 
CAGATATACA TAACTGATCC AGACTTTAAG GGTTTTATAC GAATCAGCTG TTGCCAGTTC 
TGTAAAATAG AATTTCACAT GAACTGTTGG AAGAAGTTAA AAACAACAAC CTTTAATGAT 
AAAATTGACA AGGATTTTCT ACAAGGAATT TGTCTTACTC CTGACTGTGA AGGAATCATT 
TCAAAGATTA TCATCTTCAG CAGTGGTGGT CAAGTTAAAT GTGAATTTGA ACACAAGGTC 
ATTAAAGAAA AGGTTCCTCC AAGACCTATT CTGAAACAGA AATGTTCTAG CCTAGAGAAG 
CTAAGGCTGA AAGAAGACAA AAAAATGAAG CGCAAGATCC AAAAAAAGGA AGCAAAAAAG 
TTAGCACAAG AGAGGATGGA AGAGGACCTA AGGGAAAGCA ATCCACCCAA AACTGAGGAG 
CAGAAAGAAA CCATAGGCAG TGTTCAGAGT TGCCAGTTCC TTGATGACAG AATCCTGCAG 
TGCATAAAAC AGTATGCTGA CAAAATTAAG TCTGGTATAC TCAATACTTC CAAGCTTCTC 
AAAGAGTTGC TTTCCTGGAA GGTTTTAACC ACAGAAGACT ACACAACCTG CTTTTCTAGC 
AGAAATTTTC TGAATGAAGC AGTGGACTAT GTTATACGCC ATTTGATTCA AGAAAAGAAC 
AGAGTAAAGA CAAGGGTTTT TCTGCATGTT TTGAGTGAGC TTAAAGAAGT GGAGCCAAAA 
TTAGCCGCCT GGATCCAGAA GCTTAATAGC TTTGGCTTAG ATGCCACTGG ACCTTTTTTT 
TCTCGTTATG GGGCCTCTCT GAAGGAGCTT GATTTCAGCA TCATGACTTT TCTCTGGAAT 
GAGAAATATG GTCATAAGCT AGGTTCTATA GAAGGAAAGA AGCTTGATTA TTTCTATGAG 
CCAACGTCCT TGAAGGAAGC CCGATGTTTA ATATGGCTGC TGGAAGAGCA CAGAGACAAG 
TTCCCAGCAC TGCACAATGC CTTGGACGAA TTCTTTGATA TAATGGACAG CCGCTGCACT 
GTGTTAAGGA AACAGGACAG CGGTGACGTG CCATTTAATT CTACCAAGAT AAAAAACAAA 
GGCAAGAAAA AGAAGCCTAA AGATTCAAAG CCTATGTTAG TTGGGTCTGG AACAAGCTCA 
GTAACACCAA ATAATGAGAC CATCACTTCA GGTGAAGATA TCAAACGCAA TTCAAATTCT 
GCAGGCCCAT TTGTAGTGCC TGACCACCTT CGCCAAGATG TGGAAGAGTT CGAAGCTCTG 
TATGAACAGC ACAGTAATGA ATATGTTGTC CGGAATAAGA AGCTGTGGGA CATTAACCCA 
AAACAAAAGT GTTCAACTCT TTATGATTAT TTCTCCCAGT TGTTGGAGGA ACATGGCCCC 
TTGGACATGA GTAACAAGAT GTTTTCCGAA GAATATGAAT TCTTCCCAGA AGAGACTCGA 
CAGATACTAG AAAAAGCAGG AGGTTTGAAA TCTTTTCTCC TGGGATGTCC TCGTTTTGTT 
GTGATTGACA ACTGTATTGC ACTGAAGAAA GTTGCATTAC GGCTCAAGAA AAAGAGAAAG 
AAGAAAAACA TTAAGACAAA AGTCGAAGAA ATTTCAAAAA CAGGAGAGTA CTTACGAGTT 
AAACTACCGC TGAATCCAGC TGCTAGGGAA TTTAAACCAG ATGTAAAATC CAAACCCGTA 
TCTGATTTAT CTTCAGCACC AGCTTCTGAG GATCTGAAGC CCCAACCTAC TTGTACTAAT 
TCTGCCCAAC CAGCTTGTGA AGCTGTGAAG CCAAAACCAA TTTCCGATAA TTCTTCCAGA 
TCAGTTTCTG AGGATGCGAA GCCCAAAGGG GTCTCTTCTG ATCCCCCCAA ACCAGTCTCT 
GAGGAGGCAG GTCACAAGCA AGTCTCCAAC TGTCCCAAAC CAATTCTTGA GGATGTGAAA 
CCAACCTATT GGCCTCAGCC GCATTTGGTC ACAGGATACT GTACGTATCT TCCCTTTCGG 
GGATTTGACA TTACCCAGAC GCCACCTGCG TTTATAAACG TGTTACCGAC CATGCCCCAG 
TATAGCATTT ACACACCTCT GGCCACCGTT TCTTCTGAAT ATCAGCTGCA AAGATCAATA 
CCAGTGGTGC CATCTTTTGT AGCCAGCGAC ATAACAGACG TGCGTTTTGA GGGTCACCAT 
TTCATTGCCG AGAACGCCCC TGGTCCCCAG ATTGTCCCTG AAACACAGAT CCTTCAGGAC 
TCTTCGGAAA TACCAGTAAA GCCACAGTGC CTCACAGATG GGGCTGATAC AGCCCCCAGT 
GAGTCTAACA GAAACGATGG TCACTGTGGA AATTCTGCCA AGTGGGAGGA AAATCCAGAA 
AATACTGATG AAGTAACAGA TACTCCACGT ACACAAATGG TTGCCATACA GGTGTCTTGG 
AATATAACAC ATCAAGAAGT CAATACTGAG CCATATAATC CTTTTGAGGC ACAACAGGGA 
GATATTTCAC AGATTGAAAA GGAGTACCAG GTTTTACAAG AGCAGCTTAA GGAAGCCTGT 
GAAAACTACG AGCAGAGGAA TATCGAGGGC TCAGAAGAGA CCAAGGACTT GGAAGAAAAG 
TTGAAAAGGA ACATAGAAGA AAATAAGATC TCAAAGACAG AATTAGATTG GTTCCTCAAA 
GACTTGGAAA AGGAAATTAA TAAATGGCAA CAGGAGAAAA AAGAAATCCA AGAAAGACTA 
AAGGCACTGA AGAAGAAAAT GAAAAAGGTT TTAAATACCA ATGAAACGTA TACCCAGGAA 
AATGATGGAA AGGAGAAGGA ACATGAATTA CTTCTGGATC AATCCATTGA AATCAGTAAC 
GCATTCACAG AGGAGAAAAT GAAGATGGAA GAGTGTATAA AGAAGCGCAG AGAGCACTAT 
GAAGAGAGTC TTCAAAGGGC TGTCGAGGCA GAGGTATCTG TGCTTGAAAA CTGGAAGGAG 
ACGGAAGTGT ATAAATTACA AACCATGGAG TCACAAGCTG AAGGGTTTCT TAAGAACCTG 
AAGCTAATGA GCAGTGATTC TGCAACGTAT CCTGACACTG AGTCTGACAT ACATTCATGG 
GAATCATTTC TTTCTGAGGT TAGAAAAGAA ATTGAGAAAG CAGAGTCTCA GTTCGAAGAA 
CAAATTCAAG CGATTAAAAA TGGTTCTCGG CTCAGTGACC TTTCTAAAGT GCAGATTTCT 
GAGCTTTCAT TTCCTGCTTG TAACACAGTT CAGCCTGCGT TACTTCCTGA GCTGCCAGGC 
CATCATGATC AAGATCCCTC CACTTCTACA AGTCATGAGA CCGGAGACCC GACAGCAGTT 
CTCGAGGATT CGAGTCTGCT CCCTGCCACC GATGGCCTGG AGGAGTCTCC CTCCTGCGAG 
CTGGAAGTCG CCCCTCTGCC CGAGCCTCAG AGCCCTGGCC AGGCGGCTGA GTCAGAGCCA 
AGCCTTGCCG CTGATCAGAA GTCACCCGTT GCTGTGGGAC GTGCCACCCG TTCAAGCCAG 
TCTCCAAAAA AGCCGTTCAA TAGTATCATC GAGCACCTGT CAGTGGTGTT CCCATGTTAC 
AACAGCACCG AACTTGCTGG TTTTATTAAA AAAGTGAGAA ACAAAAACAA GAACTCGCTC 
TCTGGATTGA GTATTGACGA AATTGTCCAA AGAGTGACAG AACACATTCT AGATGAAGAG 
AAGAAGAAAA AGCCAAATCC AGGAAAGGAC CAGAGGCCCN CAGAGCCCAG CTGTGCCGCT 
TCTGTGACCG GGGCCATGCA GGACCTGCCG TCCGTGGTTG CTGGATCGTC ACCCAGAACC 
AAGGGGCAGA AGACCGAGGA CATCCTTGTG TCTGATGCAC AGTCCTGTGA AATATGCCAC 
GAAGCGTTCA GATCCAAAAA TGTGCGTGTG CTGAAATGTG GGCACAAGTT CCACAAAGGG 
TGCTTCAAGC AGTGGCCTAA GGGGCAGGGC GCTTGCCCAG CCTGCCTGGA CTGTGACCTG 
TCAGAAGAGT AG

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

PubMed

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1-877-436-7274

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TTC3 cDNA ORF clone, Sus scrofa(pig)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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