Tacc2 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Tacc2
Entrez Gene ID	309025
Full Name	transforming, acidic coiled-coil containing protein 2
General protein information	Preferred Names transforming, acidic coiled-coil containing protein 2 Names transforming acidic coiled-coil-containing protein 2 transforming acidic coiled coil 2 transforming acidic coiled-coil containing protein 2 variant 3
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 1 Map Location: 1q37
Summary	This gene encodes a member of the transforming, acidic coiled-coil (TACC) family of proteins. Members of this family are centrosomal proteins that interact with microtubules and tubulin. TACC proteins are thought to be involved in centrosome/mitotic spindle dynamics and gene regulation. Alternative splicing results in multiple transcript variants encoding different isoforms. [provided by RefSeq, Jul 2008].

mRNA and Protein(s)

mRNA	Protein	Name
XM_017589221.1	XP_017444710.1	transforming acidic coiled-coil-containing protein 2 isoform X1
XM_006230398.3	XP_006230460.1	transforming acidic coiled-coil-containing protein 2 isoform X3
NM_001004418.2	NP_001004418.1	transforming acidic coiled-coil-containing protein 2 isoform 2
NM_001004415.2	NP_001004415.1	transforming acidic coiled-coil-containing protein 2 isoform 1
XM_017589222.1	XP_017444711.1	transforming acidic coiled-coil-containing protein 2 isoform X2
XM_017589223.1	XP_017444712.1	transforming acidic coiled-coil-containing protein 2 isoform X4
XM_008759883.2	XP_008758105.1	transforming acidic coiled-coil-containing protein 2 isoform X5

Pathways from BioSystems

Homologies

Bos taurus (cattle)	TACC2	XP_005225883.1
Homo sapiens (human)	TACC2	NP_996744.2
Canis lupus familiaris (dog)	TACC2	XP_005637853.1
Rattus norvegicus (Norway rat)	Tacc2	NP_001004415.1
	TACC2	XP_001102544.2
Mus musculus (house mouse)	Tacc2	NP_001004468.1
Xenopus tropicalis (tropical clawed frog)	tacc2	NP_001096494.1
Pan troglodytes (chimpanzee)	TACC2	XP_001158316.1

Gene Ontology
Bibliography

Related articles in PubMed

Expression pattern of an evolutionarily conserved splice variant in the rat Tacc2 gene.
Padhi BK, Zigler JS Jr, Padhi P, Hose S, Sinha D
Genesis (New York, N.Y. : 2000)52(5)378-86(2014 May)

Cep120 and TACCs control interkinetic nuclear migration and the neural progenitor pool.
Xie Z, Moy LY, Sanada K, Zhou Y, Buchman JJ, Tsai LH
Neuron56(1)79-93(2007 Oct)

Structure-function evolution of the transforming acidic coiled coil genes revealed by analysis of phylogenetically diverse organisms.
Still IH, Vettaikkorumakankauv AK, DiMatteo A, Liang P
BMC evolutionary biology416(2004 Jun)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Multiple protein sequence analyses revealed that Tacc2 Isoform 3 could be the ancient form, as it is conserved in mammals, birds, and amphibians; whereas the long Tacc2 isoforms may have evolved in the mammalian lineage.
Title: Expression pattern of an evolutionarily conserved splice variant in the rat Tacc2 gene.

The following Tacc2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Tacc2 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)
ORa46691	XM_008759883.2 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
ORa56619	XM_017589222.1 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
ORa56620	XM_017589223.1 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
ORa12788	NM_001004418.2 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
ORa23519	XM_006230398.3 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
ORa12793	NM_001004415.2 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
ORa56618	XM_017589221.1 Latest version!	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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** 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)

Tacc2 ( XM_008759883.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_008758105.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ORa46691
Clone ID Related Accession (Same CDS sequence)	XM_008759883.2
Accession Version	XM_008759883.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2976bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005100.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_008759883.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACTGACA CATTTAGGGT GAAGAAGTCT CCAAAGCGGT CTCCTCTGTC TGATCCGCCT 
TCTCAGGACC CCACTCCAGC TGCCACACCG GAAGCACCTC CAGTCTCTAC CGTGGTCCAC 
GCCACAGATG AGGAAAAGTT GGCCGTCACT AGCCAGAAGT GGACATGTAT GACAGTGGAC 
TTGGATGCTG ACAAACAGGA TTTCCCGCAG CCCTCAGACC TATCTAACTT TGTAAATGAG 
ACCAAATTCA ATTCACCCTC GGAGGAGCTG GACTACAGAA ACTCCTATGA AATTGAATAC 
ATGGAAAAGC TTGGCTCCTC CTTACCTCAG GACGATGACA CTCCGAAGAA GCAGGCCTTG 
TACCTTATGT TTGACACCCC TCAGGAGAGC CCCGTCAAGT CTCCTCCGGT CCGGATGTCG 
GATTCCCCAA CTCCATGTTC AGGGTCGAGT TTTGAGGACA CCGAAGCCCT GGTGAATGCA 
ACAGCAAAGC TCCAGCATCC AGTCCCTAGA GGGCTGGCCT CCAATCAGGA GCCTCTCTTG 
CAGCTGCCGG AAAAATCCTC CCAGAAGGAG CTGGAGGCCA TGGCCTTGGG CACCCCCGCA 
GAAGCAATTG AAATCACAGC TCCAGAGGGT GCCTTTGCCT CTGCAGATGC CCTCCTCAGC 
AGGCTGGCCC ATCCTGCTTC TCTCTGTGGT GCACTTGGCT ATCTGGAGCC TGATTTAGCA 
GAAAAGAACC CCCCAGTATT TGCCCAGAAA CTTCAGAGGG AAGCCACTCA CCCACCAGAT 
GTCTCCATCT CCAAAACTAC CTTGTACTCC CGCATCGGGC CCACCGAGGT GGAGAAACCC 
CCAGGCCTTC TGTTCCAGCA GCCAGACCTG GACTCTGCAC TCCAAGTTGC CAGAGCAGAG 
GTCATCGCCA AGGAGAGAGA AGTCTCAGAG TGGAGGGATA AATATGAAGA AAGCCGGCGG 
GAAGTGGTAG AAATGAGGAA AATCGTGGCT GAATACGAGA AGACCATCGC ACAGATGATC 
GAGGATGAAC AGAGAGAGAA GTCCATCTCC CACCAAACCG TGCAGCAGCT GGTGCTGGAG 
AAGGAGCAAG CCCTGGCTGA CCTGAACTCT GTGGAGAAGT CTCTGGCTGA CCTCTTCAGG 
CGATACGAGA AGATGAAGGA GGTGCTGGAA GGCTTTCGAA AGAATGAGGA GGTGCTGAAG 
AAGTGTGCAC AGGAGTACCT GTCCCGCGTG AAGAAAGAGG AGCAGAGGTA CCAGGCCCTG 
AAGGTGCATG CAGAAGAGAA ACTGGACAGA GCCAATGCAG AGATTGCCCA GGTTCGAGGC 
AAGGCCCAGC AGGAGCAGGC GGCCTACCAG GCTAGCCTGA GGAAGGAGCA GCTTCGAGTG 
GATGCTCTAG AAAGAACGCT GGAGCAGAAG AATAAAGAGA TAGAAGAACT CACCAAGATT 
TGTGACGAAC TGATTGCCAA AATGGGGAAA AGCTAA

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

RefSeq	XP_008758105.1
CDS	645..3620
Translation	MGGSQSLQPAPASDLNLEVSEAMSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	XM_008759883.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X5, mRNA.

Target ORF information:

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

XM_008759883.2

ORF Insert Sequence:

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACTGACA CATTTAGGGT GAAGAAGTCT CCAAAGCGGT CTCCTCTGTC TGATCCGCCT 
TCTCAGGACC CCACTCCAGC TGCCACACCG GAAGCACCTC CAGTCTCTAC CGTGGTCCAC 
GCCACAGATG AGGAAAAGTT GGCCGTCACT AGCCAGAAGT GGACATGTAT GACAGTGGAC 
TTGGATGCTG ACAAACAGGA TTTCCCGCAG CCCTCAGACC TATCTAACTT TGTAAATGAG 
ACCAAATTCA ATTCACCCTC GGAGGAGCTG GACTACAGAA ACTCCTATGA AATTGAATAC 
ATGGAAAAGC TTGGCTCCTC CTTACCTCAG GACGATGACA CTCCGAAGAA GCAGGCCTTG 
TACCTTATGT TTGACACCCC TCAGGAGAGC CCCGTCAAGT CTCCTCCGGT CCGGATGTCG 
GATTCCCCAA CTCCATGTTC AGGGTCGAGT TTTGAGGACA CCGAAGCCCT GGTGAATGCA 
ACAGCAAAGC TCCAGCATCC AGTCCCTAGA GGGCTGGCCT CCAATCAGGA GCCTCTCTTG 
CAGCTGCCGG AAAAATCCTC CCAGAAGGAG CTGGAGGCCA TGGCCTTGGG CACCCCCGCA 
GAAGCAATTG AAATCACAGC TCCAGAGGGT GCCTTTGCCT CTGCAGATGC CCTCCTCAGC 
AGGCTGGCCC ATCCTGCTTC TCTCTGTGGT GCACTTGGCT ATCTGGAGCC TGATTTAGCA 
GAAAAGAACC CCCCAGTATT TGCCCAGAAA CTTCAGAGGG AAGCCACTCA CCCACCAGAT 
GTCTCCATCT CCAAAACTAC CTTGTACTCC CGCATCGGGC CCACCGAGGT GGAGAAACCC 
CCAGGCCTTC TGTTCCAGCA GCCAGACCTG GACTCTGCAC TCCAAGTTGC CAGAGCAGAG 
GTCATCGCCA AGGAGAGAGA AGTCTCAGAG TGGAGGGATA AATATGAAGA AAGCCGGCGG 
GAAGTGGTAG AAATGAGGAA AATCGTGGCT GAATACGAGA AGACCATCGC ACAGATGATC 
GAGGATGAAC AGAGAGAGAA GTCCATCTCC CACCAAACCG TGCAGCAGCT GGTGCTGGAG 
AAGGAGCAAG CCCTGGCTGA CCTGAACTCT GTGGAGAAGT CTCTGGCTGA CCTCTTCAGG 
CGATACGAGA AGATGAAGGA GGTGCTGGAA GGCTTTCGAA AGAATGAGGA GGTGCTGAAG 
AAGTGTGCAC AGGAGTACCT GTCCCGCGTG AAGAAAGAGG AGCAGAGGTA CCAGGCCCTG 
AAGGTGCATG CAGAAGAGAA ACTGGACAGA GCCAATGCAG AGATTGCCCA GGTTCGAGGC 
AAGGCCCAGC AGGAGCAGGC GGCCTACCAG GCTAGCCTGA GGAAGGAGCA GCTTCGAGTG 
GATGCTCTAG AAAGAACGCT GGAGCAGAAG AATAAAGAGA TAGAAGAACT CACCAAGATT 
TGTGACGAAC TGATTGCCAA AATGGGGAAA AGCTAA

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

Tacc2 ( XM_017589222.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017444711.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ORa56619
Clone ID Related Accession (Same CDS sequence)	XM_017589222.1
Accession Version	XM_017589222.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3102bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005100.4) 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 :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACGATGG TTGAAGATGT GATGTCTGTG TGTTCTCTGT TTGACACATT TAGGGTGAAG 
AAGTCTCCAA AGCGGTCTCC TCTGTCTGAT CCGCCTTCTC AGGACCCCAC TCCAGCTGCC 
ACACCGGAAG CACCTCCAGT CTCTACCGTG GTCCACGCCA CAGATGAGGA AAAGTTGGCC 
GTCACTAGCC AGAAGTGGAC ATGTATGACA GTGGACTTGG ATGCTGACAA ACAGGATTTC 
CCGCAGCCCT CAGACCTATC TAACTTTGTA AATGAGACCA AATTCAATTC ACCCTCGGAG 
GAGCTGGACT ACAGAAACTC CTATGAAATT GAATACATGG AAAAGCTTGG CTCCTCCTTA 
CCTCAGGACG ATGACACTCC GAAGAAGCAG GCCTTGTACC TTATGTTTGA CACCCCTCAG 
GAGAGCCCCG TCAAGTCTCC TCCGGTCCGG ATGTCGGATT CCCCAACTCC ATGTTCAGGG 
TCGAGTTTTG AGGACACCGA AGCCCTGGTG AATGCAACAG CAAAGCTCCA GCATCCAGTC 
CCTAGAGGGC TGGCCTCCAA TCAGGAGCCT CTCTTGCAGC TGCCGGAAAA ATCCTCCCAG 
AAGGAGCTGG AGGCCATGGC CTTGGGCACC CCCGCAGAAG CAATTGAAAT CACAGCTCCA 
GAGGGTGCCT TTGCCTCTGC AGATGCCCTC CTCAGCAGGC TGGCCCATCC TGCTTCTCTC 
TGTGGTGCAC TTGGCTATCT GGAGCCTGAT TTAGCAGAAA AGAACCCCCC AGTATTTGCC 
CAGAAACTTC AGGAGGAATT AGAGTTTGCT GTCATGCGGA TAGAAGCCTT GAAGCTGGCC 
AGGCAGATCG CCCTGGCTTC TCGCAGCCGC CAGGACACCA AGAGGGAAGC CACTCACCCA 
CCAGATGTCT CCATCTCCAA AACTACCTTG TACTCCCGCA TCGGGCCCAC CGAGGTGGAG 
AAACCCCCAG GCCTTCTGTT CCAGCAGCCA GACCTGGACT CTGCACTCCA AGTTGCCAGA 
GCAGAGGTCA TCGCCAAGGA GAGAGAAGTC TCAGAGTGGA GGGATAAATA TGAAGAAAGC 
CGGCGGGAAG TGGTAGAAAT GAGGAAAATC GTGGCTGAAT ACGAGAAGAC CATCGCACAG 
ATGATCGAGG ATGAACAGAG AGAGAAGTCC ATCTCCCACC AAACCGTGCA GCAGCTGGTG 
CTGGAGAAGG AGCAAGCCCT GGCTGACCTG AACTCTGTGG AGAAGTCTCT GGCTGACCTC 
TTCAGGCGAT ACGAGAAGAT GAAGGAGGTG CTGGAAGGCT TTCGAAAGAA TGAGGAGGTG 
CTGAAGAAGT GTGCACAGGA GTACCTGTCC CGCGTGAAGA AAGAGGAGCA GAGGTACCAG 
GCCCTGAAGG TGCATGCAGA AGAGAAACTG GACAGAGCCA ATGCAGAGAT TGCCCAGGTT 
CGAGGCAAGG CCCAGCAGGA GCAGGCGGCC TACCAGGCTA GCCTGAGGAA GGAGCAGCTT 
CGAGTGGATG CTCTAGAAAG AACGCTGGAG CAGAAGAATA AAGAGATAGA AGAACTCACC 
AAGATTTGTG ACGAACTGAT TGCCAAAATG GGGAAAAGCT AA

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

RefSeq	XP_017444711.1
CDS	645..3746
Translation	MGGSQSLQPAPASDLNLEVSEAMSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTMVEDVMSVCSLFDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQEELEFAVMRIEALKLARQIALASRSRQDTKREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	XM_017589222.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X2, mRNA.

Target ORF information:

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

XM_017589222.1

ORF Insert Sequence:

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACGATGG TTGAAGATGT GATGTCTGTG TGTTCTCTGT TTGACACATT TAGGGTGAAG 
AAGTCTCCAA AGCGGTCTCC TCTGTCTGAT CCGCCTTCTC AGGACCCCAC TCCAGCTGCC 
ACACCGGAAG CACCTCCAGT CTCTACCGTG GTCCACGCCA CAGATGAGGA AAAGTTGGCC 
GTCACTAGCC AGAAGTGGAC ATGTATGACA GTGGACTTGG ATGCTGACAA ACAGGATTTC 
CCGCAGCCCT CAGACCTATC TAACTTTGTA AATGAGACCA AATTCAATTC ACCCTCGGAG 
GAGCTGGACT ACAGAAACTC CTATGAAATT GAATACATGG AAAAGCTTGG CTCCTCCTTA 
CCTCAGGACG ATGACACTCC GAAGAAGCAG GCCTTGTACC TTATGTTTGA CACCCCTCAG 
GAGAGCCCCG TCAAGTCTCC TCCGGTCCGG ATGTCGGATT CCCCAACTCC ATGTTCAGGG 
TCGAGTTTTG AGGACACCGA AGCCCTGGTG AATGCAACAG CAAAGCTCCA GCATCCAGTC 
CCTAGAGGGC TGGCCTCCAA TCAGGAGCCT CTCTTGCAGC TGCCGGAAAA ATCCTCCCAG 
AAGGAGCTGG AGGCCATGGC CTTGGGCACC CCCGCAGAAG CAATTGAAAT CACAGCTCCA 
GAGGGTGCCT TTGCCTCTGC AGATGCCCTC CTCAGCAGGC TGGCCCATCC TGCTTCTCTC 
TGTGGTGCAC TTGGCTATCT GGAGCCTGAT TTAGCAGAAA AGAACCCCCC AGTATTTGCC 
CAGAAACTTC AGGAGGAATT AGAGTTTGCT GTCATGCGGA TAGAAGCCTT GAAGCTGGCC 
AGGCAGATCG CCCTGGCTTC TCGCAGCCGC CAGGACACCA AGAGGGAAGC CACTCACCCA 
CCAGATGTCT CCATCTCCAA AACTACCTTG TACTCCCGCA TCGGGCCCAC CGAGGTGGAG 
AAACCCCCAG GCCTTCTGTT CCAGCAGCCA GACCTGGACT CTGCACTCCA AGTTGCCAGA 
GCAGAGGTCA TCGCCAAGGA GAGAGAAGTC TCAGAGTGGA GGGATAAATA TGAAGAAAGC 
CGGCGGGAAG TGGTAGAAAT GAGGAAAATC GTGGCTGAAT ACGAGAAGAC CATCGCACAG 
ATGATCGAGG ATGAACAGAG AGAGAAGTCC ATCTCCCACC AAACCGTGCA GCAGCTGGTG 
CTGGAGAAGG AGCAAGCCCT GGCTGACCTG AACTCTGTGG AGAAGTCTCT GGCTGACCTC 
TTCAGGCGAT ACGAGAAGAT GAAGGAGGTG CTGGAAGGCT TTCGAAAGAA TGAGGAGGTG 
CTGAAGAAGT GTGCACAGGA GTACCTGTCC CGCGTGAAGA AAGAGGAGCA GAGGTACCAG 
GCCCTGAAGG TGCATGCAGA AGAGAAACTG GACAGAGCCA ATGCAGAGAT TGCCCAGGTT 
CGAGGCAAGG CCCAGCAGGA GCAGGCGGCC TACCAGGCTA GCCTGAGGAA GGAGCAGCTT 
CGAGTGGATG CTCTAGAAAG AACGCTGGAG CAGAAGAATA AAGAGATAGA AGAACTCACC 
AAGATTTGTG ACGAACTGAT TGCCAAAATG GGGAAAAGCT AA

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

Tacc2 ( XM_017589223.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017444712.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X4, mRNA.

Price & Availability↑

CloneID	ORa56620
Clone ID Related Accession (Same CDS sequence)	XM_017589223.1
Accession Version	XM_017589223.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3012bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005100.4) 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 :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACGATGG TTGAAGATGT GATGTCTGTG TGTTCTCTGT TTGACACATT TAGGGTGAAG 
AAGTCTCCAA AGCGGTCTCC TCTGTCTGAT CCGCCTTCTC AGGACCCCAC TCCAGCTGCC 
ACACCGGAAG CACCTCCAGT CTCTACCGTG GTCCACGCCA CAGATGAGGA AAAGTTGGCC 
GTCACTAGCC AGAAGTGGAC ATGTATGACA GTGGACTTGG ATGCTGACAA ACAGGATTTC 
CCGCAGCCCT CAGACCTATC TAACTTTGTA AATGAGACCA AATTCAATTC ACCCTCGGAG 
GAGCTGGACT ACAGAAACTC CTATGAAATT GAATACATGG AAAAGCTTGG CTCCTCCTTA 
CCTCAGGACG ATGACACTCC GAAGAAGCAG GCCTTGTACC TTATGTTTGA CACCCCTCAG 
GAGAGCCCCG TCAAGTCTCC TCCGGTCCGG ATGTCGGATT CCCCAACTCC ATGTTCAGGG 
TCGAGTTTTG AGGACACCGA AGCCCTGGTG AATGCAACAG CAAAGCTCCA GCATCCAGTC 
CCTAGAGGGC TGGCCTCCAA TCAGGAGCCT CTCTTGCAGC TGCCGGAAAA ATCCTCCCAG 
AAGGAGCTGG AGGCCATGGC CTTGGGCACC CCCGCAGAAG CAATTGAAAT CACAGCTCCA 
GAGGGTGCCT TTGCCTCTGC AGATGCCCTC CTCAGCAGGC TGGCCCATCC TGCTTCTCTC 
TGTGGTGCAC TTGGCTATCT GGAGCCTGAT TTAGCAGAAA AGAACCCCCC AGTATTTGCC 
CAGAAACTTC AGAGGGAAGC CACTCACCCA CCAGATGTCT CCATCTCCAA AACTACCTTG 
TACTCCCGCA TCGGGCCCAC CGAGGTGGAG AAACCCCCAG GCCTTCTGTT CCAGCAGCCA 
GACCTGGACT CTGCACTCCA AGTTGCCAGA GCAGAGGTCA TCGCCAAGGA GAGAGAAGTC 
TCAGAGTGGA GGGATAAATA TGAAGAAAGC CGGCGGGAAG TGGTAGAAAT GAGGAAAATC 
GTGGCTGAAT ACGAGAAGAC CATCGCACAG ATGATCGAGG ATGAACAGAG AGAGAAGTCC 
ATCTCCCACC AAACCGTGCA GCAGCTGGTG CTGGAGAAGG AGCAAGCCCT GGCTGACCTG 
AACTCTGTGG AGAAGTCTCT GGCTGACCTC TTCAGGCGAT ACGAGAAGAT GAAGGAGGTG 
CTGGAAGGCT TTCGAAAGAA TGAGGAGGTG CTGAAGAAGT GTGCACAGGA GTACCTGTCC 
CGCGTGAAGA AAGAGGAGCA GAGGTACCAG GCCCTGAAGG TGCATGCAGA AGAGAAACTG 
GACAGAGCCA ATGCAGAGAT TGCCCAGGTT CGAGGCAAGG CCCAGCAGGA GCAGGCGGCC 
TACCAGGCTA GCCTGAGGAA GGAGCAGCTT CGAGTGGATG CTCTAGAAAG AACGCTGGAG 
CAGAAGAATA AAGAGATAGA AGAACTCACC AAGATTTGTG ACGAACTGAT TGCCAAAATG 
GGGAAAAGCT AA

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

RefSeq	XP_017444712.1
CDS	645..3656
Translation	MGGSQSLQPAPASDLNLEVSEAMSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTMVEDVMSVCSLFDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	XM_017589223.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X4, mRNA.

Target ORF information:

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

XM_017589223.1

ORF Insert Sequence:

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACGATGG TTGAAGATGT GATGTCTGTG TGTTCTCTGT TTGACACATT TAGGGTGAAG 
AAGTCTCCAA AGCGGTCTCC TCTGTCTGAT CCGCCTTCTC AGGACCCCAC TCCAGCTGCC 
ACACCGGAAG CACCTCCAGT CTCTACCGTG GTCCACGCCA CAGATGAGGA AAAGTTGGCC 
GTCACTAGCC AGAAGTGGAC ATGTATGACA GTGGACTTGG ATGCTGACAA ACAGGATTTC 
CCGCAGCCCT CAGACCTATC TAACTTTGTA AATGAGACCA AATTCAATTC ACCCTCGGAG 
GAGCTGGACT ACAGAAACTC CTATGAAATT GAATACATGG AAAAGCTTGG CTCCTCCTTA 
CCTCAGGACG ATGACACTCC GAAGAAGCAG GCCTTGTACC TTATGTTTGA CACCCCTCAG 
GAGAGCCCCG TCAAGTCTCC TCCGGTCCGG ATGTCGGATT CCCCAACTCC ATGTTCAGGG 
TCGAGTTTTG AGGACACCGA AGCCCTGGTG AATGCAACAG CAAAGCTCCA GCATCCAGTC 
CCTAGAGGGC TGGCCTCCAA TCAGGAGCCT CTCTTGCAGC TGCCGGAAAA ATCCTCCCAG 
AAGGAGCTGG AGGCCATGGC CTTGGGCACC CCCGCAGAAG CAATTGAAAT CACAGCTCCA 
GAGGGTGCCT TTGCCTCTGC AGATGCCCTC CTCAGCAGGC TGGCCCATCC TGCTTCTCTC 
TGTGGTGCAC TTGGCTATCT GGAGCCTGAT TTAGCAGAAA AGAACCCCCC AGTATTTGCC 
CAGAAACTTC AGAGGGAAGC CACTCACCCA CCAGATGTCT CCATCTCCAA AACTACCTTG 
TACTCCCGCA TCGGGCCCAC CGAGGTGGAG AAACCCCCAG GCCTTCTGTT CCAGCAGCCA 
GACCTGGACT CTGCACTCCA AGTTGCCAGA GCAGAGGTCA TCGCCAAGGA GAGAGAAGTC 
TCAGAGTGGA GGGATAAATA TGAAGAAAGC CGGCGGGAAG TGGTAGAAAT GAGGAAAATC 
GTGGCTGAAT ACGAGAAGAC CATCGCACAG ATGATCGAGG ATGAACAGAG AGAGAAGTCC 
ATCTCCCACC AAACCGTGCA GCAGCTGGTG CTGGAGAAGG AGCAAGCCCT GGCTGACCTG 
AACTCTGTGG AGAAGTCTCT GGCTGACCTC TTCAGGCGAT ACGAGAAGAT GAAGGAGGTG 
CTGGAAGGCT TTCGAAAGAA TGAGGAGGTG CTGAAGAAGT GTGCACAGGA GTACCTGTCC 
CGCGTGAAGA AAGAGGAGCA GAGGTACCAG GCCCTGAAGG TGCATGCAGA AGAGAAACTG 
GACAGAGCCA ATGCAGAGAT TGCCCAGGTT CGAGGCAAGG CCCAGCAGGA GCAGGCGGCC 
TACCAGGCTA GCCTGAGGAA GGAGCAGCTT CGAGTGGATG CTCTAGAAAG AACGCTGGAG 
CAGAAGAATA AAGAGATAGA AGAACTCACC AAGATTTGTG ACGAACTGAT TGCCAAAATG 
GGGAAAAGCT AA

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

Tacc2 ( NM_001004418.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001004418.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant 2, mRNA.

Price & Availability↑

CloneID	ORa12788
Clone ID Related Accession (Same CDS sequence)	NM_001004418.2
Accession Version	NM_001004418.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3390bp) 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	2018-05-30
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff in collaboration with Ivan Still. The reference sequence was derived from AC117328.4 and AC131965.5. On Jun 4, 2011 this sequence version replaced NM_001004418.1. Transcript Variant: This variant (2), also called the short form, lacks an in-frame exon in the coding region, compared to variant 1. Variant 2 encodes isoform 2, which is shorter than isoform 1. Sequence Note: This RefSeq record was created from genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were predicted based on rat transcript alignments and on homologous protein alignment with mouse NP_996738.2. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA2689597, SAMEA2689599 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCAACG AGAACAGCAC CTCGGACCAC CAGAGGACTT CTTCAGTTCA GAGTCTAAGA 
TCACTGCAGC CACCCGGGAA CAGTCAAACT CCACAGAAGC AAGGAGACTC ACCTGGATCC 
GGCGCTGCAA GCATCCCTGG AACCAATGAT GTCATCCAGT CAGCTGCTCC CGAAGACCTG 
GGACACCCAC CCTTAGCTGA TTCTTCCCGC TATGGTGTTA CTGTCAGCTC AGTCTCTACA 
CATCTGACAG TCCAGAGCAC CTCCCCATCT GCTGCCCATG CAAGTCTTGC TCCTGTGGCC 
TCAGAACATG CAGCCTTGGC TTCCGCCGCA GCTGGTCCTG GAGTAGAAAC CCCCACTGCC 
TCCTGCCAAC ACCTGGCCAA GAACATAAAC AGGAGTTCCG ACTCTGAGGA AGCCTTTGAG 
ACCCCCGAGT CAACAACCCC TGTCAAAGCT CCACCAGCTC CTCCCCCTCC ACCCCCTGAA 
GTCACCCCGG AGCCTGAGGT CATCGAACCA CCAGCCCCAG AAGAACCAGG ATGCATTTCT 
GAGCCGGTCG TGGTTCCCGA TGGCCCTCGC AGCGAGTCCG TGGAAGGAAG CCCTTTCCGT 
CCTTCGCACT CCTCCTCGGC GGTGTTCGAT GAAGACAAGC CGATAGCCAG CAGCGGGACA 
TACAACTTAG ACTTTGACAG CATCGAGCTG GTGGATAACT TTCAGAGTTT GGAGCCATGC 
TCTGCCGACT ATAAGGGTCA GGAGTGTAAG GTGAGCACGC GGAGGAAATC CACCGAGTCC 
GTGCCACCCT CCAAGACCAC GCTGTCCCGC TCGCTCAGCC TGCAAGCCAG CGACTTCGAC 
GGTGCTTCGT GCCCCGGCAG CCCGGAAGCT GGGACCCTTG CCACAGATGC GTGTGGCACA 
GGATCCAACA GTGCTTCTAG CACCCTTAAG CGAACTAAAA AAACACGGCC ACCTTCCTTA 
AAAAAGAAAC AAGCTACCAA GAAACCCACA GAAACCCCCC CAGTGAAGGA GACCCAACAG 
GAGCCAGGTG AAGAGAGTCC GGTGCCCAGT GAGGAACACT TAGCACCAGA GACAAAGACA 
GAATCGGCCA CACCTGAGGG CACTGGTTGC ACCTTGTCAG AAGAGACATC TCTGGAGTCT 
GCTGCTGTGC CCACAGCTAC CTGTCCTCTG ACTTTGGAGA GTGTGGAAGA CGTTAGCCCT 
CTGGTTTCTG GAGGTGGCAG AGTGCAGAAC TCACCCCCTG TGGGGAGGAA ATCAGTGCCT 
CTTACCACAG CCTCTGAGGC AGTGGAGGTG ACGCTGCCGG ACGGTGGGGG GCAAGAGGAC 
TTGCCTGCCA AAGGGCTGTC AGTGAGGCTG GAGTTTGACT ACTCTGAGGA CAAGGGAAGT 
TGGGAGAGTC AGCAGGAGAA CGCCCCTCCC ACCAAAAAGA TAGGCAAGAA GCCAGTTGCC 
AAAATGCCCC TAAGGAGGCC AAAGCTGAAA AAGACCCCAG AGAAACTGGA CAACACTCCT 
GCCTCACCTC CAAGGTCCCC TGCTGAACCC AGTGACATCC CTATTGCTAA AGGTACCTAC 
ACCTTTGATA TAGACAAGTG GGATGACCCC AATTTTAACC CTTTTTCCTC CACCTCGAAA 
ATGCAAGAGT CTCCCACACT GTCCCAACAA TCGTACAACT TTGACCCCGA CGCCTGTGAA 
GAGTCCCTTG ACCCCTTTAA GGCATCCTCT AAGACCCCCA GTTCACCTTC TAAATCCCCA 
GCCTCTTTCG AGATCCCAGC CAGCACCATC GAAGCGGACG GGGATGGGTT GAATAAACCC 
GCCAAGAAGA AGAAGACTCC ATTGAAGACT GACACATTTA GGGTGAAGAA GTCTCCAAAG 
CGGTCTCCTC TGTCTGATCC GCCTTCTCAG GACCCCACTC CAGCTGCCAC ACCGGAAGCA 
CCTCCAGTCT CTACCGTGGT CCACGCCACA GATGAGGAAA AGTTGGCCGT CACTAGCCAG 
AAGTGGACAT GTATGACAGT GGACTTGGAT GCTGACAAAC AGGATTTCCC GCAGCCCTCA 
GACCTATCTA ACTTTGTAAA TGAGACCAAA TTCAATTCAC CCTCGGAGGA GCTGGACTAC 
AGAAACTCCT ATGAAATTGA ATACATGGAA AAGCTTGGCT CCTCCTTACC TCAGGACGAT 
GACACTCCGA AGAAGCAGGC CTTGTACCTT ATGTTTGACA CCCCTCAGGA GAGCCCCGTC 
AAGTCTCCTC CGGTCCGGAT GTCGGATTCC CCAACTCCAT GTTCAGGGTC GAGTTTTGAG 
GACACCGAAG CCCTGGTGAA TGCAACAGCA AAGCTCCAGC ATCCAGTCCC TAGAGGGCTG 
GCCTCCAATC AGGAGCCTCT CTTGCAGCTG CCGGAAAAAT CCTCCCAGAA GGAGCTGGAG 
GCCATGGCCT TGGGCACCCC CGCAGAAGCA ATTGAAATCA CAGCTCCAGA GGGTGCCTTT 
GCCTCTGCAG ATGCCCTCCT CAGCAGGCTG GCCCATCCTG CTTCTCTCTG TGGTGCACTT 
GGCTATCTGG AGCCTGATTT AGCAGAAAAG AACCCCCCAG TATTTGCCCA GAAACTTCAG 
GAGGAATTAG AGTTTGCTGT CATGCGGATA GAAGCCTTGA AGCTGGCCAG GCAGATCGCC 
CTGGCTTCTC GCAGCCGCCA GGACACCAAG AGGGAAGCCA CTCACCCACC AGATGTCTCC 
ATCTCCAAAA CTACCTTGTA CTCCCGCATC GGGCCCACCG AGGTGGAGAA ACCCCCAGGC 
CTTCTGTTCC AGCAGCCAGA CCTGGACTCT GCACTCCAAG TTGCCAGAGC AGAGGTCATC 
GCCAAGGAGA GAGAAGTCTC AGAGTGGAGG GATAAATATG AAGAAAGCCG GCGGGAAGTG 
GTAGAAATGA GGAAAATCGT GGCTGAATAC GAGAAGACCA TCGCACAGAT GATCGAGGAT 
GAACAGAGAG AGAAGTCCAT CTCCCACCAA ACCGTGCAGC AGCTGGTGCT GGAGAAGGAG 
CAAGCCCTGG CTGACCTGAA CTCTGTGGAG AAGTCTCTGG CTGACCTCTT CAGGCGATAC 
GAGAAGATGA AGGAGGTGCT GGAAGGCTTT CGAAAGAATG AGGAGGTGCT GAAGAAGTGT 
GCACAGGAGT ACCTGTCCCG CGTGAAGAAA GAGGAGCAGA GGTACCAGGC CCTGAAGGTG 
CATGCAGAAG AGAAACTGGA CAGAGCCAAT GCAGAGATTG CCCAGGTTCG AGGCAAGGCC 
CAGCAGGAGC AGGCGGCCTA CCAGGCTAGC CTGAGGAAGG AGCAGCTTCG AGTGGATGCT 
CTAGAAAGAA CGCTGGAGCA GAAGAATAAA GAGATAGAAG AACTCACCAA GATTTGTGAC 
GAACTGATTG CCAAAATGGG GAAAAGCTAA

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

RefSeq	NP_001004418.1
CDS	229..3618
Translation	MGNENSTSDHQRTSSVQSLRSLQPPGNSQTPQKQGDSPGSGAASIPGTNDVIQSAAPEDLGHPPLADSSRYGVTVSSVSTHLTVQSTSPSAAHASLAPVASEHAALASAAAGPGVETPTASCQHLAKNINRSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQEELEFAVMRIEALKLARQIALASRSRQDTKREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	NM_001004418.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant 2, mRNA.

Target ORF information:

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

NM_001004418.2

ORF Insert Sequence:

ATGGGCAACG AGAACAGCAC CTCGGACCAC CAGAGGACTT CTTCAGTTCA GAGTCTAAGA 
TCACTGCAGC CACCCGGGAA CAGTCAAACT CCACAGAAGC AAGGAGACTC ACCTGGATCC 
GGCGCTGCAA GCATCCCTGG AACCAATGAT GTCATCCAGT CAGCTGCTCC CGAAGACCTG 
GGACACCCAC CCTTAGCTGA TTCTTCCCGC TATGGTGTTA CTGTCAGCTC AGTCTCTACA 
CATCTGACAG TCCAGAGCAC CTCCCCATCT GCTGCCCATG CAAGTCTTGC TCCTGTGGCC 
TCAGAACATG CAGCCTTGGC TTCCGCCGCA GCTGGTCCTG GAGTAGAAAC CCCCACTGCC 
TCCTGCCAAC ACCTGGCCAA GAACATAAAC AGGAGTTCCG ACTCTGAGGA AGCCTTTGAG 
ACCCCCGAGT CAACAACCCC TGTCAAAGCT CCACCAGCTC CTCCCCCTCC ACCCCCTGAA 
GTCACCCCGG AGCCTGAGGT CATCGAACCA CCAGCCCCAG AAGAACCAGG ATGCATTTCT 
GAGCCGGTCG TGGTTCCCGA TGGCCCTCGC AGCGAGTCCG TGGAAGGAAG CCCTTTCCGT 
CCTTCGCACT CCTCCTCGGC GGTGTTCGAT GAAGACAAGC CGATAGCCAG CAGCGGGACA 
TACAACTTAG ACTTTGACAG CATCGAGCTG GTGGATAACT TTCAGAGTTT GGAGCCATGC 
TCTGCCGACT ATAAGGGTCA GGAGTGTAAG GTGAGCACGC GGAGGAAATC CACCGAGTCC 
GTGCCACCCT CCAAGACCAC GCTGTCCCGC TCGCTCAGCC TGCAAGCCAG CGACTTCGAC 
GGTGCTTCGT GCCCCGGCAG CCCGGAAGCT GGGACCCTTG CCACAGATGC GTGTGGCACA 
GGATCCAACA GTGCTTCTAG CACCCTTAAG CGAACTAAAA AAACACGGCC ACCTTCCTTA 
AAAAAGAAAC AAGCTACCAA GAAACCCACA GAAACCCCCC CAGTGAAGGA GACCCAACAG 
GAGCCAGGTG AAGAGAGTCC GGTGCCCAGT GAGGAACACT TAGCACCAGA GACAAAGACA 
GAATCGGCCA CACCTGAGGG CACTGGTTGC ACCTTGTCAG AAGAGACATC TCTGGAGTCT 
GCTGCTGTGC CCACAGCTAC CTGTCCTCTG ACTTTGGAGA GTGTGGAAGA CGTTAGCCCT 
CTGGTTTCTG GAGGTGGCAG AGTGCAGAAC TCACCCCCTG TGGGGAGGAA ATCAGTGCCT 
CTTACCACAG CCTCTGAGGC AGTGGAGGTG ACGCTGCCGG ACGGTGGGGG GCAAGAGGAC 
TTGCCTGCCA AAGGGCTGTC AGTGAGGCTG GAGTTTGACT ACTCTGAGGA CAAGGGAAGT 
TGGGAGAGTC AGCAGGAGAA CGCCCCTCCC ACCAAAAAGA TAGGCAAGAA GCCAGTTGCC 
AAAATGCCCC TAAGGAGGCC AAAGCTGAAA AAGACCCCAG AGAAACTGGA CAACACTCCT 
GCCTCACCTC CAAGGTCCCC TGCTGAACCC AGTGACATCC CTATTGCTAA AGGTACCTAC 
ACCTTTGATA TAGACAAGTG GGATGACCCC AATTTTAACC CTTTTTCCTC CACCTCGAAA 
ATGCAAGAGT CTCCCACACT GTCCCAACAA TCGTACAACT TTGACCCCGA CGCCTGTGAA 
GAGTCCCTTG ACCCCTTTAA GGCATCCTCT AAGACCCCCA GTTCACCTTC TAAATCCCCA 
GCCTCTTTCG AGATCCCAGC CAGCACCATC GAAGCGGACG GGGATGGGTT GAATAAACCC 
GCCAAGAAGA AGAAGACTCC ATTGAAGACT GACACATTTA GGGTGAAGAA GTCTCCAAAG 
CGGTCTCCTC TGTCTGATCC GCCTTCTCAG GACCCCACTC CAGCTGCCAC ACCGGAAGCA 
CCTCCAGTCT CTACCGTGGT CCACGCCACA GATGAGGAAA AGTTGGCCGT CACTAGCCAG 
AAGTGGACAT GTATGACAGT GGACTTGGAT GCTGACAAAC AGGATTTCCC GCAGCCCTCA 
GACCTATCTA ACTTTGTAAA TGAGACCAAA TTCAATTCAC CCTCGGAGGA GCTGGACTAC 
AGAAACTCCT ATGAAATTGA ATACATGGAA AAGCTTGGCT CCTCCTTACC TCAGGACGAT 
GACACTCCGA AGAAGCAGGC CTTGTACCTT ATGTTTGACA CCCCTCAGGA GAGCCCCGTC 
AAGTCTCCTC CGGTCCGGAT GTCGGATTCC CCAACTCCAT GTTCAGGGTC GAGTTTTGAG 
GACACCGAAG CCCTGGTGAA TGCAACAGCA AAGCTCCAGC ATCCAGTCCC TAGAGGGCTG 
GCCTCCAATC AGGAGCCTCT CTTGCAGCTG CCGGAAAAAT CCTCCCAGAA GGAGCTGGAG 
GCCATGGCCT TGGGCACCCC CGCAGAAGCA ATTGAAATCA CAGCTCCAGA GGGTGCCTTT 
GCCTCTGCAG ATGCCCTCCT CAGCAGGCTG GCCCATCCTG CTTCTCTCTG TGGTGCACTT 
GGCTATCTGG AGCCTGATTT AGCAGAAAAG AACCCCCCAG TATTTGCCCA GAAACTTCAG 
GAGGAATTAG AGTTTGCTGT CATGCGGATA GAAGCCTTGA AGCTGGCCAG GCAGATCGCC 
CTGGCTTCTC GCAGCCGCCA GGACACCAAG AGGGAAGCCA CTCACCCACC AGATGTCTCC 
ATCTCCAAAA CTACCTTGTA CTCCCGCATC GGGCCCACCG AGGTGGAGAA ACCCCCAGGC 
CTTCTGTTCC AGCAGCCAGA CCTGGACTCT GCACTCCAAG TTGCCAGAGC AGAGGTCATC 
GCCAAGGAGA GAGAAGTCTC AGAGTGGAGG GATAAATATG AAGAAAGCCG GCGGGAAGTG 
GTAGAAATGA GGAAAATCGT GGCTGAATAC GAGAAGACCA TCGCACAGAT GATCGAGGAT 
GAACAGAGAG AGAAGTCCAT CTCCCACCAA ACCGTGCAGC AGCTGGTGCT GGAGAAGGAG 
CAAGCCCTGG CTGACCTGAA CTCTGTGGAG AAGTCTCTGG CTGACCTCTT CAGGCGATAC 
GAGAAGATGA AGGAGGTGCT GGAAGGCTTT CGAAAGAATG AGGAGGTGCT GAAGAAGTGT 
GCACAGGAGT ACCTGTCCCG CGTGAAGAAA GAGGAGCAGA GGTACCAGGC CCTGAAGGTG 
CATGCAGAAG AGAAACTGGA CAGAGCCAAT GCAGAGATTG CCCAGGTTCG AGGCAAGGCC 
CAGCAGGAGC AGGCGGCCTA CCAGGCTAGC CTGAGGAAGG AGCAGCTTCG AGTGGATGCT 
CTAGAAAGAA CGCTGGAGCA GAAGAATAAA GAGATAGAAG AACTCACCAA GATTTGTGAC 
GAACTGATTG CCAAAATGGG GAAAAGCTAA

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

Tacc2 ( XM_006230398.3 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_006230460.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ORa23519
Clone ID Related Accession (Same CDS sequence)	XM_006230398.3
Accession Version	XM_006230398.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3066bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005100.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_006230398.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACTGACA CATTTAGGGT GAAGAAGTCT CCAAAGCGGT CTCCTCTGTC TGATCCGCCT 
TCTCAGGACC CCACTCCAGC TGCCACACCG GAAGCACCTC CAGTCTCTAC CGTGGTCCAC 
GCCACAGATG AGGAAAAGTT GGCCGTCACT AGCCAGAAGT GGACATGTAT GACAGTGGAC 
TTGGATGCTG ACAAACAGGA TTTCCCGCAG CCCTCAGACC TATCTAACTT TGTAAATGAG 
ACCAAATTCA ATTCACCCTC GGAGGAGCTG GACTACAGAA ACTCCTATGA AATTGAATAC 
ATGGAAAAGC TTGGCTCCTC CTTACCTCAG GACGATGACA CTCCGAAGAA GCAGGCCTTG 
TACCTTATGT TTGACACCCC TCAGGAGAGC CCCGTCAAGT CTCCTCCGGT CCGGATGTCG 
GATTCCCCAA CTCCATGTTC AGGGTCGAGT TTTGAGGACA CCGAAGCCCT GGTGAATGCA 
ACAGCAAAGC TCCAGCATCC AGTCCCTAGA GGGCTGGCCT CCAATCAGGA GCCTCTCTTG 
CAGCTGCCGG AAAAATCCTC CCAGAAGGAG CTGGAGGCCA TGGCCTTGGG CACCCCCGCA 
GAAGCAATTG AAATCACAGC TCCAGAGGGT GCCTTTGCCT CTGCAGATGC CCTCCTCAGC 
AGGCTGGCCC ATCCTGCTTC TCTCTGTGGT GCACTTGGCT ATCTGGAGCC TGATTTAGCA 
GAAAAGAACC CCCCAGTATT TGCCCAGAAA CTTCAGGAGG AATTAGAGTT TGCTGTCATG 
CGGATAGAAG CCTTGAAGCT GGCCAGGCAG ATCGCCCTGG CTTCTCGCAG CCGCCAGGAC 
ACCAAGAGGG AAGCCACTCA CCCACCAGAT GTCTCCATCT CCAAAACTAC CTTGTACTCC 
CGCATCGGGC CCACCGAGGT GGAGAAACCC CCAGGCCTTC TGTTCCAGCA GCCAGACCTG 
GACTCTGCAC TCCAAGTTGC CAGAGCAGAG GTCATCGCCA AGGAGAGAGA AGTCTCAGAG 
TGGAGGGATA AATATGAAGA AAGCCGGCGG GAAGTGGTAG AAATGAGGAA AATCGTGGCT 
GAATACGAGA AGACCATCGC ACAGATGATC GAGGATGAAC AGAGAGAGAA GTCCATCTCC 
CACCAAACCG TGCAGCAGCT GGTGCTGGAG AAGGAGCAAG CCCTGGCTGA CCTGAACTCT 
GTGGAGAAGT CTCTGGCTGA CCTCTTCAGG CGATACGAGA AGATGAAGGA GGTGCTGGAA 
GGCTTTCGAA AGAATGAGGA GGTGCTGAAG AAGTGTGCAC AGGAGTACCT GTCCCGCGTG 
AAGAAAGAGG AGCAGAGGTA CCAGGCCCTG AAGGTGCATG CAGAAGAGAA ACTGGACAGA 
GCCAATGCAG AGATTGCCCA GGTTCGAGGC AAGGCCCAGC AGGAGCAGGC GGCCTACCAG 
GCTAGCCTGA GGAAGGAGCA GCTTCGAGTG GATGCTCTAG AAAGAACGCT GGAGCAGAAG 
AATAAAGAGA TAGAAGAACT CACCAAGATT TGTGACGAAC TGATTGCCAA AATGGGGAAA 
AGCTAA

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

RefSeq	XP_006230460.1
CDS	13..3078
Translation	MGGSQSLQPAPASDLNLEVSEAMSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQEELEFAVMRIEALKLARQIALASRSRQDTKREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	XM_006230398.3
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X3, mRNA.

Target ORF information:

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

XM_006230398.3

ORF Insert Sequence:

ATGGGAGGGT CGCAGTCCCT GCAGCCAGCC CCAGCCAGTG ACCTGAACCT GGAGGTTTCT 
GAGGCCATGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACTGACA CATTTAGGGT GAAGAAGTCT CCAAAGCGGT CTCCTCTGTC TGATCCGCCT 
TCTCAGGACC CCACTCCAGC TGCCACACCG GAAGCACCTC CAGTCTCTAC CGTGGTCCAC 
GCCACAGATG AGGAAAAGTT GGCCGTCACT AGCCAGAAGT GGACATGTAT GACAGTGGAC 
TTGGATGCTG ACAAACAGGA TTTCCCGCAG CCCTCAGACC TATCTAACTT TGTAAATGAG 
ACCAAATTCA ATTCACCCTC GGAGGAGCTG GACTACAGAA ACTCCTATGA AATTGAATAC 
ATGGAAAAGC TTGGCTCCTC CTTACCTCAG GACGATGACA CTCCGAAGAA GCAGGCCTTG 
TACCTTATGT TTGACACCCC TCAGGAGAGC CCCGTCAAGT CTCCTCCGGT CCGGATGTCG 
GATTCCCCAA CTCCATGTTC AGGGTCGAGT TTTGAGGACA CCGAAGCCCT GGTGAATGCA 
ACAGCAAAGC TCCAGCATCC AGTCCCTAGA GGGCTGGCCT CCAATCAGGA GCCTCTCTTG 
CAGCTGCCGG AAAAATCCTC CCAGAAGGAG CTGGAGGCCA TGGCCTTGGG CACCCCCGCA 
GAAGCAATTG AAATCACAGC TCCAGAGGGT GCCTTTGCCT CTGCAGATGC CCTCCTCAGC 
AGGCTGGCCC ATCCTGCTTC TCTCTGTGGT GCACTTGGCT ATCTGGAGCC TGATTTAGCA 
GAAAAGAACC CCCCAGTATT TGCCCAGAAA CTTCAGGAGG AATTAGAGTT TGCTGTCATG 
CGGATAGAAG CCTTGAAGCT GGCCAGGCAG ATCGCCCTGG CTTCTCGCAG CCGCCAGGAC 
ACCAAGAGGG AAGCCACTCA CCCACCAGAT GTCTCCATCT CCAAAACTAC CTTGTACTCC 
CGCATCGGGC CCACCGAGGT GGAGAAACCC CCAGGCCTTC TGTTCCAGCA GCCAGACCTG 
GACTCTGCAC TCCAAGTTGC CAGAGCAGAG GTCATCGCCA AGGAGAGAGA AGTCTCAGAG 
TGGAGGGATA AATATGAAGA AAGCCGGCGG GAAGTGGTAG AAATGAGGAA AATCGTGGCT 
GAATACGAGA AGACCATCGC ACAGATGATC GAGGATGAAC AGAGAGAGAA GTCCATCTCC 
CACCAAACCG TGCAGCAGCT GGTGCTGGAG AAGGAGCAAG CCCTGGCTGA CCTGAACTCT 
GTGGAGAAGT CTCTGGCTGA CCTCTTCAGG CGATACGAGA AGATGAAGGA GGTGCTGGAA 
GGCTTTCGAA AGAATGAGGA GGTGCTGAAG AAGTGTGCAC AGGAGTACCT GTCCCGCGTG 
AAGAAAGAGG AGCAGAGGTA CCAGGCCCTG AAGGTGCATG CAGAAGAGAA ACTGGACAGA 
GCCAATGCAG AGATTGCCCA GGTTCGAGGC AAGGCCCAGC AGGAGCAGGC GGCCTACCAG 
GCTAGCCTGA GGAAGGAGCA GCTTCGAGTG GATGCTCTAG AAAGAACGCT GGAGCAGAAG 
AATAAAGAGA TAGAAGAACT CACCAAGATT TGTGACGAAC TGATTGCCAA AATGGGGAAA 
AGCTAA

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

Tacc2 ( NM_001004415.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001004415.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant 1, mRNA.

Price & Availability↑

CloneID	ORa12793
Clone ID Related Accession (Same CDS sequence)	NM_001004415.2
Accession Version	NM_001004415.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8505bp) 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	2018-05-30
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff in collaboration with Ivan Still. The reference sequence was derived from AC117328.4 and AC131965.5. On Jun 4, 2011 this sequence version replaced NM_001004415.1. Transcript Variant: This variant (1), also called the long form, represents the longer transcript. Sequence Note: This RefSeq record was created from genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were predicted based on rat transcript alignments and on homologous protein alignment with mouse NP_001004468.1. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA2689597, SAMEA2689602 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGGCAACG AGAACAGCAC CTCGGACCAC CAGAGGACTT CTTCAGTTCA GAGTCTAAGA 
TCACTGCAGC CACCCGGGAA CAGTCAAACT CCACAGAAGC AAGGAGACTC ACCTGGATCC 
GGCGCTGCAA GCACTGGGCT TGGAGCCTCC TGCTCTGCTT CTGAAAGTGT TGCCAGCCTG 
GATCCGAGCA CTGTGTCCCC AGAGGTGACT AAGCCAGGGG AGCACCCACA GGAAGCCAGG 
GACCCAGAAG ATTCTCCACT GCCCAGATCA TCTCTGCCCT GGGAACAGCC GTACCCCTCA 
GCCTCCATGC CTTTCACGGA GGGCCTCTCA GAAGGTTGCT TGGCAAACTC AGAAGCGGAA 
GTACCTGAAG ATGGTCCCCT CACAAATCAC CTTAGAGTGG AACCCTCCCC CAACGGGCCA 
GGGGATATCT TACTGACATT TACTCCTGAA GTGGATGGCC CCGCACAGCG CACAGTGGCT 
GCCAGAACCC CCAGTGCTGA AGGAGACCAA GAGCTGAAGG AAGAGGGACA GAGCTCATCC 
TCCAGTTGCA CTGGCCAATC GCCAGGAATT TCCTTCGTTC CTCTCCAGGA GCCAAAGACA 
GAGCTGCTCT ATGGAAAGGG TGACTGGCCT CGTGACTTTG AGTTCCAAAG GAAAGATGAT 
ATCGACAATT GTTCCTCCCC AGAGTCAGTC ACTAAAGCCC CTGCTGCCAC TCAGCCGGGG 
ATGCAAAATT CAGCTGTCCT TGAGTGCCCC CCAAAACTTG AGACCATGGT CCCACAAGAT 
TCAGTCCTAA GATCCTCAGA CAGTAAAAAA GGCAGATCGG AAGTGCTACC TATGGATTTG 
GCCAAACACG TGGAATTTCT CGGAGGCTGC CATCCCTCTA AAGGCAACTC TGGAGCTAAC 
CCTGGAGCAG GAACAAGCCC TGCCTCCCAG GAAAGCTGTC AGCTGAGAGT GGGAATGCCT 
CTGCCATCTG CAGAACTACC TTCAGGCCCA CAAGGCCTTA CCACAGCACG AGCAGACGGT 
GGCTCCTGGG AAGAGACTCT GGACACCAGC AGCGCTCAGA GCCAACCACA GACAGGGACA 
TCAGGAGCTG AGCCCCAGCA AGTTGTCTGT GTGCCAGCAG CCAGCCAGCC GGGTGGGAGC 
TTGCTTCTGA GCGCCAAGGC CCCTGGATTC ACTGGAACAG AGGAAAGACA TACGGCTTCA 
AGTCCCACTG CGCGCCTGAC AGCTTGGAGT TCTACTGCCT CAGAAGAACC CACGGAGGCT 
GTTTCTGAGA CGAAGATGTC AGTTTCTGCA GATCTGGCTG CCACAGGACA GATGGGTCCA 
GGGGTGGTGG AACTGAAGCC AACATCAGAT CTTAGAAGAA CACAAGAACA ACCTCCTGAA 
GGTAGCTGCC TCCAGTGGGT TCCTGCGCCT TTCTTGCAGG GGCGAAATGA TACAATCCAA 
GAAGGGCTGT TGCTGCCACC TTTCTCCCAT CAGGTTTCAA ATGAAAGTTC TAGAAGGTCA 
ATGGGACCAA CTGATGATCC CAAGGCCTCC AAGAATACTG AAAATAGAGT TGTGGCTAGA 
GAGGAAAGCA TACCGCATGG AGACAACCGT AAGGGACAGC AAGAAGCCAC CAGAGCCCTT 
GCTGGTACAG AGCTTAGGAA CCATGACAAA GAGAAGTCTC ATGCCTTTCG TGCCAAGCCC 
CGTGGGGACA CTGAGAAAGA TGACATTTCA GAGCTACACA GTAATAAAGA GAACAAGATT 
GTCCCCAGCT CGGACTCAAC ACAGCCACCT AGGCAGGAGG TTGCTGAATC CCATATGACC 
GACACAGCTA CCTCACTGCA CGAAGTCCAC GAGGAGGACC CCATCCTGTC CTCCGCATCG 
GATGGAACTG GTGAGCACTT TCTTCCCCAA GATGCCATCT GGGAAAGTTC AAGATTGCAG 
ACTGAAAGCT CTGTCATGCT TCAGGCCAGG GGAGGATTGG AAGCAACAGA GTCACTTCCT 
GTTTTAGAAT CTGAGAAAGC GGATGCCCTG CCTGCTACAG CTATGGAGGA GGAGGCACCC 
AGAGCTGCGG AGATGGAGGA TGTACTGGAA GTAAAGAAGG ACCACTCACC CTTGCATCAG 
CCCTACAGCT GTGCCGGGCA AGGCTTGCCG ATGTCCCCAG GCCAACCTTG TGGGCTGGAG 
AAGGTTGAAC CTGGACAGGA AGATCATGCT GATACGTCAT CTCCCCCCAA TGGGAAAAAT 
TCAACAATAG GCGACGGACT TACCGTGCCC CGTCTGGAAC AAGACGGTCA GAGAAAACTG 
TCCTGCCCAG AGGCCAGTCT CCCACCACCT TTACAGAACC CTCTCCTGTC ATCTCAACTA 
GACCCAGATG CAGCCATCTC TGCTGTTCTC TGTGACAAGG ACCAGTCACC TACAAATGGG 
CAAAGGGCTT GTCTGTGTGG CCCAGGTCTG AAGGAGCAGA GTACAGATCC TTCTCCAATC 
CCAGTGTCTG AGGAAGGGAA GCCTTGGGCA GACGTGAGCT TGTCTACTCA AGGAGGAAAG 
GAACAGGGGT CAGAACTTCC CTCCAAAGGC AGCCTGTGCG ATACTCCAAG TTCATCACCC 
AAGGGTACAG TTCTGGGAGG GGCACCGTCA GAGATGTCAG AACTGTCAAC CCCACTGGGA 
CAAGAGCTGC CTGCACTAGG GGGAAATGAG CAAGAGAACA CGGGCAGAAA CAGTCAACCC 
TCGGAGATCC AGCCTCCTTC AGCCTCTCTT ACAGGACACT CGGGTGGAAA GGATAGTTTC 
TGTGTTGGGC AGGGGCTGAG CAAGTCCCAA CAGGAGCTGG CTGATGCTTT GCAAACAGGA 
AGCCAGCGTG AAGAAGCACG TTGTGGGGAC TCGGGCATTT CTGAAGCCAC TGGCGTCCTG 
CCTCCGCCTC GGGGCTTGGA GAAGATAGAG ACAGCAAGTA GAAACATAGC GGAGGCCCCA 
CCTGGTCCAC CTGACTCAGT AGCTCTCTTG GATACAGCAT ACTGCTCTCC AGACCCAGTG 
CCTACCAATC CCGGAGTCGC ACCCGCCCAC GATGCCCTAG TGAGCGAGGC CTGTGATGAG 
AGCCAGAAAG AGTCGGTCCC ACAGCTGGAT ATGGAGCAGC GGGCCACCTT AGGTCCAGAA 
GAACAGAGTC CTCTTGGAAG TTTCCGGAGA GCAGAGGAAC AAGATAGTAA AGAAGGATCA 
GCAGAGGTGA GTGTCGATGC CAGCGACGGA GACCCCAAGA TGCAGCAGGC GTCAGAGGCA 
CCAGAAGCTG CTCTGAGTAG TGGCTTCTTC CAGGCTGACC AGAGCCTCCC CTCCACCCTG 
AAGGAGCCAC GCCAGCCTGC GAAGCTTGAG CCCAGCTGTG GGGATGCTTT GCTGCCAGCT 
GGAGAATCGA ATGGGATTCC CAGAAGTACT GTGGGTGTTC TGACACACCG CGCTGTTTCA 
GGCCCACAGA GCCTTCTGCC GGCTGAACCA CCTGAAGAGA CTGTGCCTGA CACCCCTTAC 
CTGCATATCA GTGGTGCTGC CAAGAAGGAT GCCGAAGATG CTAGCATGAG AGCTGTTTTC 
TCTGAGGACC CCGGAGCACC TCATGAAAGT CCTATAAAGG AGCCTCCACC TGTGGAAAAC 
GACACCCCTG GAAAGAGCCC TGCTGTCTCC TTCACCACAG ACTTGCAACC AGGAACTGCA 
CATGGGGAAA TCTCCGTAGC AGGGGATGGC GATGGTATCC CCCAAGCTGG AACCACTGAG 
GGACATGTGA GTCTCACGCC CTACCTGGAC AGGATGCCTC TCCTGGTGAG AGATGAGCAG 
GTGGCAAGAG AGATGCATGT GGCTGCCACC CCAGAAACAA ATGCTAGGCC CTCTGAGACT 
GCAGTGTGCC CTGCCAGCGA GGAAGCAGCA GGAGAGACAG GGGGCAGCAG AGAAAGGGCA 
GTAGAACTTA CCCCAGACCT GATGGTTGTT ACATCAGGTA GTGAGGGTGC AAGCTCCAAG 
CAGCCCAGCG TAATCAAGGG GCTTCCTGAC TTCAGGGAGC ACATCACCAA GATCTTTGAG 
CAGTCTGTGT TTGGAGCCCT GGCTGCTGAT CGGACCCATA GTGTGCCTAG TAAAAAGTCA 
GGAGTTCCAA GCAGTATGCT GGTTGAGGGC CCCGTGATCT CACTGGACTC AGGGAAGCTT 
CCAGATGGGG TGCAAGGAAT GGCTGCTGCC CCTCTCCCTG TACCTCCTGT AGGACTCCAG 
GTGGAGAAGA AGCAAGAGTC AGGTGTCAAG GCTGAGGTTT CTCATCCAGT TCCCCAGGAT 
CCAGCACCAG AGAAGCTGAT GGGTCTGGCG GAGGCAGCCT TGGAGGAGAG CCTGCCAGGT 
GCCATTGTTG AAGGAGAGGT GACCCGTGTC CCACTGACAG TGACAAGTGA GAGGCTAGAG 
GGGACTGGGG AGCCTGGCCA GGGAGCTCAG GCTCACACAC AGCAGGCAAG AAGCAGGCAG 
GAATTAGTTG TGGGTCTTCC CTCTTCTAAA GCTGTTCAGG GGGTACCTGC AGAACCAGCT 
CCTGGCTTCC CTGTGGATCC CCAGAGTCAT GCAGATGCAG ATGAGGCTTC TTCTCAAGGT 
GACAAAAGCC ATTCTGTAAA AGAGTACCTG GAAACGCTGC CCAGCAACAG TCCACACGGA 
ATAAATGGTG CCCAGGACTC TGTCCACACC AAGGGTCCAA GTAATCTATT AGGATCCACC 
TGTGCCCTGG ATGGCTCCTC TCCTCATGGA AGTGTTTTGA ATATGCCCGA ATCCAACAGT 
GAGCCCTGGA TCCCTTCCAC ACTTGGGGGT GAGAGACAGC TGGAAGCTGC TGTCTGTACC 
TCAGATAAGC AAAACGTGCT GGAAAACCAG GATGGCCCCA AAATGTTGGC TAGAGAAGTG 
TTGGCGATTC CCCTGGGGCC TAGCAACATG GCAGGAGCTG CTGAGGAAGC AGAAGGTGAT 
GTCACCCCAA GCAGGCCTGA GACGTGGGCA GAGGTGTCTG GTGACCTCCT TGAAACAGGT 
ACTACAAGGA TGCTTCCCCA TGAGGCAGGT GACTCAGCAC CGCCTGGGAG CTATCGGGAT 
TCAGGATGCT CCAACAGGAC TCAGGTGATG GAGGACACAG CCACCCTTCC AGGGGACAGC 
CAGGTTGGAT GCCAGCAGGC CAAGGAACCG CTGGGCCCTC AACTCCCAGC TCCTTACGGG 
AAGACGAGTG TCTCTTCCCC TCCAGAGCCT GATGAAAGCA GTGACGAGAA GCTGCACCTC 
CTGGCTCCAG AAGTCCTCAC TGACAGCATC CCTGGAACCA ATGATGTCAT CCAGTCAGCT 
GCTCCCGAAG ACCTGGGACA CCCACCCTTA GCTGATTCTT CCCGCTATGG TGTTACTGTC 
AGCTCAGTCT CTACACATCT GACAGTCCAG AGCACCTCCC CATCTGCTGC CCATGCAAGT 
CTTGCTCCTG TGGCCTCAGA ACATGCAGCC TTGGCTTCCG CCGCAGCTGG TCCTGGAGTA 
GAAACCCCCA CTGCCTCCTG CCAACACCTG GCCAAGAACA TAAACAGGAG TTCCGACTCT 
GAGGAAGCCT TTGAGACCCC CGAGTCAACA ACCCCTGTCA AAGCTCCACC AGCTCCTCCC 
CCTCCACCCC CTGAAGTCAC CCCGGAGCCT GAGGTCATCG AACCACCAGC CCCAGAAGAA 
CCAGGATGCA TTTCTGAGCC GGTCGTGGTT CCCGATGGCC CTCGCAGCGA GTCCGTGGAA 
GGAAGCCCTT TCCGTCCTTC GCACTCCTCC TCGGCGGTGT TCGATGAAGA CAAGCCGATA 
GCCAGCAGCG GGACATACAA CTTAGACTTT GACAGCATCG AGCTGGTGGA TAACTTTCAG 
AGTTTGGAGC CATGCTCTGC CGACTATAAG GGTCAGGAGT GTAAGGTGAG CACGCGGAGG 
AAATCCACCG AGTCCGTGCC ACCCTCCAAG ACCACGCTGT CCCGCTCGCT CAGCCTGCAA 
GCCAGCGACT TCGACGGTGC TTCGTGCCCC GGCAGCCCGG AAGCTGGGAC CCTTGCCACA 
GATGCGTGTG GCACAGGATC CAACAGTGCT TCTAGCACCC TTAAGCGAAC TAAAAAAACA 
CGGCCACCTT CCTTAAAAAA GAAACAAGCT ACCAAGAAAC CCACAGAAAC CCCCCCAGTG 
AAGGAGACCC AACAGGAGCC AGGTGAAGAG AGTCCGGTGC CCAGTGAGGA ACACTTAGCA 
CCAGAGACAA AGACAGAATC GGCCACACCT GAGGGCACTG GTTGCACCTT GTCAGAAGAG 
ACATCTCTGG AGTCTGCTGC TGTGCCCACA GCTACCTGTC CTCTGACTTT GGAGAGTGTG 
GAAGACGTTA GCCCTCTGGT TTCTGGAGGT GGCAGAGTGC AGAACTCACC CCCTGTGGGG 
AGGAAATCAG TGCCTCTTAC CACAGCCTCT GAGGCAGTGG AGGTGACGCT GCCGGACGGT 
GGGGGGCAAG AGGACTTGCC TGCCAAAGGG CTGTCAGTGA GGCTGGAGTT TGACTACTCT 
GAGGACAAGG GAAGTTGGGA GAGTCAGCAG GAGAACGCCC CTCCCACCAA AAAGATAGGC 
AAGAAGCCAG TTGCCAAAAT GCCCCTAAGG AGGCCAAAGC TGAAAAAGAC CCCAGAGAAA 
CTGGACAACA CTCCTGCCTC ACCTCCAAGG TCCCCTGCTG AACCCAGTGA CATCCCTATT 
GCTAAAGGTA CCTACACCTT TGATATAGAC AAGTGGGATG ACCCCAATTT TAACCCTTTT 
TCCTCCACCT CGAAAATGCA AGAGTCTCCC ACACTGTCCC AACAATCGTA CAACTTTGAC 
CCCGACGCCT GTGAAGAGTC CCTTGACCCC TTTAAGGCAT CCTCTAAGAC CCCCAGTTCA 
CCTTCTAAAT CCCCAGCCTC TTTCGAGATC CCAGCCAGCA CCATCGAAGC GGACGGGGAT 
GGGTTGAATA AACCCGCCAA GAAGAAGAAG ACTCCATTGA AGACTGACAC ATTTAGGGTG 
AAGAAGTCTC CAAAGCGGTC TCCTCTGTCT GATCCGCCTT CTCAGGACCC CACTCCAGCT 
GCCACACCGG AAGCACCTCC AGTCTCTACC GTGGTCCACG CCACAGATGA GGAAAAGTTG 
GCCGTCACTA GCCAGAAGTG GACATGTATG ACAGTGGACT TGGATGCTGA CAAACAGGAT 
TTCCCGCAGC CCTCAGACCT ATCTAACTTT GTAAATGAGA CCAAATTCAA TTCACCCTCG 
GAGGAGCTGG ACTACAGAAA CTCCTATGAA ATTGAATACA TGGAAAAGCT TGGCTCCTCC 
TTACCTCAGG ACGATGACAC TCCGAAGAAG CAGGCCTTGT ACCTTATGTT TGACACCCCT 
CAGGAGAGCC CCGTCAAGTC TCCTCCGGTC CGGATGTCGG ATTCCCCAAC TCCATGTTCA 
GGGTCGAGTT TTGAGGACAC CGAAGCCCTG GTGAATGCAA CAGCAAAGCT CCAGCATCCA 
GTCCCTAGAG GGCTGGCCTC CAATCAGGAG CCTCTCTTGC AGCTGCCGGA AAAATCCTCC 
CAGAAGGAGC TGGAGGCCAT GGCCTTGGGC ACCCCCGCAG AAGCAATTGA AATCACAGCT 
CCAGAGGGTG CCTTTGCCTC TGCAGATGCC CTCCTCAGCA GGCTGGCCCA TCCTGCTTCT 
CTCTGTGGTG CACTTGGCTA TCTGGAGCCT GATTTAGCAG AAAAGAACCC CCCAGTATTT 
GCCCAGAAAC TTCAGGAGGA ATTAGAGTTT GCTGTCATGC GGATAGAAGC CTTGAAGCTG 
GCCAGGCAGA TCGCCCTGGC TTCTCGCAGC CGCCAGGACA CCAAGAGGGA AGCCACTCAC 
CCACCAGATG TCTCCATCTC CAAAACTACC TTGTACTCCC GCATCGGGCC CACCGAGGTG 
GAGAAACCCC CAGGCCTTCT GTTCCAGCAG CCAGACCTGG ACTCTGCACT CCAAGTTGCC 
AGAGCAGAGG TCATCGCCAA GGAGAGAGAA GTCTCAGAGT GGAGGGATAA ATATGAAGAA 
AGCCGGCGGG AAGTGGTAGA AATGAGGAAA ATCGTGGCTG AATACGAGAA GACCATCGCA 
CAGATGATCG AGGATGAACA GAGAGAGAAG TCCATCTCCC ACCAAACCGT GCAGCAGCTG 
GTGCTGGAGA AGGAGCAAGC CCTGGCTGAC CTGAACTCTG TGGAGAAGTC TCTGGCTGAC 
CTCTTCAGGC GATACGAGAA GATGAAGGAG GTGCTGGAAG GCTTTCGAAA GAATGAGGAG 
GTGCTGAAGA AGTGTGCACA GGAGTACCTG TCCCGCGTGA AGAAAGAGGA GCAGAGGTAC 
CAGGCCCTGA AGGTGCATGC AGAAGAGAAA CTGGACAGAG CCAATGCAGA GATTGCCCAG 
GTTCGAGGCA AGGCCCAGCA GGAGCAGGCG GCCTACCAGG CTAGCCTGAG GAAGGAGCAG 
CTTCGAGTGG ATGCTCTAGA AAGAACGCTG GAGCAGAAGA ATAAAGAGAT AGAAGAACTC 
ACCAAGATTT GTGACGAACT GATTGCCAAA ATGGGGAAAA GCTAA

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

RefSeq	NP_001004415.1
CDS	229..8733
Translation	MGNENSTSDHQRTSSVQSLRSLQPPGNSQTPQKQGDSPGSGAASTGLGASCSASESVASLDPSTVSPEVTKPGEHPQEARDPEDSPLPRSSLPWEQPYPSASMPFTEGLSEGCLANSEAEVPEDGPLTNHLRVEPSPNGPGDILLTFTPEVDGPAQRTVAARTPSAEGDQELKEEGQSSSSSCTGQSPGISFVPLQEPKTELLYGKGDWPRDFEFQRKDDIDNCSSPESVTKAPAATQPGMQNSAVLECPPKLETMVPQDSVLRSSDSKKGRSEVLPMDLAKHVEFLGGCHPSKGNSGANPGAGTSPASQESCQLRVGMPLPSAELPSGPQGLTTARADGGSWEETLDTSSAQSQPQTGTSGAEPQQVVCVPAASQPGGSLLLSAKAPGFTGTEERHTASSPTARLTAWSSTASEEPTEAVSETKMSVSADLAATGQMGPGVVELKPTSDLRRTQEQPPEGSCLQWVPAPFLQGRNDTIQEGLLLPPFSHQVSNESSRRSMGPTDDPKASKNTENRVVAREESIPHGDNRKGQQEATRALAGTELRNHDKEKSHAFRAKPRGDTEKDDISELHSNKENKIVPSSDSTQPPRQEVAESHMTDTATSLHEVHEEDPILSSASDGTGEHFLPQDAIWESSRLQTESSVMLQARGGLEATESLPVLESEKADALPATAMEEEAPRAAEMEDVLEVKKDHSPLHQPYSCAGQGLPMSPGQPCGLEKVEPGQEDHADTSSPPNGKNSTIGDGLTVPRLEQDGQRKLSCPEASLPPPLQNPLLSSQLDPDAAISAVLCDKDQSPTNGQRACLCGPGLKEQSTDPSPIPVSEEGKPWADVSLSTQGGKEQGSELPSKGSLCDTPSSSPKGTVLGGAPSEMSELSTPLGQELPALGGNEQENTGRNSQPSEIQPPSASLTGHSGGKDSFCVGQGLSKSQQELADALQTGSQREEARCGDSGISEATGVLPPPRGLEKIETASRNIAEAPPGPPDSVALLDTAYCSPDPVPTNPGVAPAHDALVSEACDESQKESVPQLDMEQRATLGPEEQSPLGSFRRAEEQDSKEGSAEVSVDASDGDPKMQQASEAPEAALSSGFFQADQSLPSTLKEPRQPAKLEPSCGDALLPAGESNGIPRSTVGVLTHRAVSGPQSLLPAEPPEETVPDTPYLHISGAAKKDAEDASMRAVFSEDPGAPHESPIKEPPPVENDTPGKSPAVSFTTDLQPGTAHGEISVAGDGDGIPQAGTTEGHVSLTPYLDRMPLLVRDEQVAREMHVAATPETNARPSETAVCPASEEAAGETGGSRERAVELTPDLMVVTSGSEGASSKQPSVIKGLPDFREHITKIFEQSVFGALAADRTHSVPSKKSGVPSSMLVEGPVISLDSGKLPDGVQGMAAAPLPVPPVGLQVEKKQESGVKAEVSHPVPQDPAPEKLMGLAEAALEESLPGAIVEGEVTRVPLTVTSERLEGTGEPGQGAQAHTQQARSRQELVVGLPSSKAVQGVPAEPAPGFPVDPQSHADADEASSQGDKSHSVKEYLETLPSNSPHGINGAQDSVHTKGPSNLLGSTCALDGSSPHGSVLNMPESNSEPWIPSTLGGERQLEAAVCTSDKQNVLENQDGPKMLAREVLAIPLGPSNMAGAAEEAEGDVTPSRPETWAEVSGDLLETGTTRMLPHEAGDSAPPGSYRDSGCSNRTQVMEDTATLPGDSQVGCQQAKEPLGPQLPAPYGKTSVSSPPEPDESSDEKLHLLAPEVLTDSIPGTNDVIQSAAPEDLGHPPLADSSRYGVTVSSVSTHLTVQSTSPSAAHASLAPVASEHAALASAAAGPGVETPTASCQHLAKNINRSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQEELEFAVMRIEALKLARQIALASRSRQDTKREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	NM_001004415.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant 1, mRNA.

Target ORF information:

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

NM_001004415.2

ORF Insert Sequence:

ATGGGCAACG AGAACAGCAC CTCGGACCAC CAGAGGACTT CTTCAGTTCA GAGTCTAAGA 
TCACTGCAGC CACCCGGGAA CAGTCAAACT CCACAGAAGC AAGGAGACTC ACCTGGATCC 
GGCGCTGCAA GCACTGGGCT TGGAGCCTCC TGCTCTGCTT CTGAAAGTGT TGCCAGCCTG 
GATCCGAGCA CTGTGTCCCC AGAGGTGACT AAGCCAGGGG AGCACCCACA GGAAGCCAGG 
GACCCAGAAG ATTCTCCACT GCCCAGATCA TCTCTGCCCT GGGAACAGCC GTACCCCTCA 
GCCTCCATGC CTTTCACGGA GGGCCTCTCA GAAGGTTGCT TGGCAAACTC AGAAGCGGAA 
GTACCTGAAG ATGGTCCCCT CACAAATCAC CTTAGAGTGG AACCCTCCCC CAACGGGCCA 
GGGGATATCT TACTGACATT TACTCCTGAA GTGGATGGCC CCGCACAGCG CACAGTGGCT 
GCCAGAACCC CCAGTGCTGA AGGAGACCAA GAGCTGAAGG AAGAGGGACA GAGCTCATCC 
TCCAGTTGCA CTGGCCAATC GCCAGGAATT TCCTTCGTTC CTCTCCAGGA GCCAAAGACA 
GAGCTGCTCT ATGGAAAGGG TGACTGGCCT CGTGACTTTG AGTTCCAAAG GAAAGATGAT 
ATCGACAATT GTTCCTCCCC AGAGTCAGTC ACTAAAGCCC CTGCTGCCAC TCAGCCGGGG 
ATGCAAAATT CAGCTGTCCT TGAGTGCCCC CCAAAACTTG AGACCATGGT CCCACAAGAT 
TCAGTCCTAA GATCCTCAGA CAGTAAAAAA GGCAGATCGG AAGTGCTACC TATGGATTTG 
GCCAAACACG TGGAATTTCT CGGAGGCTGC CATCCCTCTA AAGGCAACTC TGGAGCTAAC 
CCTGGAGCAG GAACAAGCCC TGCCTCCCAG GAAAGCTGTC AGCTGAGAGT GGGAATGCCT 
CTGCCATCTG CAGAACTACC TTCAGGCCCA CAAGGCCTTA CCACAGCACG AGCAGACGGT 
GGCTCCTGGG AAGAGACTCT GGACACCAGC AGCGCTCAGA GCCAACCACA GACAGGGACA 
TCAGGAGCTG AGCCCCAGCA AGTTGTCTGT GTGCCAGCAG CCAGCCAGCC GGGTGGGAGC 
TTGCTTCTGA GCGCCAAGGC CCCTGGATTC ACTGGAACAG AGGAAAGACA TACGGCTTCA 
AGTCCCACTG CGCGCCTGAC AGCTTGGAGT TCTACTGCCT CAGAAGAACC CACGGAGGCT 
GTTTCTGAGA CGAAGATGTC AGTTTCTGCA GATCTGGCTG CCACAGGACA GATGGGTCCA 
GGGGTGGTGG AACTGAAGCC AACATCAGAT CTTAGAAGAA CACAAGAACA ACCTCCTGAA 
GGTAGCTGCC TCCAGTGGGT TCCTGCGCCT TTCTTGCAGG GGCGAAATGA TACAATCCAA 
GAAGGGCTGT TGCTGCCACC TTTCTCCCAT CAGGTTTCAA ATGAAAGTTC TAGAAGGTCA 
ATGGGACCAA CTGATGATCC CAAGGCCTCC AAGAATACTG AAAATAGAGT TGTGGCTAGA 
GAGGAAAGCA TACCGCATGG AGACAACCGT AAGGGACAGC AAGAAGCCAC CAGAGCCCTT 
GCTGGTACAG AGCTTAGGAA CCATGACAAA GAGAAGTCTC ATGCCTTTCG TGCCAAGCCC 
CGTGGGGACA CTGAGAAAGA TGACATTTCA GAGCTACACA GTAATAAAGA GAACAAGATT 
GTCCCCAGCT CGGACTCAAC ACAGCCACCT AGGCAGGAGG TTGCTGAATC CCATATGACC 
GACACAGCTA CCTCACTGCA CGAAGTCCAC GAGGAGGACC CCATCCTGTC CTCCGCATCG 
GATGGAACTG GTGAGCACTT TCTTCCCCAA GATGCCATCT GGGAAAGTTC AAGATTGCAG 
ACTGAAAGCT CTGTCATGCT TCAGGCCAGG GGAGGATTGG AAGCAACAGA GTCACTTCCT 
GTTTTAGAAT CTGAGAAAGC GGATGCCCTG CCTGCTACAG CTATGGAGGA GGAGGCACCC 
AGAGCTGCGG AGATGGAGGA TGTACTGGAA GTAAAGAAGG ACCACTCACC CTTGCATCAG 
CCCTACAGCT GTGCCGGGCA AGGCTTGCCG ATGTCCCCAG GCCAACCTTG TGGGCTGGAG 
AAGGTTGAAC CTGGACAGGA AGATCATGCT GATACGTCAT CTCCCCCCAA TGGGAAAAAT 
TCAACAATAG GCGACGGACT TACCGTGCCC CGTCTGGAAC AAGACGGTCA GAGAAAACTG 
TCCTGCCCAG AGGCCAGTCT CCCACCACCT TTACAGAACC CTCTCCTGTC ATCTCAACTA 
GACCCAGATG CAGCCATCTC TGCTGTTCTC TGTGACAAGG ACCAGTCACC TACAAATGGG 
CAAAGGGCTT GTCTGTGTGG CCCAGGTCTG AAGGAGCAGA GTACAGATCC TTCTCCAATC 
CCAGTGTCTG AGGAAGGGAA GCCTTGGGCA GACGTGAGCT TGTCTACTCA AGGAGGAAAG 
GAACAGGGGT CAGAACTTCC CTCCAAAGGC AGCCTGTGCG ATACTCCAAG TTCATCACCC 
AAGGGTACAG TTCTGGGAGG GGCACCGTCA GAGATGTCAG AACTGTCAAC CCCACTGGGA 
CAAGAGCTGC CTGCACTAGG GGGAAATGAG CAAGAGAACA CGGGCAGAAA CAGTCAACCC 
TCGGAGATCC AGCCTCCTTC AGCCTCTCTT ACAGGACACT CGGGTGGAAA GGATAGTTTC 
TGTGTTGGGC AGGGGCTGAG CAAGTCCCAA CAGGAGCTGG CTGATGCTTT GCAAACAGGA 
AGCCAGCGTG AAGAAGCACG TTGTGGGGAC TCGGGCATTT CTGAAGCCAC TGGCGTCCTG 
CCTCCGCCTC GGGGCTTGGA GAAGATAGAG ACAGCAAGTA GAAACATAGC GGAGGCCCCA 
CCTGGTCCAC CTGACTCAGT AGCTCTCTTG GATACAGCAT ACTGCTCTCC AGACCCAGTG 
CCTACCAATC CCGGAGTCGC ACCCGCCCAC GATGCCCTAG TGAGCGAGGC CTGTGATGAG 
AGCCAGAAAG AGTCGGTCCC ACAGCTGGAT ATGGAGCAGC GGGCCACCTT AGGTCCAGAA 
GAACAGAGTC CTCTTGGAAG TTTCCGGAGA GCAGAGGAAC AAGATAGTAA AGAAGGATCA 
GCAGAGGTGA GTGTCGATGC CAGCGACGGA GACCCCAAGA TGCAGCAGGC GTCAGAGGCA 
CCAGAAGCTG CTCTGAGTAG TGGCTTCTTC CAGGCTGACC AGAGCCTCCC CTCCACCCTG 
AAGGAGCCAC GCCAGCCTGC GAAGCTTGAG CCCAGCTGTG GGGATGCTTT GCTGCCAGCT 
GGAGAATCGA ATGGGATTCC CAGAAGTACT GTGGGTGTTC TGACACACCG CGCTGTTTCA 
GGCCCACAGA GCCTTCTGCC GGCTGAACCA CCTGAAGAGA CTGTGCCTGA CACCCCTTAC 
CTGCATATCA GTGGTGCTGC CAAGAAGGAT GCCGAAGATG CTAGCATGAG AGCTGTTTTC 
TCTGAGGACC CCGGAGCACC TCATGAAAGT CCTATAAAGG AGCCTCCACC TGTGGAAAAC 
GACACCCCTG GAAAGAGCCC TGCTGTCTCC TTCACCACAG ACTTGCAACC AGGAACTGCA 
CATGGGGAAA TCTCCGTAGC AGGGGATGGC GATGGTATCC CCCAAGCTGG AACCACTGAG 
GGACATGTGA GTCTCACGCC CTACCTGGAC AGGATGCCTC TCCTGGTGAG AGATGAGCAG 
GTGGCAAGAG AGATGCATGT GGCTGCCACC CCAGAAACAA ATGCTAGGCC CTCTGAGACT 
GCAGTGTGCC CTGCCAGCGA GGAAGCAGCA GGAGAGACAG GGGGCAGCAG AGAAAGGGCA 
GTAGAACTTA CCCCAGACCT GATGGTTGTT ACATCAGGTA GTGAGGGTGC AAGCTCCAAG 
CAGCCCAGCG TAATCAAGGG GCTTCCTGAC TTCAGGGAGC ACATCACCAA GATCTTTGAG 
CAGTCTGTGT TTGGAGCCCT GGCTGCTGAT CGGACCCATA GTGTGCCTAG TAAAAAGTCA 
GGAGTTCCAA GCAGTATGCT GGTTGAGGGC CCCGTGATCT CACTGGACTC AGGGAAGCTT 
CCAGATGGGG TGCAAGGAAT GGCTGCTGCC CCTCTCCCTG TACCTCCTGT AGGACTCCAG 
GTGGAGAAGA AGCAAGAGTC AGGTGTCAAG GCTGAGGTTT CTCATCCAGT TCCCCAGGAT 
CCAGCACCAG AGAAGCTGAT GGGTCTGGCG GAGGCAGCCT TGGAGGAGAG CCTGCCAGGT 
GCCATTGTTG AAGGAGAGGT GACCCGTGTC CCACTGACAG TGACAAGTGA GAGGCTAGAG 
GGGACTGGGG AGCCTGGCCA GGGAGCTCAG GCTCACACAC AGCAGGCAAG AAGCAGGCAG 
GAATTAGTTG TGGGTCTTCC CTCTTCTAAA GCTGTTCAGG GGGTACCTGC AGAACCAGCT 
CCTGGCTTCC CTGTGGATCC CCAGAGTCAT GCAGATGCAG ATGAGGCTTC TTCTCAAGGT 
GACAAAAGCC ATTCTGTAAA AGAGTACCTG GAAACGCTGC CCAGCAACAG TCCACACGGA 
ATAAATGGTG CCCAGGACTC TGTCCACACC AAGGGTCCAA GTAATCTATT AGGATCCACC 
TGTGCCCTGG ATGGCTCCTC TCCTCATGGA AGTGTTTTGA ATATGCCCGA ATCCAACAGT 
GAGCCCTGGA TCCCTTCCAC ACTTGGGGGT GAGAGACAGC TGGAAGCTGC TGTCTGTACC 
TCAGATAAGC AAAACGTGCT GGAAAACCAG GATGGCCCCA AAATGTTGGC TAGAGAAGTG 
TTGGCGATTC CCCTGGGGCC TAGCAACATG GCAGGAGCTG CTGAGGAAGC AGAAGGTGAT 
GTCACCCCAA GCAGGCCTGA GACGTGGGCA GAGGTGTCTG GTGACCTCCT TGAAACAGGT 
ACTACAAGGA TGCTTCCCCA TGAGGCAGGT GACTCAGCAC CGCCTGGGAG CTATCGGGAT 
TCAGGATGCT CCAACAGGAC TCAGGTGATG GAGGACACAG CCACCCTTCC AGGGGACAGC 
CAGGTTGGAT GCCAGCAGGC CAAGGAACCG CTGGGCCCTC AACTCCCAGC TCCTTACGGG 
AAGACGAGTG TCTCTTCCCC TCCAGAGCCT GATGAAAGCA GTGACGAGAA GCTGCACCTC 
CTGGCTCCAG AAGTCCTCAC TGACAGCATC CCTGGAACCA ATGATGTCAT CCAGTCAGCT 
GCTCCCGAAG ACCTGGGACA CCCACCCTTA GCTGATTCTT CCCGCTATGG TGTTACTGTC 
AGCTCAGTCT CTACACATCT GACAGTCCAG AGCACCTCCC CATCTGCTGC CCATGCAAGT 
CTTGCTCCTG TGGCCTCAGA ACATGCAGCC TTGGCTTCCG CCGCAGCTGG TCCTGGAGTA 
GAAACCCCCA CTGCCTCCTG CCAACACCTG GCCAAGAACA TAAACAGGAG TTCCGACTCT 
GAGGAAGCCT TTGAGACCCC CGAGTCAACA ACCCCTGTCA AAGCTCCACC AGCTCCTCCC 
CCTCCACCCC CTGAAGTCAC CCCGGAGCCT GAGGTCATCG AACCACCAGC CCCAGAAGAA 
CCAGGATGCA TTTCTGAGCC GGTCGTGGTT CCCGATGGCC CTCGCAGCGA GTCCGTGGAA 
GGAAGCCCTT TCCGTCCTTC GCACTCCTCC TCGGCGGTGT TCGATGAAGA CAAGCCGATA 
GCCAGCAGCG GGACATACAA CTTAGACTTT GACAGCATCG AGCTGGTGGA TAACTTTCAG 
AGTTTGGAGC CATGCTCTGC CGACTATAAG GGTCAGGAGT GTAAGGTGAG CACGCGGAGG 
AAATCCACCG AGTCCGTGCC ACCCTCCAAG ACCACGCTGT CCCGCTCGCT CAGCCTGCAA 
GCCAGCGACT TCGACGGTGC TTCGTGCCCC GGCAGCCCGG AAGCTGGGAC CCTTGCCACA 
GATGCGTGTG GCACAGGATC CAACAGTGCT TCTAGCACCC TTAAGCGAAC TAAAAAAACA 
CGGCCACCTT CCTTAAAAAA GAAACAAGCT ACCAAGAAAC CCACAGAAAC CCCCCCAGTG 
AAGGAGACCC AACAGGAGCC AGGTGAAGAG AGTCCGGTGC CCAGTGAGGA ACACTTAGCA 
CCAGAGACAA AGACAGAATC GGCCACACCT GAGGGCACTG GTTGCACCTT GTCAGAAGAG 
ACATCTCTGG AGTCTGCTGC TGTGCCCACA GCTACCTGTC CTCTGACTTT GGAGAGTGTG 
GAAGACGTTA GCCCTCTGGT TTCTGGAGGT GGCAGAGTGC AGAACTCACC CCCTGTGGGG 
AGGAAATCAG TGCCTCTTAC CACAGCCTCT GAGGCAGTGG AGGTGACGCT GCCGGACGGT 
GGGGGGCAAG AGGACTTGCC TGCCAAAGGG CTGTCAGTGA GGCTGGAGTT TGACTACTCT 
GAGGACAAGG GAAGTTGGGA GAGTCAGCAG GAGAACGCCC CTCCCACCAA AAAGATAGGC 
AAGAAGCCAG TTGCCAAAAT GCCCCTAAGG AGGCCAAAGC TGAAAAAGAC CCCAGAGAAA 
CTGGACAACA CTCCTGCCTC ACCTCCAAGG TCCCCTGCTG AACCCAGTGA CATCCCTATT 
GCTAAAGGTA CCTACACCTT TGATATAGAC AAGTGGGATG ACCCCAATTT TAACCCTTTT 
TCCTCCACCT CGAAAATGCA AGAGTCTCCC ACACTGTCCC AACAATCGTA CAACTTTGAC 
CCCGACGCCT GTGAAGAGTC CCTTGACCCC TTTAAGGCAT CCTCTAAGAC CCCCAGTTCA 
CCTTCTAAAT CCCCAGCCTC TTTCGAGATC CCAGCCAGCA CCATCGAAGC GGACGGGGAT 
GGGTTGAATA AACCCGCCAA GAAGAAGAAG ACTCCATTGA AGACTGACAC ATTTAGGGTG 
AAGAAGTCTC CAAAGCGGTC TCCTCTGTCT GATCCGCCTT CTCAGGACCC CACTCCAGCT 
GCCACACCGG AAGCACCTCC AGTCTCTACC GTGGTCCACG CCACAGATGA GGAAAAGTTG 
GCCGTCACTA GCCAGAAGTG GACATGTATG ACAGTGGACT TGGATGCTGA CAAACAGGAT 
TTCCCGCAGC CCTCAGACCT ATCTAACTTT GTAAATGAGA CCAAATTCAA TTCACCCTCG 
GAGGAGCTGG ACTACAGAAA CTCCTATGAA ATTGAATACA TGGAAAAGCT TGGCTCCTCC 
TTACCTCAGG ACGATGACAC TCCGAAGAAG CAGGCCTTGT ACCTTATGTT TGACACCCCT 
CAGGAGAGCC CCGTCAAGTC TCCTCCGGTC CGGATGTCGG ATTCCCCAAC TCCATGTTCA 
GGGTCGAGTT TTGAGGACAC CGAAGCCCTG GTGAATGCAA CAGCAAAGCT CCAGCATCCA 
GTCCCTAGAG GGCTGGCCTC CAATCAGGAG CCTCTCTTGC AGCTGCCGGA AAAATCCTCC 
CAGAAGGAGC TGGAGGCCAT GGCCTTGGGC ACCCCCGCAG AAGCAATTGA AATCACAGCT 
CCAGAGGGTG CCTTTGCCTC TGCAGATGCC CTCCTCAGCA GGCTGGCCCA TCCTGCTTCT 
CTCTGTGGTG CACTTGGCTA TCTGGAGCCT GATTTAGCAG AAAAGAACCC CCCAGTATTT 
GCCCAGAAAC TTCAGGAGGA ATTAGAGTTT GCTGTCATGC GGATAGAAGC CTTGAAGCTG 
GCCAGGCAGA TCGCCCTGGC TTCTCGCAGC CGCCAGGACA CCAAGAGGGA AGCCACTCAC 
CCACCAGATG TCTCCATCTC CAAAACTACC TTGTACTCCC GCATCGGGCC CACCGAGGTG 
GAGAAACCCC CAGGCCTTCT GTTCCAGCAG CCAGACCTGG ACTCTGCACT CCAAGTTGCC 
AGAGCAGAGG TCATCGCCAA GGAGAGAGAA GTCTCAGAGT GGAGGGATAA ATATGAAGAA 
AGCCGGCGGG AAGTGGTAGA AATGAGGAAA ATCGTGGCTG AATACGAGAA GACCATCGCA 
CAGATGATCG AGGATGAACA GAGAGAGAAG TCCATCTCCC ACCAAACCGT GCAGCAGCTG 
GTGCTGGAGA AGGAGCAAGC CCTGGCTGAC CTGAACTCTG TGGAGAAGTC TCTGGCTGAC 
CTCTTCAGGC GATACGAGAA GATGAAGGAG GTGCTGGAAG GCTTTCGAAA GAATGAGGAG 
GTGCTGAAGA AGTGTGCACA GGAGTACCTG TCCCGCGTGA AGAAAGAGGA GCAGAGGTAC 
CAGGCCCTGA AGGTGCATGC AGAAGAGAAA CTGGACAGAG CCAATGCAGA GATTGCCCAG 
GTTCGAGGCA AGGCCCAGCA GGAGCAGGCG GCCTACCAGG CTAGCCTGAG GAAGGAGCAG 
CTTCGAGTGG ATGCTCTAGA AAGAACGCTG GAGCAGAAGA ATAAAGAGAT AGAAGAACTC 
ACCAAGATTT GTGACGAACT GATTGCCAAA ATGGGGAAAA GCTAA

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

Tacc2 ( XM_017589221.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017444710.1 Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X1, mRNA.

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CloneID	ORa56618
Clone ID Related Accession (Same CDS sequence)	XM_017589221.1
Accession Version	XM_017589221.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8871bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	transforming acidic coiled-coil-containing protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005100.4) 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 :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTAAGTG TGACCAATCA GAGAGCAGGG ACAGAGAAGG TTAGAATAAG CCTGTCCCAA 
AAGGAGCCTG ATGTCACCAC TGGGGGAAAT GCTCAGCATA AAGCCCTGGG AGTGACCAGC 
TGGGAGGTGC AGATTCCCAG GCAGGACGCC TTCGATAGGC TCAGCCTCAG CCCAGTCACT 
CTGACCAACA TACTGAGGGA CGCTGGGCAC CCTGAGTCAC CATGGGCAAC GAGAACAGCA 
CCTCGGACCA CCAGGAAGAC GCTGTTTCAT ACAACACCGT CCTGTGGCCT CCAAACCCTG 
ACCCTCCACA GGCCTGTCTG TCGTCGGGTG ACCTGGGACT GCTTTAGAGA GCCACTCCAC 
CCTGAAGGTG GCTGCCAGAG GACTTCTTCA GTTCAGAGTC TAAGATCACT GCAGCCACCC 
GGGAACAGTC AAACTCCACA GAAGCAAGGA GACTCACCTG GATCCGGCGC TGCAAGCACT 
GGGCTTGGAG CCTCCTGCTC TGCTTCTGAA AGTGTTGCCA GCCTGGATCC GAGCACTGTG 
TCCCCAGAGG TGACTAAGCC AGGGGAGCAC CCACAGGAAG CCAGGGACCC AGAAGATTCT 
CCACTGCCCA GATCATCTCT GCCCTGGGAA CAGCCGTACC CCTCAGCCTC CATGCCTTTC 
ACGGAGGGCC TCTCAGAAGG TTGCTTGGCA AACTCAGAAG CGGAAGTACC TGAAGATGGT 
CCCCTCACAA ATCACCTTAG AGTGGAACCC TCCCCCAACG GGCCAGGGGA TATCTTACTG 
ACATTTACTC CTGAAGTGGA TGGCCCCGCA CAGCGCACAG TGGCTGCCAG AACCCCCAGT 
GCTGAAGGAG ACCAAGAGCT GAAGGAAGAG GGACAGAGCT CATCCTCCAG TTGCACTGGC 
CAATCGCCAG GAATTTCCTT CGTTCCTCTC CAGGAGCCAA AGACAGAGCT GCTCTATGGA 
AAGGGTGACT GGCCTCGTGA CTTTGAGTTC CAAAGGAAAG ATGATATCGA CAATTGTTCC 
TCCCCAGAGT CAGTCACTAA AGCCCCTGCT GCCACTCAGC CGGGGATGCA AAATTCAGCT 
GTCCTTGAGT GCCCCCCAAA ACTTGAGACC ATGGTCCCAC AAGATTCAGT CCTAAGATCC 
TCAGACAGTA AAAAAGGCAG ATCGGAAGTG CTACCTATGG ATTTGGCCAA ACACGTGGAA 
TTTCTCGGAG GCTGCCATCC CTCTAAAGGC AACTCTGGAG CTAACCCTGG AGCAGGAACA 
AGCCCTGCCT CCCAGGAAAG CTGTCAGCTG AGAGTGGGAA TGCCTCTGCC ATCTGCAGAA 
CTACCTTCAG GCCCACAAGG CCTTACCACA GCACGAGCAG ACGGTGGCTC CTGGGAAGAG 
ACTCTGGACA CCAGCAGCGC TCAGAGCCAA CCACAGACAG GGACATCAGG AGCTGAGCCC 
CAGCAAGTTG TCTGTGTGCC AGCAGCCAGC CAGCCGGGTG GGAGCTTGCT TCTGAGCGCC 
AAGGCCCCTG GATTCACTGG AACAGAGGAA AGACATACGG CTTCAAGTCC CACTGCGCGC 
CTGACAGCTT GGAGTTCTAC TGCCTCAGAA GAACCCACGG AGGCTGTTTC TGAGACGAAG 
ATGTCAGTTT CTGCAGATCT GGCTGCCACA GGACAGATGG GTCCAGGGGT GGTGGAACTG 
AAGCCAACAT CAGATCTTAG AAGAACACAA GAACAACCTC CTGAAGGTAG CTGCCTCCAG 
TGGGTTCCTG CGCCTTTCTT GCAGGGGCGA AATGATACAA TCCAAGAAGG GCTGTTGCTG 
CCACCTTTCT CCCATCAGGT TTCAAATGAA AGTTCTAGAA GGTCAATGGG ACCAACTGAT 
GATCCCAAGG CCTCCAAGAA TACTGAAAAT AGAGTTGTGG CTAGAGAGGA AAGCATACCG 
CATGGAGACA ACCGTAAGGG ACAGCAAGAA GCCACCAGAG CCCTTGCTGG TACAGAGCTT 
AGGAACCATG ACAAAGAGAA GTCTCATGCC TTTCGTGCCA AGCCCCGTGG GGACACTGAG 
AAAGATGACA TTTCAGAGCT ACACAGTAAT AAAGAGAACA AGATTGTCCC CAGCTCGGAC 
TCAACACAGC CACCTAGGCA GGAGGTTGCT GAATCCCATA TGACCGACAC AGCTACCTCA 
CTGCACGAAG TCCACGAGGA GGACCCCATC CTGTCCTCCG CATCGGATGG AACTGGTGAG 
CACTTTCTTC CCCAAGATGC CATCTGGGAA AGTTCAAGAT TGCAGACTGA AAGCTCTGTC 
ATGCTTCAGG CCAGGGGAGG ATTGGAAGCA ACAGAGTCAC TTCCTGTTTT AGAATCTGAG 
AAAGCGGATG CCCTGCCTGC TACAGCTATG GAGGAGGAGG CACCCAGAGC TGCGGAGATG 
GAGGATGTAC TGGAAGTAAA GAAGGACCAC TCACCCTTGC ATCAGCCCTA CAGCTGTGCC 
GGGCAAGGCT TGCCGATGTC CCCAGGCCAA CCTTGTGGGC TGGAGAAGGT TGAACCTGGA 
CAGGAAGATC ATGCTGATAC GTCATCTCCC CCCAATGGGA AAAATTCAAC AATAGGCGAC 
GGACTTACCG TGCCCCGTCT GGAACAAGAC GGTCAGAGAA AACTGTCCTG CCCAGAGGCC 
AGTCTCCCAC CACCTTTACA GAACCCTCTC CTGTCATCTC AACTAGACCC AGATGCAGCC 
ATCTCTGCTG TTCTCTGTGA CAAGGACCAG TCACCTACAA ATGGGCAAAG GGCTTGTCTG 
TGTGGCCCAG GTCTGAAGGA GCAGAGTACA GATCCTTCTC CAATCCCAGT GTCTGAGGAA 
GGGAAGCCTT GGGCAGACGT GAGCTTGTCT ACTCAAGGAG GAAAGGAACA GGGGTCAGAA 
CTTCCCTCCA AAGGCAGCCT GTGCGATACT CCAAGTTCAT CACCCAAGGG TACAGTTCTG 
GGAGGGGCAC CGTCAGAGAT GTCAGAACTG TCAACCCCAC TGGGACAAGA GCTGCCTGCA 
CTAGGGGGAA ATGAGCAAGA GAACACGGGC AGAAACAGTC AACCCTCGGA GATCCAGCCT 
CCTTCAGCCT CTCTTACAGG ACACTCGGGT GGAAAGGATA GTTTCTGTGT TGGGCAGGGG 
CTGAGCAAGT CCCAACAGGA GCTGGCTGAT GCTTTGCAAA CAGGAAGCCA GCGTGAAGAA 
GCACGTTGTG GGGACTCGGG CATTTCTGAA GCCACTGGCG TCCTGCCTCC GCCTCGGGGC 
TTGGAGAAGA TAGAGACAGC AAGTAGAAAC ATAGCGGAGG CCCCACCTGG TCCACCTGAC 
TCAGTAGCTC TCTTGGATAC AGCATACTGC TCTCCAGACC CAGTGCCTAC CAATCCCGGA 
GTCGCACCCG CCCACGATGC CCTAGTGAGC GAGGCCTGTG ATGAGAGCCA GAAAGAGTCG 
GTCCCACAGC TGGATATGGA GCAGCGGGCC ACCTTAGGTC CAGAAGAACA GAGTCCTCTT 
GGAAGTTTCC GGAGAGCAGA GGAACAAGAT AGTAAAGAAG GATCAGCAGA GGTGAGTGTC 
GATGCCAGCG ACGGAGACCC CAAGATGCAG CAGGCGTCAG AGGCACCAGA AGCTGCTCTG 
AGTAGTGGCT TCTTCCAGGC TGACCAGAGC CTCCCCTCCA CCCTGAAGGA GCCACGCCAG 
CCTGCGAAGC TTGAGCCCAG CTGTGGGGAT GCTTTGCTGC CAGCTGGAGA ATCGAATGGG 
ATTCCCAGAA GTACTGTGGG TGTTCTGACA CACCGCGCTG TTTCAGGCCC ACAGAGCCTT 
CTGCCGGCTG AACCACCTGA AGAGACTGTG CCTGACACCC CTTACCTGCA TATCAGTGGT 
GCTGCCAAGA AGGATGCCGA AGATGCTAGC ATGAGAGCTG TTTTCTCTGA GGACCCCGGA 
GCACCTCATG AAAGTCCTAT AAAGGAGCCT CCACCTGTGG AAAACGACAC CCCTGGAAAG 
AGCCCTGCTG TCTCCTTCAC CACAGACTTG CAACCAGGAA CTGCACATGG GGAAATCTCC 
GTAGCAGGGG ATGGCGATGG TATCCCCCAA GCTGGAACCA CTGAGGGACA TGTGAGTCTC 
ACGCCCTACC TGGACAGGAT GCCTCTCCTG GTGAGAGATG AGCAGGTGGC AAGAGAGATG 
CATGTGGCTG CCACCCCAGA AACAAATGCT AGGCCCTCTG AGACTGCAGT GTGCCCTGCC 
AGCGAGGAAG CAGCAGGAGA GACAGGGGGC AGCAGAGAAA GGGCAGTAGA ACTTACCCCA 
GACCTGATGG TTGTTACATC AGGTAGTGAG GGTGCAAGCT CCAAGCAGCC CAGCGTAATC 
AAGGGGCTTC CTGACTTCAG GGAGCACATC ACCAAGATCT TTGAGCAGTC TGTGTTTGGA 
GCCCTGGCTG CTGATCGGAC CCATAGTGTG CCTAGTAAAA AGTCAGGAGT TCCAAGCAGT 
ATGCTGGTTG AGGGCCCCGT GATCTCACTG GACTCAGGGA AGCTTCCAGA TGGGGTGCAA 
GGAATGGCTG CTGCCCCTCT CCCTGTACCT CCTGTAGGAC TCCAGGTGGA GAAGAAGCAA 
GAGTCAGGTG TCAAGGCTGA GGTTTCTCAT CCAGTTCCCC AGGATCCAGC ACCAGAGAAG 
CTGATGGGTC TGGCGGAGGC AGCCTTGGAG GAGAGCCTGC CAGGTGCCAT TGTTGAAGGA 
GAGGTGACCC GTGTCCCACT GACAGTGACA AGTGAGAGGC TAGAGGGGAC TGGGGAGCCT 
GGCCAGGGAG CTCAGGCTCA CACACAGCAG GCAAGAAGCA GGCAGGAATT AGTTGTGGGT 
CTTCCCTCTT CTAAAGCTGT TCAGGGGGTA CCTGCAGAAC CAGCTCCTGG CTTCCCTGTG 
GATCCCCAGA GTCATGCAGA TGCAGATGAG GCTTCTTCTC AAGGTGACAA AAGCCATTCT 
GTAAAAGAGT ACCTGGAAAC GCTGCCCAGC AACAGTCCAC ACGGAATAAA TGGTGCCCAG 
GACTCTGTCC ACACCAAGGG TCCAAGTAAT CTATTAGGAT CCACCTGTGC CCTGGATGGC 
TCCTCTCCTC ATGGAAGTGT TTTGAATATG CCCGAATCCA ACAGTGAGCC CTGGATCCCT 
TCCACACTTG GGGGTGAGAG ACAGCTGGAA GCTGCTGTCT GTACCTCAGA TAAGCAAAAC 
GTGCTGGAAA ACCAGGATGG CCCCAAAATG TTGGCTAGAG AAGTGTTGGC GATTCCCCTG 
GGGCCTAGCA ACATGGCAGG AGCTGCTGAG GAAGCAGAAG GTGATGTCAC CCCAAGCAGG 
CCTGAGACGT GGGCAGAGGT GTCTGGTGAC CTCCTTGAAA CAGGTACTAC AAGGATGCTT 
CCCCATGAGG CAGGTGACTC AGCACCGCCT GGGAGCTATC GGGATTCAGG ATGCTCCAAC 
AGGACTCAGG TGATGGAGGA CACAGCCACC CTTCCAGGGG ACAGCCAGGT TGGATGCCAG 
CAGGCCAAGG AACCGCTGGG CCCTCAACTC CCAGCTCCTT ACGGGAAGAC GAGTGTCTCT 
TCCCCTCCAG AGCCTGATGA AAGCAGTGAC GAGAAGCTGC ACCTCCTGGC TCCAGAAGTC 
CTCACTGACA GAAAGAGCCC AGGGCCTGGT TCAGCCACCT CACCTTCAGT TCTCGAGATA 
CACGCTCCGA AAGGCTCTTC AGCAGAGACC AGAGACTTGG GAGGAGCAGA AAGCACCTCC 
CCATCTGCTG CCCATGCAAG TCTTGCTCCT GTGGCCTCAG AACATGCAGC CTTGGCTTCC 
GCCGCAGCTG GTCCTGGAGT AGAAACCCCC ACTGCCTCCT GCCAACACCT GGCCAAGAAC 
ATAAACAGGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACGATGG TTGAAGATGT GATGTCTGTG TGTTCTCTGT TTGACACATT TAGGGTGAAG 
AAGTCTCCAA AGCGGTCTCC TCTGTCTGAT CCGCCTTCTC AGGACCCCAC TCCAGCTGCC 
ACACCGGAAG CACCTCCAGT CTCTACCGTG GTCCACGCCA CAGATGAGGA AAAGTTGGCC 
GTCACTAGCC AGAAGTGGAC ATGTATGACA GTGGACTTGG ATGCTGACAA ACAGGATTTC 
CCGCAGCCCT CAGACCTATC TAACTTTGTA AATGAGACCA AATTCAATTC ACCCTCGGAG 
GAGCTGGACT ACAGAAACTC CTATGAAATT GAATACATGG AAAAGCTTGG CTCCTCCTTA 
CCTCAGGACG ATGACACTCC GAAGAAGCAG GCCTTGTACC TTATGTTTGA CACCCCTCAG 
GAGAGCCCCG TCAAGTCTCC TCCGGTCCGG ATGTCGGATT CCCCAACTCC ATGTTCAGGG 
TCGAGTTTTG AGGACACCGA AGCCCTGGTG AATGCAACAG CAAAGCTCCA GCATCCAGTC 
CCTAGAGGGC TGGCCTCCAA TCAGGAGCCT CTCTTGCAGC TGCCGGAAAA ATCCTCCCAG 
AAGGAGCTGG AGGCCATGGC CTTGGGCACC CCCGCAGAAG CAATTGAAAT CACAGCTCCA 
GAGGGTGCCT TTGCCTCTGC AGATGCCCTC CTCAGCAGGC TGGCCCATCC TGCTTCTCTC 
TGTGGTGCAC TTGGCTATCT GGAGCCTGAT TTAGCAGAAA AGAACCCCCC AGTATTTGCC 
CAGAAACTTC AGGAGGAATT AGAGTTTGCT GTCATGCGGA TAGAAGCCTT GAAGCTGGCC 
AGGCAGATCG CCCTGGCTTC TCGCAGCCGC CAGGACACCA AGAGGGAAGC CACTCACCCA 
CCAGATGTCT CCATCTCCAA AACTACCTTG TACTCCCGCA TCGGGCCCAC CGAGGTGGAG 
AAACCCCCAG GCCTTCTGTT CCAGCAGCCA GACCTGGACT CTGCACTCCA AGTTGCCAGA 
GCAGAGGTCA TCGCCAAGGA GAGAGAAGTC TCAGAGTGGA GGGATAAATA TGAAGAAAGC 
CGGCGGGAAG TGGTAGAAAT GAGGAAAATC GTGGCTGAAT ACGAGAAGAC CATCGCACAG 
ATGATCGGCA AGCCTGAGGA TGAACAGAGA GAGAAGTCCA TCTCCCACCA AACCGTGCAG 
CAGCTGGTGC TGGAGAAGGA GCAAGCCCTG GCTGACCTGA ACTCTGTGGA GAAGTCTCTG 
GCTGACCTCT TCAGGCGATA CGAGAAGATG AAGGAGGTGC TGGAAGGCTT TCGAAAGAAT 
GAGGAGGTGC TGAAGAAGTG TGCACAGGAG TACCTGTCCC GCGTGAAGAA AGAGGAGCAG 
AGGTACCAGG CCCTGAAGGT GCATGCAGAA GAGAAACTGG ACAGAGCCAA TGCAGAGATT 
GCCCAGGTTC GAGGCAAGGC CCAGCAGGAG CAGGCGGCCT ACCAGGCTAG CCTGAGGAAG 
GAGCAGCTTC GAGTGGATGC TCTAGAAAGA ACGCTGGAGC AGAAGAATAA AGAGATAGAA 
GAACTCACCA AGATTTGTGA CGAACTGATT GCCAAAATGG GGAAAAGCTA A

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

RefSeq	XP_017444710.1
CDS	643..9513
Translation	MLSVTNQRAGTEKVRISLSQKEPDVTTGGNAQHKALGVTSWEVQIPRQDAFDRLSLSPVTLTNILRDAGHPESPWATRTAPRTTRKTLFHTTPSCGLQTLTLHRPVCRRVTWDCFREPLHPEGGCQRTSSVQSLRSLQPPGNSQTPQKQGDSPGSGAASTGLGASCSASESVASLDPSTVSPEVTKPGEHPQEARDPEDSPLPRSSLPWEQPYPSASMPFTEGLSEGCLANSEAEVPEDGPLTNHLRVEPSPNGPGDILLTFTPEVDGPAQRTVAARTPSAEGDQELKEEGQSSSSSCTGQSPGISFVPLQEPKTELLYGKGDWPRDFEFQRKDDIDNCSSPESVTKAPAATQPGMQNSAVLECPPKLETMVPQDSVLRSSDSKKGRSEVLPMDLAKHVEFLGGCHPSKGNSGANPGAGTSPASQESCQLRVGMPLPSAELPSGPQGLTTARADGGSWEETLDTSSAQSQPQTGTSGAEPQQVVCVPAASQPGGSLLLSAKAPGFTGTEERHTASSPTARLTAWSSTASEEPTEAVSETKMSVSADLAATGQMGPGVVELKPTSDLRRTQEQPPEGSCLQWVPAPFLQGRNDTIQEGLLLPPFSHQVSNESSRRSMGPTDDPKASKNTENRVVAREESIPHGDNRKGQQEATRALAGTELRNHDKEKSHAFRAKPRGDTEKDDISELHSNKENKIVPSSDSTQPPRQEVAESHMTDTATSLHEVHEEDPILSSASDGTGEHFLPQDAIWESSRLQTESSVMLQARGGLEATESLPVLESEKADALPATAMEEEAPRAAEMEDVLEVKKDHSPLHQPYSCAGQGLPMSPGQPCGLEKVEPGQEDHADTSSPPNGKNSTIGDGLTVPRLEQDGQRKLSCPEASLPPPLQNPLLSSQLDPDAAISAVLCDKDQSPTNGQRACLCGPGLKEQSTDPSPIPVSEEGKPWADVSLSTQGGKEQGSELPSKGSLCDTPSSSPKGTVLGGAPSEMSELSTPLGQELPALGGNEQENTGRNSQPSEIQPPSASLTGHSGGKDSFCVGQGLSKSQQELADALQTGSQREEARCGDSGISEATGVLPPPRGLEKIETASRNIAEAPPGPPDSVALLDTAYCSPDPVPTNPGVAPAHDALVSEACDESQKESVPQLDMEQRATLGPEEQSPLGSFRRAEEQDSKEGSAEVSVDASDGDPKMQQASEAPEAALSSGFFQADQSLPSTLKEPRQPAKLEPSCGDALLPAGESNGIPRSTVGVLTHRAVSGPQSLLPAEPPEETVPDTPYLHISGAAKKDAEDASMRAVFSEDPGAPHESPIKEPPPVENDTPGKSPAVSFTTDLQPGTAHGEISVAGDGDGIPQAGTTEGHVSLTPYLDRMPLLVRDEQVAREMHVAATPETNARPSETAVCPASEEAAGETGGSRERAVELTPDLMVVTSGSEGASSKQPSVIKGLPDFREHITKIFEQSVFGALAADRTHSVPSKKSGVPSSMLVEGPVISLDSGKLPDGVQGMAAAPLPVPPVGLQVEKKQESGVKAEVSHPVPQDPAPEKLMGLAEAALEESLPGAIVEGEVTRVPLTVTSERLEGTGEPGQGAQAHTQQARSRQELVVGLPSSKAVQGVPAEPAPGFPVDPQSHADADEASSQGDKSHSVKEYLETLPSNSPHGINGAQDSVHTKGPSNLLGSTCALDGSSPHGSVLNMPESNSEPWIPSTLGGERQLEAAVCTSDKQNVLENQDGPKMLAREVLAIPLGPSNMAGAAEEAEGDVTPSRPETWAEVSGDLLETGTTRMLPHEAGDSAPPGSYRDSGCSNRTQVMEDTATLPGDSQVGCQQAKEPLGPQLPAPYGKTSVSSPPEPDESSDEKLHLLAPEVLTDRKSPGPGSATSPSVLEIHAPKGSSAETRDLGGAESTSPSAAHASLAPVASEHAALASAAAGPGVETPTASCQHLAKNINRSSDSEEAFETPESTTPVKAPPAPPPPPPEVTPEPEVIEPPAPEEPGCISEPVVVPDGPRSESVEGSPFRPSHSSSAVFDEDKPIASSGTYNLDFDSIELVDNFQSLEPCSADYKGQECKVSTRRKSTESVPPSKTTLSRSLSLQASDFDGASCPGSPEAGTLATDACGTGSNSASSTLKRTKKTRPPSLKKKQATKKPTETPPVKETQQEPGEESPVPSEEHLAPETKTESATPEGTGCTLSEETSLESAAVPTATCPLTLESVEDVSPLVSGGGRVQNSPPVGRKSVPLTTASEAVEVTLPDGGGQEDLPAKGLSVRLEFDYSEDKGSWESQQENAPPTKKIGKKPVAKMPLRRPKLKKTPEKLDNTPASPPRSPAEPSDIPIAKGTYTFDIDKWDDPNFNPFSSTSKMQESPTLSQQSYNFDPDACEESLDPFKASSKTPSSPSKSPASFEIPASTIEADGDGLNKPAKKKKTPLKTMVEDVMSVCSLFDTFRVKKSPKRSPLSDPPSQDPTPAATPEAPPVSTVVHATDEEKLAVTSQKWTCMTVDLDADKQDFPQPSDLSNFVNETKFNSPSEELDYRNSYEIEYMEKLGSSLPQDDDTPKKQALYLMFDTPQESPVKSPPVRMSDSPTPCSGSSFEDTEALVNATAKLQHPVPRGLASNQEPLLQLPEKSSQKELEAMALGTPAEAIEITAPEGAFASADALLSRLAHPASLCGALGYLEPDLAEKNPPVFAQKLQEELEFAVMRIEALKLARQIALASRSRQDTKREATHPPDVSISKTTLYSRIGPTEVEKPPGLLFQQPDLDSALQVARAEVIAKEREVSEWRDKYEESRREVVEMRKIVAEYEKTIAQMIGKPEDEQREKSISHQTVQQLVLEKEQALADLNSVEKSLADLFRRYEKMKEVLEGFRKNEEVLKKCAQEYLSRVKKEEQRYQALKVHAEEKLDRANAEIAQVRGKAQQEQAAYQASLRKEQLRVDALERTLEQKNKEIEELTKICDELIAKMGKS

Target ORF information:

RefSeq Version	XM_017589221.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus transforming, acidic coiled-coil containing protein 2 (Tacc2), transcript variant X1, mRNA.

Target ORF information:

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

XM_017589221.1

ORF Insert Sequence:

ATGCTAAGTG TGACCAATCA GAGAGCAGGG ACAGAGAAGG TTAGAATAAG CCTGTCCCAA 
AAGGAGCCTG ATGTCACCAC TGGGGGAAAT GCTCAGCATA AAGCCCTGGG AGTGACCAGC 
TGGGAGGTGC AGATTCCCAG GCAGGACGCC TTCGATAGGC TCAGCCTCAG CCCAGTCACT 
CTGACCAACA TACTGAGGGA CGCTGGGCAC CCTGAGTCAC CATGGGCAAC GAGAACAGCA 
CCTCGGACCA CCAGGAAGAC GCTGTTTCAT ACAACACCGT CCTGTGGCCT CCAAACCCTG 
ACCCTCCACA GGCCTGTCTG TCGTCGGGTG ACCTGGGACT GCTTTAGAGA GCCACTCCAC 
CCTGAAGGTG GCTGCCAGAG GACTTCTTCA GTTCAGAGTC TAAGATCACT GCAGCCACCC 
GGGAACAGTC AAACTCCACA GAAGCAAGGA GACTCACCTG GATCCGGCGC TGCAAGCACT 
GGGCTTGGAG CCTCCTGCTC TGCTTCTGAA AGTGTTGCCA GCCTGGATCC GAGCACTGTG 
TCCCCAGAGG TGACTAAGCC AGGGGAGCAC CCACAGGAAG CCAGGGACCC AGAAGATTCT 
CCACTGCCCA GATCATCTCT GCCCTGGGAA CAGCCGTACC CCTCAGCCTC CATGCCTTTC 
ACGGAGGGCC TCTCAGAAGG TTGCTTGGCA AACTCAGAAG CGGAAGTACC TGAAGATGGT 
CCCCTCACAA ATCACCTTAG AGTGGAACCC TCCCCCAACG GGCCAGGGGA TATCTTACTG 
ACATTTACTC CTGAAGTGGA TGGCCCCGCA CAGCGCACAG TGGCTGCCAG AACCCCCAGT 
GCTGAAGGAG ACCAAGAGCT GAAGGAAGAG GGACAGAGCT CATCCTCCAG TTGCACTGGC 
CAATCGCCAG GAATTTCCTT CGTTCCTCTC CAGGAGCCAA AGACAGAGCT GCTCTATGGA 
AAGGGTGACT GGCCTCGTGA CTTTGAGTTC CAAAGGAAAG ATGATATCGA CAATTGTTCC 
TCCCCAGAGT CAGTCACTAA AGCCCCTGCT GCCACTCAGC CGGGGATGCA AAATTCAGCT 
GTCCTTGAGT GCCCCCCAAA ACTTGAGACC ATGGTCCCAC AAGATTCAGT CCTAAGATCC 
TCAGACAGTA AAAAAGGCAG ATCGGAAGTG CTACCTATGG ATTTGGCCAA ACACGTGGAA 
TTTCTCGGAG GCTGCCATCC CTCTAAAGGC AACTCTGGAG CTAACCCTGG AGCAGGAACA 
AGCCCTGCCT CCCAGGAAAG CTGTCAGCTG AGAGTGGGAA TGCCTCTGCC ATCTGCAGAA 
CTACCTTCAG GCCCACAAGG CCTTACCACA GCACGAGCAG ACGGTGGCTC CTGGGAAGAG 
ACTCTGGACA CCAGCAGCGC TCAGAGCCAA CCACAGACAG GGACATCAGG AGCTGAGCCC 
CAGCAAGTTG TCTGTGTGCC AGCAGCCAGC CAGCCGGGTG GGAGCTTGCT TCTGAGCGCC 
AAGGCCCCTG GATTCACTGG AACAGAGGAA AGACATACGG CTTCAAGTCC CACTGCGCGC 
CTGACAGCTT GGAGTTCTAC TGCCTCAGAA GAACCCACGG AGGCTGTTTC TGAGACGAAG 
ATGTCAGTTT CTGCAGATCT GGCTGCCACA GGACAGATGG GTCCAGGGGT GGTGGAACTG 
AAGCCAACAT CAGATCTTAG AAGAACACAA GAACAACCTC CTGAAGGTAG CTGCCTCCAG 
TGGGTTCCTG CGCCTTTCTT GCAGGGGCGA AATGATACAA TCCAAGAAGG GCTGTTGCTG 
CCACCTTTCT CCCATCAGGT TTCAAATGAA AGTTCTAGAA GGTCAATGGG ACCAACTGAT 
GATCCCAAGG CCTCCAAGAA TACTGAAAAT AGAGTTGTGG CTAGAGAGGA AAGCATACCG 
CATGGAGACA ACCGTAAGGG ACAGCAAGAA GCCACCAGAG CCCTTGCTGG TACAGAGCTT 
AGGAACCATG ACAAAGAGAA GTCTCATGCC TTTCGTGCCA AGCCCCGTGG GGACACTGAG 
AAAGATGACA TTTCAGAGCT ACACAGTAAT AAAGAGAACA AGATTGTCCC CAGCTCGGAC 
TCAACACAGC CACCTAGGCA GGAGGTTGCT GAATCCCATA TGACCGACAC AGCTACCTCA 
CTGCACGAAG TCCACGAGGA GGACCCCATC CTGTCCTCCG CATCGGATGG AACTGGTGAG 
CACTTTCTTC CCCAAGATGC CATCTGGGAA AGTTCAAGAT TGCAGACTGA AAGCTCTGTC 
ATGCTTCAGG CCAGGGGAGG ATTGGAAGCA ACAGAGTCAC TTCCTGTTTT AGAATCTGAG 
AAAGCGGATG CCCTGCCTGC TACAGCTATG GAGGAGGAGG CACCCAGAGC TGCGGAGATG 
GAGGATGTAC TGGAAGTAAA GAAGGACCAC TCACCCTTGC ATCAGCCCTA CAGCTGTGCC 
GGGCAAGGCT TGCCGATGTC CCCAGGCCAA CCTTGTGGGC TGGAGAAGGT TGAACCTGGA 
CAGGAAGATC ATGCTGATAC GTCATCTCCC CCCAATGGGA AAAATTCAAC AATAGGCGAC 
GGACTTACCG TGCCCCGTCT GGAACAAGAC GGTCAGAGAA AACTGTCCTG CCCAGAGGCC 
AGTCTCCCAC CACCTTTACA GAACCCTCTC CTGTCATCTC AACTAGACCC AGATGCAGCC 
ATCTCTGCTG TTCTCTGTGA CAAGGACCAG TCACCTACAA ATGGGCAAAG GGCTTGTCTG 
TGTGGCCCAG GTCTGAAGGA GCAGAGTACA GATCCTTCTC CAATCCCAGT GTCTGAGGAA 
GGGAAGCCTT GGGCAGACGT GAGCTTGTCT ACTCAAGGAG GAAAGGAACA GGGGTCAGAA 
CTTCCCTCCA AAGGCAGCCT GTGCGATACT CCAAGTTCAT CACCCAAGGG TACAGTTCTG 
GGAGGGGCAC CGTCAGAGAT GTCAGAACTG TCAACCCCAC TGGGACAAGA GCTGCCTGCA 
CTAGGGGGAA ATGAGCAAGA GAACACGGGC AGAAACAGTC AACCCTCGGA GATCCAGCCT 
CCTTCAGCCT CTCTTACAGG ACACTCGGGT GGAAAGGATA GTTTCTGTGT TGGGCAGGGG 
CTGAGCAAGT CCCAACAGGA GCTGGCTGAT GCTTTGCAAA CAGGAAGCCA GCGTGAAGAA 
GCACGTTGTG GGGACTCGGG CATTTCTGAA GCCACTGGCG TCCTGCCTCC GCCTCGGGGC 
TTGGAGAAGA TAGAGACAGC AAGTAGAAAC ATAGCGGAGG CCCCACCTGG TCCACCTGAC 
TCAGTAGCTC TCTTGGATAC AGCATACTGC TCTCCAGACC CAGTGCCTAC CAATCCCGGA 
GTCGCACCCG CCCACGATGC CCTAGTGAGC GAGGCCTGTG ATGAGAGCCA GAAAGAGTCG 
GTCCCACAGC TGGATATGGA GCAGCGGGCC ACCTTAGGTC CAGAAGAACA GAGTCCTCTT 
GGAAGTTTCC GGAGAGCAGA GGAACAAGAT AGTAAAGAAG GATCAGCAGA GGTGAGTGTC 
GATGCCAGCG ACGGAGACCC CAAGATGCAG CAGGCGTCAG AGGCACCAGA AGCTGCTCTG 
AGTAGTGGCT TCTTCCAGGC TGACCAGAGC CTCCCCTCCA CCCTGAAGGA GCCACGCCAG 
CCTGCGAAGC TTGAGCCCAG CTGTGGGGAT GCTTTGCTGC CAGCTGGAGA ATCGAATGGG 
ATTCCCAGAA GTACTGTGGG TGTTCTGACA CACCGCGCTG TTTCAGGCCC ACAGAGCCTT 
CTGCCGGCTG AACCACCTGA AGAGACTGTG CCTGACACCC CTTACCTGCA TATCAGTGGT 
GCTGCCAAGA AGGATGCCGA AGATGCTAGC ATGAGAGCTG TTTTCTCTGA GGACCCCGGA 
GCACCTCATG AAAGTCCTAT AAAGGAGCCT CCACCTGTGG AAAACGACAC CCCTGGAAAG 
AGCCCTGCTG TCTCCTTCAC CACAGACTTG CAACCAGGAA CTGCACATGG GGAAATCTCC 
GTAGCAGGGG ATGGCGATGG TATCCCCCAA GCTGGAACCA CTGAGGGACA TGTGAGTCTC 
ACGCCCTACC TGGACAGGAT GCCTCTCCTG GTGAGAGATG AGCAGGTGGC AAGAGAGATG 
CATGTGGCTG CCACCCCAGA AACAAATGCT AGGCCCTCTG AGACTGCAGT GTGCCCTGCC 
AGCGAGGAAG CAGCAGGAGA GACAGGGGGC AGCAGAGAAA GGGCAGTAGA ACTTACCCCA 
GACCTGATGG TTGTTACATC AGGTAGTGAG GGTGCAAGCT CCAAGCAGCC CAGCGTAATC 
AAGGGGCTTC CTGACTTCAG GGAGCACATC ACCAAGATCT TTGAGCAGTC TGTGTTTGGA 
GCCCTGGCTG CTGATCGGAC CCATAGTGTG CCTAGTAAAA AGTCAGGAGT TCCAAGCAGT 
ATGCTGGTTG AGGGCCCCGT GATCTCACTG GACTCAGGGA AGCTTCCAGA TGGGGTGCAA 
GGAATGGCTG CTGCCCCTCT CCCTGTACCT CCTGTAGGAC TCCAGGTGGA GAAGAAGCAA 
GAGTCAGGTG TCAAGGCTGA GGTTTCTCAT CCAGTTCCCC AGGATCCAGC ACCAGAGAAG 
CTGATGGGTC TGGCGGAGGC AGCCTTGGAG GAGAGCCTGC CAGGTGCCAT TGTTGAAGGA 
GAGGTGACCC GTGTCCCACT GACAGTGACA AGTGAGAGGC TAGAGGGGAC TGGGGAGCCT 
GGCCAGGGAG CTCAGGCTCA CACACAGCAG GCAAGAAGCA GGCAGGAATT AGTTGTGGGT 
CTTCCCTCTT CTAAAGCTGT TCAGGGGGTA CCTGCAGAAC CAGCTCCTGG CTTCCCTGTG 
GATCCCCAGA GTCATGCAGA TGCAGATGAG GCTTCTTCTC AAGGTGACAA AAGCCATTCT 
GTAAAAGAGT ACCTGGAAAC GCTGCCCAGC AACAGTCCAC ACGGAATAAA TGGTGCCCAG 
GACTCTGTCC ACACCAAGGG TCCAAGTAAT CTATTAGGAT CCACCTGTGC CCTGGATGGC 
TCCTCTCCTC ATGGAAGTGT TTTGAATATG CCCGAATCCA ACAGTGAGCC CTGGATCCCT 
TCCACACTTG GGGGTGAGAG ACAGCTGGAA GCTGCTGTCT GTACCTCAGA TAAGCAAAAC 
GTGCTGGAAA ACCAGGATGG CCCCAAAATG TTGGCTAGAG AAGTGTTGGC GATTCCCCTG 
GGGCCTAGCA ACATGGCAGG AGCTGCTGAG GAAGCAGAAG GTGATGTCAC CCCAAGCAGG 
CCTGAGACGT GGGCAGAGGT GTCTGGTGAC CTCCTTGAAA CAGGTACTAC AAGGATGCTT 
CCCCATGAGG CAGGTGACTC AGCACCGCCT GGGAGCTATC GGGATTCAGG ATGCTCCAAC 
AGGACTCAGG TGATGGAGGA CACAGCCACC CTTCCAGGGG ACAGCCAGGT TGGATGCCAG 
CAGGCCAAGG AACCGCTGGG CCCTCAACTC CCAGCTCCTT ACGGGAAGAC GAGTGTCTCT 
TCCCCTCCAG AGCCTGATGA AAGCAGTGAC GAGAAGCTGC ACCTCCTGGC TCCAGAAGTC 
CTCACTGACA GAAAGAGCCC AGGGCCTGGT TCAGCCACCT CACCTTCAGT TCTCGAGATA 
CACGCTCCGA AAGGCTCTTC AGCAGAGACC AGAGACTTGG GAGGAGCAGA AAGCACCTCC 
CCATCTGCTG CCCATGCAAG TCTTGCTCCT GTGGCCTCAG AACATGCAGC CTTGGCTTCC 
GCCGCAGCTG GTCCTGGAGT AGAAACCCCC ACTGCCTCCT GCCAACACCT GGCCAAGAAC 
ATAAACAGGA GTTCCGACTC TGAGGAAGCC TTTGAGACCC CCGAGTCAAC AACCCCTGTC 
AAAGCTCCAC CAGCTCCTCC CCCTCCACCC CCTGAAGTCA CCCCGGAGCC TGAGGTCATC 
GAACCACCAG CCCCAGAAGA ACCAGGATGC ATTTCTGAGC CGGTCGTGGT TCCCGATGGC 
CCTCGCAGCG AGTCCGTGGA AGGAAGCCCT TTCCGTCCTT CGCACTCCTC CTCGGCGGTG 
TTCGATGAAG ACAAGCCGAT AGCCAGCAGC GGGACATACA ACTTAGACTT TGACAGCATC 
GAGCTGGTGG ATAACTTTCA GAGTTTGGAG CCATGCTCTG CCGACTATAA GGGTCAGGAG 
TGTAAGGTGA GCACGCGGAG GAAATCCACC GAGTCCGTGC CACCCTCCAA GACCACGCTG 
TCCCGCTCGC TCAGCCTGCA AGCCAGCGAC TTCGACGGTG CTTCGTGCCC CGGCAGCCCG 
GAAGCTGGGA CCCTTGCCAC AGATGCGTGT GGCACAGGAT CCAACAGTGC TTCTAGCACC 
CTTAAGCGAA CTAAAAAAAC ACGGCCACCT TCCTTAAAAA AGAAACAAGC TACCAAGAAA 
CCCACAGAAA CCCCCCCAGT GAAGGAGACC CAACAGGAGC CAGGTGAAGA GAGTCCGGTG 
CCCAGTGAGG AACACTTAGC ACCAGAGACA AAGACAGAAT CGGCCACACC TGAGGGCACT 
GGTTGCACCT TGTCAGAAGA GACATCTCTG GAGTCTGCTG CTGTGCCCAC AGCTACCTGT 
CCTCTGACTT TGGAGAGTGT GGAAGACGTT AGCCCTCTGG TTTCTGGAGG TGGCAGAGTG 
CAGAACTCAC CCCCTGTGGG GAGGAAATCA GTGCCTCTTA CCACAGCCTC TGAGGCAGTG 
GAGGTGACGC TGCCGGACGG TGGGGGGCAA GAGGACTTGC CTGCCAAAGG GCTGTCAGTG 
AGGCTGGAGT TTGACTACTC TGAGGACAAG GGAAGTTGGG AGAGTCAGCA GGAGAACGCC 
CCTCCCACCA AAAAGATAGG CAAGAAGCCA GTTGCCAAAA TGCCCCTAAG GAGGCCAAAG 
CTGAAAAAGA CCCCAGAGAA ACTGGACAAC ACTCCTGCCT CACCTCCAAG GTCCCCTGCT 
GAACCCAGTG ACATCCCTAT TGCTAAAGGT ACCTACACCT TTGATATAGA CAAGTGGGAT 
GACCCCAATT TTAACCCTTT TTCCTCCACC TCGAAAATGC AAGAGTCTCC CACACTGTCC 
CAACAATCGT ACAACTTTGA CCCCGACGCC TGTGAAGAGT CCCTTGACCC CTTTAAGGCA 
TCCTCTAAGA CCCCCAGTTC ACCTTCTAAA TCCCCAGCCT CTTTCGAGAT CCCAGCCAGC 
ACCATCGAAG CGGACGGGGA TGGGTTGAAT AAACCCGCCA AGAAGAAGAA GACTCCATTG 
AAGACGATGG TTGAAGATGT GATGTCTGTG TGTTCTCTGT TTGACACATT TAGGGTGAAG 
AAGTCTCCAA AGCGGTCTCC TCTGTCTGAT CCGCCTTCTC AGGACCCCAC TCCAGCTGCC 
ACACCGGAAG CACCTCCAGT CTCTACCGTG GTCCACGCCA CAGATGAGGA AAAGTTGGCC 
GTCACTAGCC AGAAGTGGAC ATGTATGACA GTGGACTTGG ATGCTGACAA ACAGGATTTC 
CCGCAGCCCT CAGACCTATC TAACTTTGTA AATGAGACCA AATTCAATTC ACCCTCGGAG 
GAGCTGGACT ACAGAAACTC CTATGAAATT GAATACATGG AAAAGCTTGG CTCCTCCTTA 
CCTCAGGACG ATGACACTCC GAAGAAGCAG GCCTTGTACC TTATGTTTGA CACCCCTCAG 
GAGAGCCCCG TCAAGTCTCC TCCGGTCCGG ATGTCGGATT CCCCAACTCC ATGTTCAGGG 
TCGAGTTTTG AGGACACCGA AGCCCTGGTG AATGCAACAG CAAAGCTCCA GCATCCAGTC 
CCTAGAGGGC TGGCCTCCAA TCAGGAGCCT CTCTTGCAGC TGCCGGAAAA ATCCTCCCAG 
AAGGAGCTGG AGGCCATGGC CTTGGGCACC CCCGCAGAAG CAATTGAAAT CACAGCTCCA 
GAGGGTGCCT TTGCCTCTGC AGATGCCCTC CTCAGCAGGC TGGCCCATCC TGCTTCTCTC 
TGTGGTGCAC TTGGCTATCT GGAGCCTGAT TTAGCAGAAA AGAACCCCCC AGTATTTGCC 
CAGAAACTTC AGGAGGAATT AGAGTTTGCT GTCATGCGGA TAGAAGCCTT GAAGCTGGCC 
AGGCAGATCG CCCTGGCTTC TCGCAGCCGC CAGGACACCA AGAGGGAAGC CACTCACCCA 
CCAGATGTCT CCATCTCCAA AACTACCTTG TACTCCCGCA TCGGGCCCAC CGAGGTGGAG 
AAACCCCCAG GCCTTCTGTT CCAGCAGCCA GACCTGGACT CTGCACTCCA AGTTGCCAGA 
GCAGAGGTCA TCGCCAAGGA GAGAGAAGTC TCAGAGTGGA GGGATAAATA TGAAGAAAGC 
CGGCGGGAAG TGGTAGAAAT GAGGAAAATC GTGGCTGAAT ACGAGAAGAC CATCGCACAG 
ATGATCGGCA AGCCTGAGGA TGAACAGAGA GAGAAGTCCA TCTCCCACCA AACCGTGCAG 
CAGCTGGTGC TGGAGAAGGA GCAAGCCCTG GCTGACCTGA ACTCTGTGGA GAAGTCTCTG 
GCTGACCTCT TCAGGCGATA CGAGAAGATG AAGGAGGTGC TGGAAGGCTT TCGAAAGAAT 
GAGGAGGTGC TGAAGAAGTG TGCACAGGAG TACCTGTCCC GCGTGAAGAA AGAGGAGCAG 
AGGTACCAGG CCCTGAAGGT GCATGCAGAA GAGAAACTGG ACAGAGCCAA TGCAGAGATT 
GCCCAGGTTC GAGGCAAGGC CCAGCAGGAG CAGGCGGCCT ACCAGGCTAG CCTGAGGAAG 
GAGCAGCTTC GAGTGGATGC TCTAGAAAGA ACGCTGGAGC AGAAGAATAA AGAGATAGAA 
GAACTCACCA AGATTTGTGA CGAACTGATT GCCAAAATGG GGAAAAGCTA A

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

PubMed

Expression pattern of an evolutionarily conserved splice variant in the rat Tacc2 gene.
Genesis (New York, N.Y. : 2000)52(5)378-86(2014 May)
Padhi BK,Zigler JS Jr,Padhi P,Hose S,Sinha D

Cep120 and TACCs control interkinetic nuclear migration and the neural progenitor pool.
Neuron56(1)79-93(2007 Oct)
Xie Z,Moy LY,Sanada K,Zhou Y,Buchman JJ,Tsai LH

Structure-function evolution of the transforming acidic coiled coil genes revealed by analysis of phylogenetically diverse organisms.
BMC evolutionary biology416(2004 Jun)
Still IH,Vettaikkorumakankauv AK,DiMatteo A,Liang P

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Tacc2 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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