Gtf3c1 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Gtf3c1
Entrez Gene ID	171063
Full Name	general transcription factor IIIC subunit 1
Synonyms	TF3C-alpha,TFIIIC220
General protein information	Preferred Names general transcription factor IIIC subunit 1 Names general transcription factor 3C polypeptide 1 TFIIIC 220 kDa subunit TFIIIC box B-binding subunit general transcription factor III C 1 general transcription factor IIIC, polypeptide 1, alpha transcription factor IIIC 220 kDa subunit transcription factor IIIC subunit alpha
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 1 Map Location: 1q36
Summary	subunit of general transcription factor IIIC, which is required for assembly of a preinitiation complex on 5S RNA, tRNA, and adenovirus VA RNA genes [RGD, Feb 2006].

mRNA and Protein(s)

mRNA	Protein	Name
XM_008759857.1	XP_008758079.1	general transcription factor 3C polypeptide 1 isoform X1
NM_133541.2	NP_598225.2	general transcription factor 3C polypeptide 1

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	GTF3C1	XP_510894.3
Canis lupus familiaris (dog)	GTF3C1	XP_005621445.1
Mus musculus (house mouse)	Gtf3c1	NP_997122.1
Rattus norvegicus (Norway rat)	Gtf3c1	NP_598225.1
Homo sapiens (human)	GTF3C1	NP_001511.2
Danio rerio (zebrafish)	LOC100330568	XP_002660721.3
Xenopus tropicalis (tropical clawed frog)	gtf3c1	XP_002938335.2
Bos taurus (cattle)	GTF3C1	NP_001180170.1
	GTF3C1	XP_001101688.1
Gallus gallus (chicken)	GTF3C1	XP_004945401.1

Gene Ontology
Bibliography

Related articles in PubMed

A structural perspective on RNA polymerase I and RNA polymerase III transcription machineries.
Vannini A
Biochimica et biophysica acta1829(3-4)258-64(2013 Mar-Apr)

Defining the membrane proteome of NK cells.
Ghosh D, Lippert D, Krokhin O, Cortens JP, Wilkins JA
Journal of mass spectrometry : JMS45(1)1-25(2010 Jan)

Biochemical and genetic evidence for a role of IGHMBP2 in the translational machinery.
de Planell-Saguer M, Schroeder DG, Rodicio MC, Cox GA, Mourelatos Z
Human molecular genetics18(12)2115-26(2009 Jun)

Identification, molecular cloning, and characterization of the sixth subunit of human transcription factor TFIIIC.
Dumay-Odelot H, Marck C, Durrieu-Gaillard S, Lefebvre O, Jourdain S, Prochazkova M, Pflieger A, Teichmann M
The Journal of biological chemistry282(23)17179-89(2007 Jun)

Cloning and characterization of an evolutionarily divergent DNA-binding subunit of mammalian TFIIIC.
Lagna G, Kovelman R, Sukegawa J, Roeder RG
Molecular and cellular biology14(5)3053-64(1994 May)

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

The following Gtf3c1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Gtf3c1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ORa44262	XM_008759857.1 Latest version!	Rattus norvegicus general transcription factor IIIC subunit 1 (Gtf3c1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
ORa23399	NM_133541.2 Latest version!	Rattus norvegicus general transcription factor IIIC subunit 1 (Gtf3c1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1091.30 $1559.00

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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)

Gtf3c1 ( XM_008759857.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_008758079.1 Rattus norvegicus general transcription factor IIIC subunit 1 (Gtf3c1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ORa44262
Clone ID Related Accession (Same CDS sequence)	XM_008759857.1
Accession Version	XM_008759857.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5124bp) 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	general transcription factor 3C polypeptide 1 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##

ATGAATGTGG GAAAACTGGA AGCAAGAATG CTGTGTCGGC TCCTTCAGAG GTTCAAGGTT 
GTCAAGGGAT TCATGGAAGA TGAAGGCCGG CAGAGGACCA CCAAGTACAT TTCCTGTGTA 
TTTGCGGAGG AGAGTGACTT GAGCCGCCAA TATGCGCGTG AAAAGGCCCG AGGAGAGCTG 
CTAACCACTG TGAGCCTCGC CTCAGTGCAA GATGAATCCC TCATGCCTGA GGGTGAAGAG 
GCCTTCCTCT CTGACTCCGA AAGTGAGGAA GAGAGCAGCT GCAGTGGCAA GCGTAGGGGC 
CGAGGGTCCC GGGGGCATTC AAGAGCCTCT GGGGATGCTG GGCCTGGCTC TCGGCCTCAT 
CACTCCACTC CAGCCAAGGG CGGGTGGAAA GTCCTAAATC TGCACCCATT AAAGAAGCCC 
AAAAGTGCCG CTGTGGAAAG ATCCCGCCGA AGCTCTGCTT GTAGGGATGG CCTGGACACC 
AGCAGCTCAT CCGAGCTCAA TATACCCTTT GACCCTCACA GCATGGACAG TCACAGTGGT 
GACATCGCTG TGATTGAGGA GGTCCGGCTT GATAACCCCA AGGAGGGTGG TGGCTCCCAG 
AAGGGCGGAC GGCATGGCTC AGGCCAGGAC AAGCCTCACA AAACATACCG ACTGCTAAAG 
CGCAGAAATC TGATTATAGA AGCTGTCACC AACCTCCGCC TGATTGAGAG CCTGTTCACG 
ATTCAGAAGA TGATCATGGA CCAGGAGAAG CAAGAGGGTG TCTCCACCAA ATGCTGTAAG 
AAGTCCATTA TCCGCTTGGT GCGGAACCTG TCTGAGGAGG GTCTCTTGAG ATTGTATAGG 
ACTACAGTCA TTCAAGATGG CATCAAGAAG AAGGTAGACC TGGTCGTGCA CCCTTCCATG 
GACCAGAATG ACCCTCTTGT GAGAAGTGCT ATTGAGCAGG TTCGCTTCCG GATCTCCAAC 
TCAAGCACAG CAAACAGGGT TAAAGTTCCA CCGGCCCCAG CACCCCAAGA GGAAGCAGAA 
GAGGGAAACC AAGAACCAGA GGTCCCAAGT AGATCAGCAG ACTCTGAAGC GAACACATCC 
TCGAAGCCAG AAAGCACACG GGTGAAAAAG ACAGATGAGA AAATGGGCAT AACCCCACTC 
AAGAATTACA AACCTGTCAT AGTTCCTGGA CTTGGGCGCT CCATAGGGTT CCTTCCCAAG 
ATGCCACGCC TTCGGGTGAT GCACCTGTTC CTGTGGTACC TGGTGTATGG GCATCCTGCC 
AGCCACACTG GGGAACAGCC TACTTTCCAC AGTGAGAGGA AAACAGGCAA GCAGGAGCCC 
AGCAGACCAG GGGTCCAGCC CTCCTCAGGA GATGACTGGG ACTCCTCTGA AGCCAAAAAC 
AGCACAGAAA GCAGCTCCTG GGAGGCAGAA ATGGAACTCT CCACAGAGAG AGTGTATGTG 
GATGAGATCT CATGGATGCG CTACGTCCCT CCCATCCCCA TCCACAGAGA CTTCGGCTTT 
GGCTGGGCTC TTGTCAGTGA CATTCTTCTC TGCCTTCCCC TCTCCATCTT TGTCCAAGTT 
GTTCAAGTCA GCTACAAGGT GGATAACCTG GAGGATTTTC TGAATGACCC TCTGAAGAAG 
CACACACTGA TCCGCTTCCT CCCTAGGCAC ATCCGGCAGC AGCTACTGTA TAAGAGGCGG 
TATATTTTCT CGGTGGTGGA GAACCTGCAA CGGCTGTGCT ACATGGGGCT GCTACAGTTT 
GGACCCACAG AGAAGTTTCA GGATAAAGAC CAGGTCTTTG TTTTCCTGAA GAAGAATGCA 
GTCATTGTGG ACACCACCAT CTGTGACCCA CATTACAACC TGGCCCACAG CAGCCGGCCT 
TTTGAGAGAC GTCTCTACGT CTTGGATTCC ATGCAGGATG TGGAAAGCTA CTGGTTTGAC 
CTGCAGTGTA TCTGCCTAAA CACCCCACTA GGTGTGGTGC GTTGTCCATG TGCACAGAAG 
ATCTGCCCTG ATCCGGGCAG TGACCCAGAA GGCAGCTTGC GGAAGGAGCA AGAGAGCGCC 
ATGGACAAGC ACAACCTAGA GCGCAAGTGT GCCATGCTGG AGTATACCAC GGGGAGCCGA 
GAAGTTGTGG ATGAAGGCTT AGTCCCTGGG GATGGACTGG GAGCTGCTGG GCTGGACTCT 
AGCTTCTATG CACACCTGAA GCGCAACTGG GTCTGGACCA GCTATATCAT CAACAAAGCC 
AGAAAGAACA ACACCTCCGA AAATGGGCTC ACAGGAAGAC TCCAGACTTT CCTGTCTAAG 
CGCCCAATGC CACTTGGGTC TGGAGGCAGT GGCCGTCTGC CTCTCTGGTC AGAGGGGAAA 
GCTGATGCTG AGCTCTGTGC TGACAAAGAG GAACACTTTG AACTGGACCG AGAACCTACC 
CCTGGCAGGA ACCGAAAAGT GCGTGGGGGC AAGAGTCAGA AGCGGAAGCG GCTGAAGAAG 
GAGCCCATCA GGAAGACCAA GCGAAGGAGA AGAGGAGAGC ATCCAGAAGC CAAAAGCAAA 
AAACTACGCT ACCAAGATGA GGCTGACCAG AACGCCCTCC GGATGATGAC CCGGCTTCGG 
GTTTCTTGGT CCATGCAGGA GGATGGGTTA CTAATGCTCT GCCGAATTGC CAGCAATGTC 
CTCAACACCA AGGTGAAAGG ACCATTTGTC ACCTGGCAGG TCGTGCGTGA CATTTTGCAT 
GCTACCTTTG AAGAGTCTTT GGATAAAACA TCTCACTCGG TTGGACGAAG AGCTCGCTAC 
ATAGTCAAAA ATCCCCAGGC CTTTATGAAC TACAAAGTCT GCCTGGCAGA AGTGTACCAA 
GATAAGGCAC TCGTTGGAGA TTTCATGAGT CGGAAGGATA ACTACGAAGA CCCAAAGGTC 
TGTGCCAAGG AGTTTAAAGA ATTTGTGGAG AAGCTGAAAG AGAAGTTCAG CTCTGGCCTG 
AGGAACCCCA ACCTTGAGAT CCCAGACACA CTGCAGGAAC TCTTTGCCAA ATACCGGGTG 
TTGGCAATCG GAGATGAAAA GGACCGTGTC AGGAAGGAGG ATGAACTGAA TAGTGTGGAG 
GACATCCACT TCCTGGTGCT ACAGAACCTG ATCCAGAGCA CACTGTCCCT CTCTAACAGC 
CAGTCCAACT CTTGCCAGTC CTTCCAGATC TTCCGCCTCT ACCGGGAGTT CCGGGAGCCT 
GTGCTGGTGC GGGCCTTCAT GGAGTGCCAA AAGAGGAGCC TGGTCAACCG ACGCCGTGTC 
AGCCACTCCC AGGGTCCCAA GAAGAACCGT GCTGTGCCCT TTGTGCCCAT GTCCTACCAG 
CTCTCCCAGT CATACTACAA GCTTTTCACC TGGCGATTTC CCACCACCGT CTGCACCGAA 
TCCTTCCAGT TCTATGACAG ACTACGGGCC AACGGCATAC TAGACCAGCC TGATCATTTT 
TCTTTCAAGG ACATGGATAG CAATGACCCT TCAAGTGACC TGGTGGCGTT TTCTTTGGAC 
AGCCCTGGAG GACACTGTGT GACAGCCCTG GCCCTCTTCT CCTTGGGCCT CCTCTCTGTG 
GATGTCCGAA TCCCAGAGCA GATTGTGGTG GTAGACAGCT CCATGGTGGA GAGTGAGGTC 
ATGAAGAGCT TGGGGAAAGA TGGCGGCTTG GATGATGATG ATGAGGAGGA AGACCTGGAT 
GAAGGTTCAG GGACCAAGCG TCAGAGTGTG GAAGTAAAGG CCCATCAGGC CTCACACACC 
AAGTACCTGC TGATGAGAGG TTACTACACA GTGCCTGGCA TGGTCAGCAC GCGCAACCTG 
AACCCCAATG ACAGCATTGT GGTCAATTCC TGCCAGGTTA AATTCCGACT GCGCAATACC 
CCTGCACCCA CCCATCTTGG GCCCACTGGG CCCACAGCCA CACCGCTAGA AGAGCTCCAG 
GCTGGCCCTT CCTGCCTCCC TGCCTCCTTT ACCAGCCTGG TGGATCCACA GCTGCACACC 
CGCTGCCCAG AAGAGTTTGC CCACCAGATG GCACAGTCTG GGTACAGCCC TGAGGACGTG 
GCTGCGTCCC TAGAGATCCT GCAGGCTGTG GCAGCTGCTG ACTGCTTCGG GGTTGACAGG 
GAGAAGCTGA GCAGACAGTT CTCTGCCTTG GAGAAGATAG CGGACAAGCG CACCAGGACG 
TTCCTGGACT ATATCCAGGA CCTCTTGGAA CAGCAACAAG TCATGGAAGT TGGAGGCAAC 
ACTGTGCGCC TAGTGGCCAT GGCCTCTGCC CAGCCCTGGC TCCTGCCTTC AGTGCGTCTG 
AAAGATGTGG AAATAGACAC CAAGGCCTCA GGGGATGACA GCCAATCTAG ACTCCCTGCG 
GGGTCTTCCA TCGAAGACCA CACCTCTGAG GGTGCACCAA TTCCTCCAGT CAGCTCCAAT 
GGCACTAAAA AGCGCCCCTA CTGCTCTATT CAGAGCCCTG AAACTGATGC TGAGGAAGCT 
ACAAGGCTCC CTGCCAAGAA GCCCACATTA CAAGATGTCT GTGTGGCTGC CAGTCCTAGG 
CCTGGAACAG AAGAGCAGAC AGAGGCCCAG GCTCAGTTTG CAGCTCCTGA AGATGCAGGT 
GCAGAGGGCC CCAGGCAGGA GAGCCAAGAG AGTGTTGGTG TCTCAGGCCT AGAGCAGCTG 
GGCTGTGAGT TCCAGCTTCC AGAAAATTCT GAAGACCCCA GAGGACTTAC AGAGAGCAAC 
ATGGCCCAGG TAGCATGGGA GAGCGGCTGT GAAAGAGTAT GTTTTGTCGG TCGCCCATGG 
CGTGGTGTGG ACGGGCGCCT GAACATGCCC GTGTGCAAAG GCATGATGGA AGCCGTGCTG 
TACCACATCA TGTCAAGGCC CGGTGTTCCT GAGAGCTGCC TGCTACAGTA CTACCAGGGC 
GTCCTACAGC CTGTTGCTGT GCTTGAGCTG CTCCGGGGCT TAGAGTCTCT CGGCTGTATC 
CAGAAGCGGA TGCTGAAGAA GCCAGCGAGT GTCTCACTCT TCTCCAGGCC TGTGGTGGAG 
GGCCTAGGTC AGGCCAGTGA GGCCGAGGCA CTCTCCTGTC AGGGGAGCAC TGTCACCTTT 
TATGAACCTA CTCTGGACTG TACCATCCGT CTGGGCCGTG TCTTCCCCCA TGACATCAAC 
TGGAACAAGT GGATCCATTT ATAG

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

RefSeq	XP_008758079.1
CDS	182..5305
Translation	MNVGKLEARMLCRLLQRFKVVKGFMEDEGRQRTTKYISCVFAEESDLSRQYAREKARGELLTTVSLASVQDESLMPEGEEAFLSDSESEEESSCSGKRRGRGSRGHSRASGDAGPGSRPHHSTPAKGGWKVLNLHPLKKPKSAAVERSRRSSACRDGLDTSSSSELNIPFDPHSMDSHSGDIAVIEEVRLDNPKEGGGSQKGGRHGSGQDKPHKTYRLLKRRNLIIEAVTNLRLIESLFTIQKMIMDQEKQEGVSTKCCKKSIIRLVRNLSEEGLLRLYRTTVIQDGIKKKVDLVVHPSMDQNDPLVRSAIEQVRFRISNSSTANRVKVPPAPAPQEEAEEGNQEPEVPSRSADSEANTSSKPESTRVKKTDEKMGITPLKNYKPVIVPGLGRSIGFLPKMPRLRVMHLFLWYLVYGHPASHTGEQPTFHSERKTGKQEPSRPGVQPSSGDDWDSSEAKNSTESSSWEAEMELSTERVYVDEISWMRYVPPIPIHRDFGFGWALVSDILLCLPLSIFVQVVQVSYKVDNLEDFLNDPLKKHTLIRFLPRHIRQQLLYKRRYIFSVVENLQRLCYMGLLQFGPTEKFQDKDQVFVFLKKNAVIVDTTICDPHYNLAHSSRPFERRLYVLDSMQDVESYWFDLQCICLNTPLGVVRCPCAQKICPDPGSDPEGSLRKEQESAMDKHNLERKCAMLEYTTGSREVVDEGLVPGDGLGAAGLDSSFYAHLKRNWVWTSYIINKARKNNTSENGLTGRLQTFLSKRPMPLGSGGSGRLPLWSEGKADAELCADKEEHFELDREPTPGRNRKVRGGKSQKRKRLKKEPIRKTKRRRRGEHPEAKSKKLRYQDEADQNALRMMTRLRVSWSMQEDGLLMLCRIASNVLNTKVKGPFVTWQVVRDILHATFEESLDKTSHSVGRRARYIVKNPQAFMNYKVCLAEVYQDKALVGDFMSRKDNYEDPKVCAKEFKEFVEKLKEKFSSGLRNPNLEIPDTLQELFAKYRVLAIGDEKDRVRKEDELNSVEDIHFLVLQNLIQSTLSLSNSQSNSCQSFQIFRLYREFREPVLVRAFMECQKRSLVNRRRVSHSQGPKKNRAVPFVPMSYQLSQSYYKLFTWRFPTTVCTESFQFYDRLRANGILDQPDHFSFKDMDSNDPSSDLVAFSLDSPGGHCVTALALFSLGLLSVDVRIPEQIVVVDSSMVESEVMKSLGKDGGLDDDDEEEDLDEGSGTKRQSVEVKAHQASHTKYLLMRGYYTVPGMVSTRNLNPNDSIVVNSCQVKFRLRNTPAPTHLGPTGPTATPLEELQAGPSCLPASFTSLVDPQLHTRCPEEFAHQMAQSGYSPEDVAASLEILQAVAAADCFGVDREKLSRQFSALEKIADKRTRTFLDYIQDLLEQQQVMEVGGNTVRLVAMASAQPWLLPSVRLKDVEIDTKASGDDSQSRLPAGSSIEDHTSEGAPIPPVSSNGTKKRPYCSIQSPETDAEEATRLPAKKPTLQDVCVAASPRPGTEEQTEAQAQFAAPEDAGAEGPRQESQESVGVSGLEQLGCEFQLPENSEDPRGLTESNMAQVAWESGCERVCFVGRPWRGVDGRLNMPVCKGMMEAVLYHIMSRPGVPESCLLQYYQGVLQPVAVLELLRGLESLGCIQKRMLKKPASVSLFSRPVVEGLGQASEAEALSCQGSTVTFYEPTLDCTIRLGRVFPHDINWNKWIHL

Target ORF information:

RefSeq Version	XM_008759857.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus general transcription factor IIIC subunit 1 (Gtf3c1), transcript variant X1, mRNA.

Target ORF information:

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

XM_008759857.1

ORF Insert Sequence:

ATGAATGTGG GAAAACTGGA AGCAAGAATG CTGTGTCGGC TCCTTCAGAG GTTCAAGGTT 
GTCAAGGGAT TCATGGAAGA TGAAGGCCGG CAGAGGACCA CCAAGTACAT TTCCTGTGTA 
TTTGCGGAGG AGAGTGACTT GAGCCGCCAA TATGCGCGTG AAAAGGCCCG AGGAGAGCTG 
CTAACCACTG TGAGCCTCGC CTCAGTGCAA GATGAATCCC TCATGCCTGA GGGTGAAGAG 
GCCTTCCTCT CTGACTCCGA AAGTGAGGAA GAGAGCAGCT GCAGTGGCAA GCGTAGGGGC 
CGAGGGTCCC GGGGGCATTC AAGAGCCTCT GGGGATGCTG GGCCTGGCTC TCGGCCTCAT 
CACTCCACTC CAGCCAAGGG CGGGTGGAAA GTCCTAAATC TGCACCCATT AAAGAAGCCC 
AAAAGTGCCG CTGTGGAAAG ATCCCGCCGA AGCTCTGCTT GTAGGGATGG CCTGGACACC 
AGCAGCTCAT CCGAGCTCAA TATACCCTTT GACCCTCACA GCATGGACAG TCACAGTGGT 
GACATCGCTG TGATTGAGGA GGTCCGGCTT GATAACCCCA AGGAGGGTGG TGGCTCCCAG 
AAGGGCGGAC GGCATGGCTC AGGCCAGGAC AAGCCTCACA AAACATACCG ACTGCTAAAG 
CGCAGAAATC TGATTATAGA AGCTGTCACC AACCTCCGCC TGATTGAGAG CCTGTTCACG 
ATTCAGAAGA TGATCATGGA CCAGGAGAAG CAAGAGGGTG TCTCCACCAA ATGCTGTAAG 
AAGTCCATTA TCCGCTTGGT GCGGAACCTG TCTGAGGAGG GTCTCTTGAG ATTGTATAGG 
ACTACAGTCA TTCAAGATGG CATCAAGAAG AAGGTAGACC TGGTCGTGCA CCCTTCCATG 
GACCAGAATG ACCCTCTTGT GAGAAGTGCT ATTGAGCAGG TTCGCTTCCG GATCTCCAAC 
TCAAGCACAG CAAACAGGGT TAAAGTTCCA CCGGCCCCAG CACCCCAAGA GGAAGCAGAA 
GAGGGAAACC AAGAACCAGA GGTCCCAAGT AGATCAGCAG ACTCTGAAGC GAACACATCC 
TCGAAGCCAG AAAGCACACG GGTGAAAAAG ACAGATGAGA AAATGGGCAT AACCCCACTC 
AAGAATTACA AACCTGTCAT AGTTCCTGGA CTTGGGCGCT CCATAGGGTT CCTTCCCAAG 
ATGCCACGCC TTCGGGTGAT GCACCTGTTC CTGTGGTACC TGGTGTATGG GCATCCTGCC 
AGCCACACTG GGGAACAGCC TACTTTCCAC AGTGAGAGGA AAACAGGCAA GCAGGAGCCC 
AGCAGACCAG GGGTCCAGCC CTCCTCAGGA GATGACTGGG ACTCCTCTGA AGCCAAAAAC 
AGCACAGAAA GCAGCTCCTG GGAGGCAGAA ATGGAACTCT CCACAGAGAG AGTGTATGTG 
GATGAGATCT CATGGATGCG CTACGTCCCT CCCATCCCCA TCCACAGAGA CTTCGGCTTT 
GGCTGGGCTC TTGTCAGTGA CATTCTTCTC TGCCTTCCCC TCTCCATCTT TGTCCAAGTT 
GTTCAAGTCA GCTACAAGGT GGATAACCTG GAGGATTTTC TGAATGACCC TCTGAAGAAG 
CACACACTGA TCCGCTTCCT CCCTAGGCAC ATCCGGCAGC AGCTACTGTA TAAGAGGCGG 
TATATTTTCT CGGTGGTGGA GAACCTGCAA CGGCTGTGCT ACATGGGGCT GCTACAGTTT 
GGACCCACAG AGAAGTTTCA GGATAAAGAC CAGGTCTTTG TTTTCCTGAA GAAGAATGCA 
GTCATTGTGG ACACCACCAT CTGTGACCCA CATTACAACC TGGCCCACAG CAGCCGGCCT 
TTTGAGAGAC GTCTCTACGT CTTGGATTCC ATGCAGGATG TGGAAAGCTA CTGGTTTGAC 
CTGCAGTGTA TCTGCCTAAA CACCCCACTA GGTGTGGTGC GTTGTCCATG TGCACAGAAG 
ATCTGCCCTG ATCCGGGCAG TGACCCAGAA GGCAGCTTGC GGAAGGAGCA AGAGAGCGCC 
ATGGACAAGC ACAACCTAGA GCGCAAGTGT GCCATGCTGG AGTATACCAC GGGGAGCCGA 
GAAGTTGTGG ATGAAGGCTT AGTCCCTGGG GATGGACTGG GAGCTGCTGG GCTGGACTCT 
AGCTTCTATG CACACCTGAA GCGCAACTGG GTCTGGACCA GCTATATCAT CAACAAAGCC 
AGAAAGAACA ACACCTCCGA AAATGGGCTC ACAGGAAGAC TCCAGACTTT CCTGTCTAAG 
CGCCCAATGC CACTTGGGTC TGGAGGCAGT GGCCGTCTGC CTCTCTGGTC AGAGGGGAAA 
GCTGATGCTG AGCTCTGTGC TGACAAAGAG GAACACTTTG AACTGGACCG AGAACCTACC 
CCTGGCAGGA ACCGAAAAGT GCGTGGGGGC AAGAGTCAGA AGCGGAAGCG GCTGAAGAAG 
GAGCCCATCA GGAAGACCAA GCGAAGGAGA AGAGGAGAGC ATCCAGAAGC CAAAAGCAAA 
AAACTACGCT ACCAAGATGA GGCTGACCAG AACGCCCTCC GGATGATGAC CCGGCTTCGG 
GTTTCTTGGT CCATGCAGGA GGATGGGTTA CTAATGCTCT GCCGAATTGC CAGCAATGTC 
CTCAACACCA AGGTGAAAGG ACCATTTGTC ACCTGGCAGG TCGTGCGTGA CATTTTGCAT 
GCTACCTTTG AAGAGTCTTT GGATAAAACA TCTCACTCGG TTGGACGAAG AGCTCGCTAC 
ATAGTCAAAA ATCCCCAGGC CTTTATGAAC TACAAAGTCT GCCTGGCAGA AGTGTACCAA 
GATAAGGCAC TCGTTGGAGA TTTCATGAGT CGGAAGGATA ACTACGAAGA CCCAAAGGTC 
TGTGCCAAGG AGTTTAAAGA ATTTGTGGAG AAGCTGAAAG AGAAGTTCAG CTCTGGCCTG 
AGGAACCCCA ACCTTGAGAT CCCAGACACA CTGCAGGAAC TCTTTGCCAA ATACCGGGTG 
TTGGCAATCG GAGATGAAAA GGACCGTGTC AGGAAGGAGG ATGAACTGAA TAGTGTGGAG 
GACATCCACT TCCTGGTGCT ACAGAACCTG ATCCAGAGCA CACTGTCCCT CTCTAACAGC 
CAGTCCAACT CTTGCCAGTC CTTCCAGATC TTCCGCCTCT ACCGGGAGTT CCGGGAGCCT 
GTGCTGGTGC GGGCCTTCAT GGAGTGCCAA AAGAGGAGCC TGGTCAACCG ACGCCGTGTC 
AGCCACTCCC AGGGTCCCAA GAAGAACCGT GCTGTGCCCT TTGTGCCCAT GTCCTACCAG 
CTCTCCCAGT CATACTACAA GCTTTTCACC TGGCGATTTC CCACCACCGT CTGCACCGAA 
TCCTTCCAGT TCTATGACAG ACTACGGGCC AACGGCATAC TAGACCAGCC TGATCATTTT 
TCTTTCAAGG ACATGGATAG CAATGACCCT TCAAGTGACC TGGTGGCGTT TTCTTTGGAC 
AGCCCTGGAG GACACTGTGT GACAGCCCTG GCCCTCTTCT CCTTGGGCCT CCTCTCTGTG 
GATGTCCGAA TCCCAGAGCA GATTGTGGTG GTAGACAGCT CCATGGTGGA GAGTGAGGTC 
ATGAAGAGCT TGGGGAAAGA TGGCGGCTTG GATGATGATG ATGAGGAGGA AGACCTGGAT 
GAAGGTTCAG GGACCAAGCG TCAGAGTGTG GAAGTAAAGG CCCATCAGGC CTCACACACC 
AAGTACCTGC TGATGAGAGG TTACTACACA GTGCCTGGCA TGGTCAGCAC GCGCAACCTG 
AACCCCAATG ACAGCATTGT GGTCAATTCC TGCCAGGTTA AATTCCGACT GCGCAATACC 
CCTGCACCCA CCCATCTTGG GCCCACTGGG CCCACAGCCA CACCGCTAGA AGAGCTCCAG 
GCTGGCCCTT CCTGCCTCCC TGCCTCCTTT ACCAGCCTGG TGGATCCACA GCTGCACACC 
CGCTGCCCAG AAGAGTTTGC CCACCAGATG GCACAGTCTG GGTACAGCCC TGAGGACGTG 
GCTGCGTCCC TAGAGATCCT GCAGGCTGTG GCAGCTGCTG ACTGCTTCGG GGTTGACAGG 
GAGAAGCTGA GCAGACAGTT CTCTGCCTTG GAGAAGATAG CGGACAAGCG CACCAGGACG 
TTCCTGGACT ATATCCAGGA CCTCTTGGAA CAGCAACAAG TCATGGAAGT TGGAGGCAAC 
ACTGTGCGCC TAGTGGCCAT GGCCTCTGCC CAGCCCTGGC TCCTGCCTTC AGTGCGTCTG 
AAAGATGTGG AAATAGACAC CAAGGCCTCA GGGGATGACA GCCAATCTAG ACTCCCTGCG 
GGGTCTTCCA TCGAAGACCA CACCTCTGAG GGTGCACCAA TTCCTCCAGT CAGCTCCAAT 
GGCACTAAAA AGCGCCCCTA CTGCTCTATT CAGAGCCCTG AAACTGATGC TGAGGAAGCT 
ACAAGGCTCC CTGCCAAGAA GCCCACATTA CAAGATGTCT GTGTGGCTGC CAGTCCTAGG 
CCTGGAACAG AAGAGCAGAC AGAGGCCCAG GCTCAGTTTG CAGCTCCTGA AGATGCAGGT 
GCAGAGGGCC CCAGGCAGGA GAGCCAAGAG AGTGTTGGTG TCTCAGGCCT AGAGCAGCTG 
GGCTGTGAGT TCCAGCTTCC AGAAAATTCT GAAGACCCCA GAGGACTTAC AGAGAGCAAC 
ATGGCCCAGG TAGCATGGGA GAGCGGCTGT GAAAGAGTAT GTTTTGTCGG TCGCCCATGG 
CGTGGTGTGG ACGGGCGCCT GAACATGCCC GTGTGCAAAG GCATGATGGA AGCCGTGCTG 
TACCACATCA TGTCAAGGCC CGGTGTTCCT GAGAGCTGCC TGCTACAGTA CTACCAGGGC 
GTCCTACAGC CTGTTGCTGT GCTTGAGCTG CTCCGGGGCT TAGAGTCTCT CGGCTGTATC 
CAGAAGCGGA TGCTGAAGAA GCCAGCGAGT GTCTCACTCT TCTCCAGGCC TGTGGTGGAG 
GGCCTAGGTC AGGCCAGTGA GGCCGAGGCA CTCTCCTGTC AGGGGAGCAC TGTCACCTTT 
TATGAACCTA CTCTGGACTG TACCATCCGT CTGGGCCGTG TCTTCCCCCA TGACATCAAC 
TGGAACAAGT GGATCCATTT ATAG

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

Gtf3c1 ( NM_133541.2 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_598225.2 Rattus norvegicus general transcription factor IIIC subunit 1 (Gtf3c1), mRNA.

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CloneID	ORa23399
Clone ID Related Accession (Same CDS sequence)	NM_133541.2
Accession Version	NM_133541.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6309bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-09-24
Organism	Rattus norvegicus(Norway rat)
Product	general transcription factor 3C polypeptide 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC122963.5. On or before Sep 4, 2015 this sequence version replaced XM_006230205.2, NM_133541.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: L28801.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMD00052296, SAMD00052297 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGACGCGC TCGAGTCGTT GTTGGACGAG GTGGCCCTGG AGGGGCTCGA CGGCCTGTGC 
CTGCCCGCGC TGTGGAGCCG CCTGGAATCC CGCTCGCCTG CCTTCCCTTT GCCGCTGGAA 
CCCTACACGC AGGAGTTTCT GTGGCGGGCC TTAGTCACGC ACCCGGGCAT CAGTTTCTAC 
GAGGAGCCGC GAGAGCGACC TGACCTGCAG CTCCAAGACC GATATGAAGA AATCGACTTG 
GAAACTGGAA TTTTGGAGTC CAGGAGGGAC CCAGTCACTC TGGAAGATGT CTACCCCATT 
CATATGATCT TAGAGAATAA GGATGGCATC CAGGGCTCCT GCCGATACTT TAAGGAGAGA 
AAGGACATCA CCAGTAGCAT CAGGAGCAAG TGTTTGCAGC CTCGTTGTAC AATGGTAGAA 
GCCTTCAGCA GGTGGGGTAA GAAGCTCATC ATTGTGGCTT CCCAGGACAT GCGATACCGG 
GCCTTGATAG GCCTAGAGGG GGATCCTGAT CTGAAGCTTC CTGATTTCTC CTACTGCATT 
TTGGAGCGGT TAGGTCGATC GAGATGGCAA GGGGAGCTGC AACGAGACCT TCACACCACC 
GCTTTCAAGG TCGACGCTGG GAAGCTTCAT TATCACAGGA AAATTTTGAA CAAGAATGGG 
CTCATTACAA TGCAGTCACA CGTGATCCGA CTGCCTACTG GAGCCCAGCA ACACTCCATC 
CTCCTCCTCC TTAACCGGTT TCATGTAGAC AGGAGGAGCA AGTACGACAT CCTCATGGAG 
AAGCTGTCTA TGATGCTGAG CACACGGAGC AACCAGATCG AGACTCTGGG CAAGCTGAGG 
GAGGAGCTGG GACTGTGTGA AAGGACGTTC AAGCGTCTGT ACCAGTACAT GCTGAATGCT 
GGGCTGGCCA AAGTGGTGTC CCTTCCCTTG CAGGAGATTC ACCCTGAGTG TGGTCCCTGT 
AAGACCAAGA AAGGGACTGA TGTCATGGTT CGGTGCCTTA AGCTCCTGAA GGAGTTCAGG 
CGAAAGATGG AAGACGACCA TGACGACGAT GACGATGAAG AGGCCATCTC CAAGGCTGTA 
CCTCCCGTGG ACATCGTGTT TGAGCGGGAC ATGCTCACGC AGACCTACGA GCTCATTGAG 
CGCAGAGGAA CGAAAGGAAT TTCCCAAGCT GAGATCCGAG TTGCTATGAA TGTGGGAAAA 
CTGGAAGCAA GAATGCTGTG TCGGCTCCTT CAGAGGTTCA AGGTTGTCAA GGGATTCATG 
GAAGATGAAG GCCGGCAGAG GACCACCAAG TACATTTCCT GTGTATTTGC GGAGGAGAGT 
GACTTGAGCC GCCAATATGC GCGTGAAAAG GCCCGAGGAG AGCTGCTAAC CACTGTGAGC 
CTCGCCTCAG TGCAAGATGA ATCCCTCATG CCTGAGGGTG AAGAGGCCTT CCTCTCTGAC 
TCCGAAAGTG AGGAAGAGAG CAGCTGCAGT GGCAAGCGTA GGGGCCGAGG GTCCCGGGGG 
CATTCAAGAG CCTCTGGGGA TGCTGGGCCT GGCTCTCGGC CTCATCACTC CACTCCAGCC 
AAGGGCGGGT GGAAAGTCCT AAATCTGCAC CCATTAAAGA AGCCCAAAAG TGCCGCTGTG 
GAAAGATCCC GCCGAAGCTC TGCTTGTAGG GATGGCCTGG ACACCAGCAG CTCATCCGAG 
CTCAATATAC CCTTTGACCC TCACAGCATG GACAGTCACA GTGGTGACAT CGCTGTGATT 
GAGGAGGTCC GGCTTGATAA CCCCAAGGAG GGTGGTGGCT CCCAGAAGGG CGGACGGCAT 
GGCTCAGGCC AGGACAAGCC TCACAAAACA TACCGACTGC TAAAGCGCAG AAATCTGATT 
ATAGAAGCTG TCACCAACCT CCGCCTGATT GAGAGCCTGT TCACGATTCA GAAGATGATC 
ATGGACCAGG AGAAGCAAGA GGGTGTCTCC ACCAAATGCT GTAAGAAGTC CATTATCCGC 
TTGGTGCGGA ACCTGTCTGA GGAGGGTCTC TTGAGATTGT ATAGGACTAC AGTCATTCAA 
GATGGCATCA AGAAGAAGGT AGACCTGGTC GTGCACCCTT CCATGGACCA GAATGACCCT 
CTTGTGAGAA GTGCTATTGA GCAGGTTCGC TTCCGGATCT CCAACTCAAG CACAGCAAAC 
AGGGTTAAAG TTCCACCGGC CCCAGCACCC CAAGAGGAAG CAGAAGAGGG AAACCAAGAA 
CCAGAGGTCC CAAGTAGATC AGCAGACTCT GAAGCGAACA CATCCTCGAA GCCAGAAAGC 
ACACGGGTGA AAAAGACAGA TGAGAAAATG GGCATAACCC CACTCAAGAA TTACAAACCT 
GTCATAGTTC CTGGACTTGG GCGCTCCATA GGGTTCCTTC CCAAGATGCC ACGCCTTCGG 
GTGATGCACC TGTTCCTGTG GTACCTGGTG TATGGGCATC CTGCCAGCCA CACTGGGGAA 
CAGCCTACTT TCCACAGTGA GAGGAAAACA GGCAAGCAGG AGCCCAGCAG ACCAGGGGTC 
CAGCCCTCCT CAGGAGATGA CTGGGACTCC TCTGAAGCCA AAAACAGCAC AGAAAGCAGC 
TCCTGGGAGG CAGAAATGGA ACTCTCCACA GAGAGAGTGT ATGTGGATGA GATCTCATGG 
ATGCGCTACG TCCCTCCCAT CCCCATCCAC AGAGACTTCG GCTTTGGCTG GGCTCTTGTC 
AGTGACATTC TTCTCTGCCT TCCCCTCTCC ATCTTTGTCC AAGTTGTTCA AGTCAGCTAC 
AAGGTGGATA ACCTGGAGGA TTTTCTGAAT GACCCTCTGA AGAAGCACAC ACTGATCCGC 
TTCCTCCCTA GGCACATCCG GCAGCAGCTA CTGTATAAGA GGCGGTATAT TTTCTCGGTG 
GTGGAGAACC TGCAACGGCT GTGCTACATG GGGCTGCTAC AGTTTGGACC CACAGAGAAG 
TTTCAGGATA AAGACCAGGT CTTTGTTTTC CTGAAGAAGA ATGCAGTCAT TGTGGACACC 
ACCATCTGTG ACCCACATTA CAACCTGGCC CACAGCAGCC GGCCTTTTGA GAGACGTCTC 
TACGTCTTGG ATTCCATGCA GGATGTGGAA AGCTACTGGT TTGACCTGCA GTGTATCTGC 
CTAAACACCC CACTAGGTGT GGTGCGTTGT CCATGTGCAC AGAAGATCTG CCCTGATCCG 
GGCAGTGACC CAGAAGGCAG CTTGCGGAAG GAGCAAGAGA GCGCCATGGA CAAGCACAAC 
CTAGAGCGCA AGTGTGCCAT GCTGGAGTAT ACCACGGGGA GCCGAGAAGT TGTGGATGAA 
GGCTTAGTCC CTGGGGATGG ACTGGGAGCT GCTGGGCTGG ACTCTAGCTT CTATGCACAC 
CTGAAGCGCA ACTGGGTCTG GACCAGCTAT ATCATCAACA AAGCCAGAAA GAACAACACC 
TCCGAAAATG GGCTCACAGG AAGACTCCAG ACTTTCCTGT CTAAGCGCCC AATGCCACTT 
GGGTCTGGAG GCAGTGGCCG TCTGCCTCTC TGGTCAGAGG GGAAAGCTGA TGCTGAGCTC 
TGTGCTGACA AAGAGGAACA CTTTGAACTG GACCGAGAAC CTACCCCTGG CAGGAACCGA 
AAAGTGCGTG GGGGCAAGAG TCAGAAGCGG AAGCGGCTGA AGAAGGAGCC CATCAGGAAG 
ACCAAGCGAA GGAGAAGAGG AGAGCATCCA GAAGCCAAAA GCAAAAAACT ACGCTACCAA 
GATGAGGCTG ACCAGAACGC CCTCCGGATG ATGACCCGGC TTCGGGTTTC TTGGTCCATG 
CAGGAGGATG GGTTACTAAT GCTCTGCCGA ATTGCCAGCA ATGTCCTCAA CACCAAGGTG 
AAAGGACCAT TTGTCACCTG GCAGGTCGTG CGTGACATTT TGCATGCTAC CTTTGAAGAG 
TCTTTGGATA AAACATCTCA CTCGGTTGGA CGAAGAGCTC GCTACATAGT CAAAAATCCC 
CAGGCCTTTA TGAACTACAA AGTCTGCCTG GCAGAAGTGT ACCAAGATAA GGCACTCGTT 
GGAGATTTCA TGAGTCGGAA GGATAACTAC GAAGACCCAA AGGTCTGTGC CAAGGAGTTT 
AAAGAATTTG TGGAGAAGCT GAAAGAGAAG TTCAGCTCTG GCCTGAGGAA CCCCAACCTT 
GAGATCCCAG ACACACTGCA GGAACTCTTT GCCAAATACC GGGTGTTGGC AATCGGAGAT 
GAAAAGGACC GTGTCAGGAA GGAGGATGAA CTGAATAGTG TGGAGGACAT CCACTTCCTG 
GTGCTACAGA ACCTGATCCA GAGCACACTG TCCCTCTCTA ACAGCCAGTC CAACTCTTGC 
CAGTCCTTCC AGATCTTCCG CCTCTACCGG GAGTTCCGGG AGCCTGTGCT GGTGCGGGCC 
TTCATGGAGT GCCAAAAGAG GAGCCTGGTC AACCGACGCC GTGTCAGCCA CTCCCAGGGT 
CCCAAGAAGA ACCGTGCTGT GCCCTTTGTG CCCATGTCCT ACCAGCTCTC CCAGTCATAC 
TACAAGCTTT TCACCTGGCG ATTTCCCACC ACCGTCTGCA CCGAATCCTT CCAGTTCTAT 
GACAGACTAC GGGCCAACGG CATACTAGAC CAGCCTGATC ATTTTTCTTT CAAGGACATG 
GATAGCAATG ACCCTTCAAG TGACCTGGTG GCGTTTTCTT TGGACAGCCC TGGAGGACAC 
TGTGTGACAG CCCTGGCCCT CTTCTCCTTG GGCCTCCTCT CTGTGGATGT CCGAATCCCA 
GAGCAGATTG TGGTGGTAGA CAGCTCCATG GTGGAGAGTG AGGTCATGAA GAGCTTGGGG 
AAAGATGGCG GCTTGGATGA TGATGATGAG GAGGAAGACC TGGATGAAGG TTCAGGGACC 
AAGCGTCAGA GTGTGGAAGT AAAGGCCCAT CAGGCCTCAC ACACCAAGTA CCTGCTGATG 
AGAGGTTACT ACACAGTGCC TGGCATGGTC AGCACGCGCA ACCTGAACCC CAATGACAGC 
ATTGTGGTCA ATTCCTGCCA GGTTAAATTC CGACTGCGCA ATACCCCTGC ACCCACCCAT 
CTTGGGCCCA CTGGGCCCAC AGCCACACCG CTAGAAGAGC TCCAGGCTGG CCCTTCCTGC 
CTCCCTGCCT CCTTTACCAG CCTGGTGGAT CCACAGCTGC ACACCCGCTG CCCAGAAGAG 
TTTGCCCACC AGATGGCACA GTCTGGGTAC AGCCCTGAGG ACGTGGCTGC GTCCCTAGAG 
ATCCTGCAGG CTGTGGCAGC TGCTGACTGC TTCGGGGTTG ACAGGGAGAA GCTGAGCAGA 
CAGTTCTCTG CCTTGGAGAA GATAGCGGAC AAGCGCACCA GGACGTTCCT GGACTATATC 
CAGGACCTCT TGGAACAGCA ACAAGTCATG GAAGTTGGAG GCAACACTGT GCGCCTAGTG 
GCCATGGCCT CTGCCCAGCC CTGGCTCCTG CCTTCAGTGC GTCTGAAAGA TGTGGAAATA 
GACACCAAGG CCTCAGGGGA TGACAGCCAA TCTAGACTCC CTGCGGGGTC TTCCATCGAA 
GACCACACCT CTGAGGGTGC ACCAATTCCT CCAGTCAGCT CCAATGGCAC TAAAAAGCGC 
CCCTACTGCT CTATTCAGAG CCCTGAAACT GATGCTGAGG AAGCTACAAG GCTCCCTGCC 
AAGAAGCCCA CATTACAAGA TGTCTGTGTG GCTGCCAGTC CTAGGCCTGG AACAGAAGAG 
CAGACAGAGG CCCAGGCTCA GTTTGCAGCT CCTGAAGATG CAGGTGCAGA GGGCCCCAGG 
CAGGAGAGCC AAGAGAGTGT TGGTGTCTCA GGCCTAGAGC AGCTGGGCTG TGAGTTCCAG 
CTTCCAGAAA ATTCTGAAGA CCCCAGAGGA CTTACAGAGA GCAACATGGC CCAGGTAGCA 
TGGGAGAGCG GCTGTGAAAG AGTATGTTTT GTCGGTCGCC CATGGCGTGG TGTGGACGGG 
CGCCTGAACA TGCCCGTGTG CAAAGGCATG ATGGAAGCCG TGCTGTACCA CATCATGTCA 
AGGCCCGGTG TTCCTGAGAG CTGCCTGCTA CAGTACTACC AGGGCGTCCT ACAGCCTGTT 
GCTGTGCTTG AGCTGCTCCG GGGCTTAGAG TCTCTCGGCT GTATCCAGAA GCGGATGCTG 
AAGAAGCCAG CGAGTGTCTC ACTCTTCTCC AGGCCTGTGG TGGAGGGCCT AGGTCAGGCC 
AGTGAGGCCG AGGCACTCTC CTGTCAGGGG AGCACTGTCA CCTTTTATGA ACCTACTCTG 
GACTGTACCA TCCGTCTGGG CCGTGTCTTC CCCCATGACA TCAACTGGAA CAAGTGGATC 
CATTTATAG

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

RefSeq	NP_598225.2
CDS	53..6361
Translation	MDALESLLDEVALEGLDGLCLPALWSRLESRSPAFPLPLEPYTQEFLWRALVTHPGISFYEEPRERPDLQLQDRYEEIDLETGILESRRDPVTLEDVYPIHMILENKDGIQGSCRYFKERKDITSSIRSKCLQPRCTMVEAFSRWGKKLIIVASQDMRYRALIGLEGDPDLKLPDFSYCILERLGRSRWQGELQRDLHTTAFKVDAGKLHYHRKILNKNGLITMQSHVIRLPTGAQQHSILLLLNRFHVDRRSKYDILMEKLSMMLSTRSNQIETLGKLREELGLCERTFKRLYQYMLNAGLAKVVSLPLQEIHPECGPCKTKKGTDVMVRCLKLLKEFRRKMEDDHDDDDDEEAISKAVPPVDIVFERDMLTQTYELIERRGTKGISQAEIRVAMNVGKLEARMLCRLLQRFKVVKGFMEDEGRQRTTKYISCVFAEESDLSRQYAREKARGELLTTVSLASVQDESLMPEGEEAFLSDSESEEESSCSGKRRGRGSRGHSRASGDAGPGSRPHHSTPAKGGWKVLNLHPLKKPKSAAVERSRRSSACRDGLDTSSSSELNIPFDPHSMDSHSGDIAVIEEVRLDNPKEGGGSQKGGRHGSGQDKPHKTYRLLKRRNLIIEAVTNLRLIESLFTIQKMIMDQEKQEGVSTKCCKKSIIRLVRNLSEEGLLRLYRTTVIQDGIKKKVDLVVHPSMDQNDPLVRSAIEQVRFRISNSSTANRVKVPPAPAPQEEAEEGNQEPEVPSRSADSEANTSSKPESTRVKKTDEKMGITPLKNYKPVIVPGLGRSIGFLPKMPRLRVMHLFLWYLVYGHPASHTGEQPTFHSERKTGKQEPSRPGVQPSSGDDWDSSEAKNSTESSSWEAEMELSTERVYVDEISWMRYVPPIPIHRDFGFGWALVSDILLCLPLSIFVQVVQVSYKVDNLEDFLNDPLKKHTLIRFLPRHIRQQLLYKRRYIFSVVENLQRLCYMGLLQFGPTEKFQDKDQVFVFLKKNAVIVDTTICDPHYNLAHSSRPFERRLYVLDSMQDVESYWFDLQCICLNTPLGVVRCPCAQKICPDPGSDPEGSLRKEQESAMDKHNLERKCAMLEYTTGSREVVDEGLVPGDGLGAAGLDSSFYAHLKRNWVWTSYIINKARKNNTSENGLTGRLQTFLSKRPMPLGSGGSGRLPLWSEGKADAELCADKEEHFELDREPTPGRNRKVRGGKSQKRKRLKKEPIRKTKRRRRGEHPEAKSKKLRYQDEADQNALRMMTRLRVSWSMQEDGLLMLCRIASNVLNTKVKGPFVTWQVVRDILHATFEESLDKTSHSVGRRARYIVKNPQAFMNYKVCLAEVYQDKALVGDFMSRKDNYEDPKVCAKEFKEFVEKLKEKFSSGLRNPNLEIPDTLQELFAKYRVLAIGDEKDRVRKEDELNSVEDIHFLVLQNLIQSTLSLSNSQSNSCQSFQIFRLYREFREPVLVRAFMECQKRSLVNRRRVSHSQGPKKNRAVPFVPMSYQLSQSYYKLFTWRFPTTVCTESFQFYDRLRANGILDQPDHFSFKDMDSNDPSSDLVAFSLDSPGGHCVTALALFSLGLLSVDVRIPEQIVVVDSSMVESEVMKSLGKDGGLDDDDEEEDLDEGSGTKRQSVEVKAHQASHTKYLLMRGYYTVPGMVSTRNLNPNDSIVVNSCQVKFRLRNTPAPTHLGPTGPTATPLEELQAGPSCLPASFTSLVDPQLHTRCPEEFAHQMAQSGYSPEDVAASLEILQAVAAADCFGVDREKLSRQFSALEKIADKRTRTFLDYIQDLLEQQQVMEVGGNTVRLVAMASAQPWLLPSVRLKDVEIDTKASGDDSQSRLPAGSSIEDHTSEGAPIPPVSSNGTKKRPYCSIQSPETDAEEATRLPAKKPTLQDVCVAASPRPGTEEQTEAQAQFAAPEDAGAEGPRQESQESVGVSGLEQLGCEFQLPENSEDPRGLTESNMAQVAWESGCERVCFVGRPWRGVDGRLNMPVCKGMMEAVLYHIMSRPGVPESCLLQYYQGVLQPVAVLELLRGLESLGCIQKRMLKKPASVSLFSRPVVEGLGQASEAEALSCQGSTVTFYEPTLDCTIRLGRVFPHDINWNKWIHL

Target ORF information:

RefSeq Version	NM_133541.2
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus general transcription factor IIIC subunit 1 (Gtf3c1), mRNA.

Target ORF information:

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

NM_133541.2

ORF Insert Sequence:

ATGGACGCGC TCGAGTCGTT GTTGGACGAG GTGGCCCTGG AGGGGCTCGA CGGCCTGTGC 
CTGCCCGCGC TGTGGAGCCG CCTGGAATCC CGCTCGCCTG CCTTCCCTTT GCCGCTGGAA 
CCCTACACGC AGGAGTTTCT GTGGCGGGCC TTAGTCACGC ACCCGGGCAT CAGTTTCTAC 
GAGGAGCCGC GAGAGCGACC TGACCTGCAG CTCCAAGACC GATATGAAGA AATCGACTTG 
GAAACTGGAA TTTTGGAGTC CAGGAGGGAC CCAGTCACTC TGGAAGATGT CTACCCCATT 
CATATGATCT TAGAGAATAA GGATGGCATC CAGGGCTCCT GCCGATACTT TAAGGAGAGA 
AAGGACATCA CCAGTAGCAT CAGGAGCAAG TGTTTGCAGC CTCGTTGTAC AATGGTAGAA 
GCCTTCAGCA GGTGGGGTAA GAAGCTCATC ATTGTGGCTT CCCAGGACAT GCGATACCGG 
GCCTTGATAG GCCTAGAGGG GGATCCTGAT CTGAAGCTTC CTGATTTCTC CTACTGCATT 
TTGGAGCGGT TAGGTCGATC GAGATGGCAA GGGGAGCTGC AACGAGACCT TCACACCACC 
GCTTTCAAGG TCGACGCTGG GAAGCTTCAT TATCACAGGA AAATTTTGAA CAAGAATGGG 
CTCATTACAA TGCAGTCACA CGTGATCCGA CTGCCTACTG GAGCCCAGCA ACACTCCATC 
CTCCTCCTCC TTAACCGGTT TCATGTAGAC AGGAGGAGCA AGTACGACAT CCTCATGGAG 
AAGCTGTCTA TGATGCTGAG CACACGGAGC AACCAGATCG AGACTCTGGG CAAGCTGAGG 
GAGGAGCTGG GACTGTGTGA AAGGACGTTC AAGCGTCTGT ACCAGTACAT GCTGAATGCT 
GGGCTGGCCA AAGTGGTGTC CCTTCCCTTG CAGGAGATTC ACCCTGAGTG TGGTCCCTGT 
AAGACCAAGA AAGGGACTGA TGTCATGGTT CGGTGCCTTA AGCTCCTGAA GGAGTTCAGG 
CGAAAGATGG AAGACGACCA TGACGACGAT GACGATGAAG AGGCCATCTC CAAGGCTGTA 
CCTCCCGTGG ACATCGTGTT TGAGCGGGAC ATGCTCACGC AGACCTACGA GCTCATTGAG 
CGCAGAGGAA CGAAAGGAAT TTCCCAAGCT GAGATCCGAG TTGCTATGAA TGTGGGAAAA 
CTGGAAGCAA GAATGCTGTG TCGGCTCCTT CAGAGGTTCA AGGTTGTCAA GGGATTCATG 
GAAGATGAAG GCCGGCAGAG GACCACCAAG TACATTTCCT GTGTATTTGC GGAGGAGAGT 
GACTTGAGCC GCCAATATGC GCGTGAAAAG GCCCGAGGAG AGCTGCTAAC CACTGTGAGC 
CTCGCCTCAG TGCAAGATGA ATCCCTCATG CCTGAGGGTG AAGAGGCCTT CCTCTCTGAC 
TCCGAAAGTG AGGAAGAGAG CAGCTGCAGT GGCAAGCGTA GGGGCCGAGG GTCCCGGGGG 
CATTCAAGAG CCTCTGGGGA TGCTGGGCCT GGCTCTCGGC CTCATCACTC CACTCCAGCC 
AAGGGCGGGT GGAAAGTCCT AAATCTGCAC CCATTAAAGA AGCCCAAAAG TGCCGCTGTG 
GAAAGATCCC GCCGAAGCTC TGCTTGTAGG GATGGCCTGG ACACCAGCAG CTCATCCGAG 
CTCAATATAC CCTTTGACCC TCACAGCATG GACAGTCACA GTGGTGACAT CGCTGTGATT 
GAGGAGGTCC GGCTTGATAA CCCCAAGGAG GGTGGTGGCT CCCAGAAGGG CGGACGGCAT 
GGCTCAGGCC AGGACAAGCC TCACAAAACA TACCGACTGC TAAAGCGCAG AAATCTGATT 
ATAGAAGCTG TCACCAACCT CCGCCTGATT GAGAGCCTGT TCACGATTCA GAAGATGATC 
ATGGACCAGG AGAAGCAAGA GGGTGTCTCC ACCAAATGCT GTAAGAAGTC CATTATCCGC 
TTGGTGCGGA ACCTGTCTGA GGAGGGTCTC TTGAGATTGT ATAGGACTAC AGTCATTCAA 
GATGGCATCA AGAAGAAGGT AGACCTGGTC GTGCACCCTT CCATGGACCA GAATGACCCT 
CTTGTGAGAA GTGCTATTGA GCAGGTTCGC TTCCGGATCT CCAACTCAAG CACAGCAAAC 
AGGGTTAAAG TTCCACCGGC CCCAGCACCC CAAGAGGAAG CAGAAGAGGG AAACCAAGAA 
CCAGAGGTCC CAAGTAGATC AGCAGACTCT GAAGCGAACA CATCCTCGAA GCCAGAAAGC 
ACACGGGTGA AAAAGACAGA TGAGAAAATG GGCATAACCC CACTCAAGAA TTACAAACCT 
GTCATAGTTC CTGGACTTGG GCGCTCCATA GGGTTCCTTC CCAAGATGCC ACGCCTTCGG 
GTGATGCACC TGTTCCTGTG GTACCTGGTG TATGGGCATC CTGCCAGCCA CACTGGGGAA 
CAGCCTACTT TCCACAGTGA GAGGAAAACA GGCAAGCAGG AGCCCAGCAG ACCAGGGGTC 
CAGCCCTCCT CAGGAGATGA CTGGGACTCC TCTGAAGCCA AAAACAGCAC AGAAAGCAGC 
TCCTGGGAGG CAGAAATGGA ACTCTCCACA GAGAGAGTGT ATGTGGATGA GATCTCATGG 
ATGCGCTACG TCCCTCCCAT CCCCATCCAC AGAGACTTCG GCTTTGGCTG GGCTCTTGTC 
AGTGACATTC TTCTCTGCCT TCCCCTCTCC ATCTTTGTCC AAGTTGTTCA AGTCAGCTAC 
AAGGTGGATA ACCTGGAGGA TTTTCTGAAT GACCCTCTGA AGAAGCACAC ACTGATCCGC 
TTCCTCCCTA GGCACATCCG GCAGCAGCTA CTGTATAAGA GGCGGTATAT TTTCTCGGTG 
GTGGAGAACC TGCAACGGCT GTGCTACATG GGGCTGCTAC AGTTTGGACC CACAGAGAAG 
TTTCAGGATA AAGACCAGGT CTTTGTTTTC CTGAAGAAGA ATGCAGTCAT TGTGGACACC 
ACCATCTGTG ACCCACATTA CAACCTGGCC CACAGCAGCC GGCCTTTTGA GAGACGTCTC 
TACGTCTTGG ATTCCATGCA GGATGTGGAA AGCTACTGGT TTGACCTGCA GTGTATCTGC 
CTAAACACCC CACTAGGTGT GGTGCGTTGT CCATGTGCAC AGAAGATCTG CCCTGATCCG 
GGCAGTGACC CAGAAGGCAG CTTGCGGAAG GAGCAAGAGA GCGCCATGGA CAAGCACAAC 
CTAGAGCGCA AGTGTGCCAT GCTGGAGTAT ACCACGGGGA GCCGAGAAGT TGTGGATGAA 
GGCTTAGTCC CTGGGGATGG ACTGGGAGCT GCTGGGCTGG ACTCTAGCTT CTATGCACAC 
CTGAAGCGCA ACTGGGTCTG GACCAGCTAT ATCATCAACA AAGCCAGAAA GAACAACACC 
TCCGAAAATG GGCTCACAGG AAGACTCCAG ACTTTCCTGT CTAAGCGCCC AATGCCACTT 
GGGTCTGGAG GCAGTGGCCG TCTGCCTCTC TGGTCAGAGG GGAAAGCTGA TGCTGAGCTC 
TGTGCTGACA AAGAGGAACA CTTTGAACTG GACCGAGAAC CTACCCCTGG CAGGAACCGA 
AAAGTGCGTG GGGGCAAGAG TCAGAAGCGG AAGCGGCTGA AGAAGGAGCC CATCAGGAAG 
ACCAAGCGAA GGAGAAGAGG AGAGCATCCA GAAGCCAAAA GCAAAAAACT ACGCTACCAA 
GATGAGGCTG ACCAGAACGC CCTCCGGATG ATGACCCGGC TTCGGGTTTC TTGGTCCATG 
CAGGAGGATG GGTTACTAAT GCTCTGCCGA ATTGCCAGCA ATGTCCTCAA CACCAAGGTG 
AAAGGACCAT TTGTCACCTG GCAGGTCGTG CGTGACATTT TGCATGCTAC CTTTGAAGAG 
TCTTTGGATA AAACATCTCA CTCGGTTGGA CGAAGAGCTC GCTACATAGT CAAAAATCCC 
CAGGCCTTTA TGAACTACAA AGTCTGCCTG GCAGAAGTGT ACCAAGATAA GGCACTCGTT 
GGAGATTTCA TGAGTCGGAA GGATAACTAC GAAGACCCAA AGGTCTGTGC CAAGGAGTTT 
AAAGAATTTG TGGAGAAGCT GAAAGAGAAG TTCAGCTCTG GCCTGAGGAA CCCCAACCTT 
GAGATCCCAG ACACACTGCA GGAACTCTTT GCCAAATACC GGGTGTTGGC AATCGGAGAT 
GAAAAGGACC GTGTCAGGAA GGAGGATGAA CTGAATAGTG TGGAGGACAT CCACTTCCTG 
GTGCTACAGA ACCTGATCCA GAGCACACTG TCCCTCTCTA ACAGCCAGTC CAACTCTTGC 
CAGTCCTTCC AGATCTTCCG CCTCTACCGG GAGTTCCGGG AGCCTGTGCT GGTGCGGGCC 
TTCATGGAGT GCCAAAAGAG GAGCCTGGTC AACCGACGCC GTGTCAGCCA CTCCCAGGGT 
CCCAAGAAGA ACCGTGCTGT GCCCTTTGTG CCCATGTCCT ACCAGCTCTC CCAGTCATAC 
TACAAGCTTT TCACCTGGCG ATTTCCCACC ACCGTCTGCA CCGAATCCTT CCAGTTCTAT 
GACAGACTAC GGGCCAACGG CATACTAGAC CAGCCTGATC ATTTTTCTTT CAAGGACATG 
GATAGCAATG ACCCTTCAAG TGACCTGGTG GCGTTTTCTT TGGACAGCCC TGGAGGACAC 
TGTGTGACAG CCCTGGCCCT CTTCTCCTTG GGCCTCCTCT CTGTGGATGT CCGAATCCCA 
GAGCAGATTG TGGTGGTAGA CAGCTCCATG GTGGAGAGTG AGGTCATGAA GAGCTTGGGG 
AAAGATGGCG GCTTGGATGA TGATGATGAG GAGGAAGACC TGGATGAAGG TTCAGGGACC 
AAGCGTCAGA GTGTGGAAGT AAAGGCCCAT CAGGCCTCAC ACACCAAGTA CCTGCTGATG 
AGAGGTTACT ACACAGTGCC TGGCATGGTC AGCACGCGCA ACCTGAACCC CAATGACAGC 
ATTGTGGTCA ATTCCTGCCA GGTTAAATTC CGACTGCGCA ATACCCCTGC ACCCACCCAT 
CTTGGGCCCA CTGGGCCCAC AGCCACACCG CTAGAAGAGC TCCAGGCTGG CCCTTCCTGC 
CTCCCTGCCT CCTTTACCAG CCTGGTGGAT CCACAGCTGC ACACCCGCTG CCCAGAAGAG 
TTTGCCCACC AGATGGCACA GTCTGGGTAC AGCCCTGAGG ACGTGGCTGC GTCCCTAGAG 
ATCCTGCAGG CTGTGGCAGC TGCTGACTGC TTCGGGGTTG ACAGGGAGAA GCTGAGCAGA 
CAGTTCTCTG CCTTGGAGAA GATAGCGGAC AAGCGCACCA GGACGTTCCT GGACTATATC 
CAGGACCTCT TGGAACAGCA ACAAGTCATG GAAGTTGGAG GCAACACTGT GCGCCTAGTG 
GCCATGGCCT CTGCCCAGCC CTGGCTCCTG CCTTCAGTGC GTCTGAAAGA TGTGGAAATA 
GACACCAAGG CCTCAGGGGA TGACAGCCAA TCTAGACTCC CTGCGGGGTC TTCCATCGAA 
GACCACACCT CTGAGGGTGC ACCAATTCCT CCAGTCAGCT CCAATGGCAC TAAAAAGCGC 
CCCTACTGCT CTATTCAGAG CCCTGAAACT GATGCTGAGG AAGCTACAAG GCTCCCTGCC 
AAGAAGCCCA CATTACAAGA TGTCTGTGTG GCTGCCAGTC CTAGGCCTGG AACAGAAGAG 
CAGACAGAGG CCCAGGCTCA GTTTGCAGCT CCTGAAGATG CAGGTGCAGA GGGCCCCAGG 
CAGGAGAGCC AAGAGAGTGT TGGTGTCTCA GGCCTAGAGC AGCTGGGCTG TGAGTTCCAG 
CTTCCAGAAA ATTCTGAAGA CCCCAGAGGA CTTACAGAGA GCAACATGGC CCAGGTAGCA 
TGGGAGAGCG GCTGTGAAAG AGTATGTTTT GTCGGTCGCC CATGGCGTGG TGTGGACGGG 
CGCCTGAACA TGCCCGTGTG CAAAGGCATG ATGGAAGCCG TGCTGTACCA CATCATGTCA 
AGGCCCGGTG TTCCTGAGAG CTGCCTGCTA CAGTACTACC AGGGCGTCCT ACAGCCTGTT 
GCTGTGCTTG AGCTGCTCCG GGGCTTAGAG TCTCTCGGCT GTATCCAGAA GCGGATGCTG 
AAGAAGCCAG CGAGTGTCTC ACTCTTCTCC AGGCCTGTGG TGGAGGGCCT AGGTCAGGCC 
AGTGAGGCCG AGGCACTCTC CTGTCAGGGG AGCACTGTCA CCTTTTATGA ACCTACTCTG 
GACTGTACCA TCCGTCTGGG CCGTGTCTTC CCCCATGACA TCAACTGGAA CAAGTGGATC 
CATTTATAG

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

PubMed

A structural perspective on RNA polymerase I and RNA polymerase III transcription machineries.
Biochimica et biophysica acta1829(3-4)258-64(2013 Mar-Apr)
Vannini A

Defining the membrane proteome of NK cells.
Journal of mass spectrometry : JMS45(1)1-25(2010 Jan)
Ghosh D,Lippert D,Krokhin O,Cortens JP,Wilkins JA

Biochemical and genetic evidence for a role of IGHMBP2 in the translational machinery.
Human molecular genetics18(12)2115-26(2009 Jun)
de Planell-Saguer M,Schroeder DG,Rodicio MC,Cox GA,Mourelatos Z

Identification, molecular cloning, and characterization of the sixth subunit of human transcription factor TFIIIC.
The Journal of biological chemistry282(23)17179-89(2007 Jun)
Dumay-Odelot H,Marck C,Durrieu-Gaillard S,Lefebvre O,Jourdain S,Prochazkova M,Pflieger A,Teichmann M

Cloning and characterization of an evolutionarily divergent DNA-binding subunit of mammalian TFIIIC.
Molecular and cellular biology14(5)3053-64(1994 May)
Lagna G,Kovelman R,Sukegawa J,Roeder RG

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Gtf3c1 cDNA ORF clone, Rattus norvegicus(Norway rat)

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gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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