gtf3c1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	gtf3c1
Entrez Gene ID	779454
Full Name	general transcription factor IIIC subunit 1
Synonyms	tfiiic,tfiiic220,tfiiicalpha
General protein information	Preferred Names general transcription factor IIIC subunit 1 Names general transcription factor 3C polypeptide 1 general transcription factor IIIC, polypeptide 1, alpha 220kDa
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002938289.5	XP_002938335.3	general transcription factor 3C polypeptide 1
XM_002938289.4	XP_002938335.2	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

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
OXa66916	XM_002938289.5 Latest version!	Xenopus tropicalis general transcription factor IIIC subunit 1 (gtf3c1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa16274	XM_002938289.4 Latest version!	Xenopus tropicalis general transcription factor IIIC subunit 1 (gtf3c1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

ORF Online Only Promotion

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

*Business Day

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

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

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

Reference Sequences (Refseq)

gtf3c1 ( XM_002938289.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002938335.3 Xenopus tropicalis general transcription factor IIIC subunit 1 (gtf3c1), mRNA.

Price & Availability↑

CloneID	OXa66916
Clone ID Related Accession (Same CDS sequence)	XM_002938289.5
Accession Version	XM_002938289.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6000bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	general transcription factor 3C polypeptide 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002938289.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGTAT TAGATGCAAT TGTTGACGAG GTGGCTCTGG AAGGCCTGGA CGGAATAACT 
ATTCCTGCTC TTTGGCTGCG GCTGCAGGCT CGTGTCCCTC CTTTTCCTTT GCTTCTGGAT 
GAGGCTACTA AAGAGTTCAT ATGGCAGTCA CTGGCGGTTC ATCCTGAGCT CGAATTCTAT 
GAGCTGCCTG TAGAGAGGCA GCCTCTGGTA CTTAGCAATC GGTATGAAGG TATTGACTGT 
GATCCTGTTG TCTTGAAAGC CAAAGGAGGC CCCTGCTCTG AGGACATATA CCCAATACAT 
ATTATTTCTG AAAATAAAGA TGGCATTCAG GGCTCCTGTC AGTTTTTTGA AGAAAGGATC 
TTAGTTACAG ACCAGTTGAG AATGCACACT TTTACATGTG AACAAGTGTT TGAAAGATGG 
GGAGAAAAAC TTCTAATTGT TGGGTCACAA GCCTTGCGTT TAAGAGCTTT AATCGGTTGG 
GAAGGGGATC CAACAGTACT GCTTCCGGAT TGTTCGTACT GCATACTTGA AAAACTGGGA 
AGGTCCAGAT GGCAAGGGGA ACTTCAGAGA GATCTTCAAG GATCATTCAA GGTTGATGCT 
GGGAAAATCC ATTATCTGAG ACGTGCACTG GATAGGAATG GGCTTATAAC AATGCAGTCC 
CATATAATTA AATTATCCAA TGGAACTCAG CAGCATTCAT TACTTTTGCT TCTGAAGAGA 
TTTCATATTG ATAGGAGAAA TAAGTACGAT ATGCTGTCGG AGAAAGTGTC AGCCCTATTG 
AGTGAATGCG AGAATCAGAT AGAAACTCTG ATTAATCTTA GGGAAGAACT GGGAGTGCAT 
GAGCGGATAT TCAAGCGCCT TTACTATTAC ATGGCAAATG CTGGAATTGT GAAAATAATT 
TCTTTACCTT TGCAAGAATT GCAGCCACTT GCAGAGCGAT GTAAGACTAA AAGGGGCACC 
GATATAATGG TCCGTTGTGT AAAACTTCTA AAGGAATATA AAAGAAAAGT TGATGATTCT 
GATGATGATG AGGAGGAAGA TATAAGAAAT CGTATTGTCC CTGTGGACAT AATTTGTGAG 
AAGGATATGT TAACACAAAC CTATGAGCTC ATTGAAAATA GGGGAACCAA AGGAATTTCT 
CAAAGTGAGA TCAGGATGGC AATGAATGTG GGAAAGCTGG AAGCCCGGAT GTTATGCCGT 
TTATTAGAAA GATACATGCT CATTAAGGGA TTCATGGAAG ACGAAGGTCG TCAAAGAACC 
ACAAAATTTA TTTCCCATGT ATTTGTTGAA GAAAGTGACT TGCGCAGACA ATTTTTAGAA 
GAAAAGGCAA AAAGTGAAAA GCTGTCAATG TTTAGTTTAG CATCTGTTCA GAAAGTTGGA 
GAAAACTCGA TGGCAACTGA AGACAATACA TACTTAGAGG CAGATAACCT AAAAGAGGAA 
GACATAGAGA TTAAAAAGCA AAAGGAGCAT GAGGCAAATC CGCTTCCGAG TCAGCTTTCG 
ATTTACCCTA GCAATACATC AACACCAAGA GGAAAATCCA AGATTCTTGT ACAAAGAGCT 
TTGCCTAAAG ATGGAGATAA GAGTTCTGTT CTATCAGAAA ATGAGTGTAG CCTGGACAGC 
TTCCAGCCTG AATCCAACCT TTCCACCTTA TCTGCACACT CTGAAGATGA AGATGATGTT 
TCAGTAATCG AAGAAGTTCA TGATAAGAAA GTAGAAAGTA AGAAAGGCAG AAGAGGTTCT 
AAACAAGGAG TATTGGAACG ATCGCATGAA ACCTATCGCC TCTTGAAAAG ACGAAACATT 
ATTGTTGAAG CTGTTAAAAA CCTGCGATTA GTGGAGAGCT TGTTCACGCT TCAGAAGATG 
ATAATGGAGC AGGAAAAACT GGAAGGTGTA TCTACAAGAT GCTGCAAAAA ATCCATCTTG 
AGATTGGTTC ATAAACTTTC TCAAGAAGGA CTTGTAAGGT TGTACCGGAC CACAGTTGTG 
CAGGATGGAA TCAGTAAAAA AGTGGAGCTT GTTGTTCACC CTTCAATTAA TCCTACTGAT 
CCTTTAGTGA AAAGTGCAAT TGAACAAATA CGTTTTCGTA TCTCCAATTC ATCAGGAAAC 
AGGACACGTT CTCCACAGGG CATGGGCACA TCAAACAAGG CAGATGATCA CAGTAAAGAA 
GGAACAATGG GCAAAACACA GAATGCTCCA TCAAATCAGC ATGACAACTC TAGTAAAGTA 
CAGCAAAATA CTGATGAGAA GATGGGAGTA TTACCATTAA GGAATTATCA TCCAGTGATA 
GTTCCTGGAC TTGGTCGCTC TCTTGGCTTT CTTCCTAAAA TGCTCAGACT AAAAGTAACA 
CACCTTTTTC TCTGGTACAT TGTCCATGGT CACCATATAA GAAAACTTCC ACAAGAGCAA 
ACAACCAATA AAGATGCTAC TTCCAGCGAT GCCATTGGGG AACAACCTGA TAATGCTGAA 
TCGATTGTTA GTGACAACAT TTCATGTCAA AAGGATAGTA AAACATATCG AGAAAGCCAG 
ACTTTGAATT CTGAGGAACC CTTTGTGGAC CCTACACCAG AGCAGATTGT GGAAACTGTA 
TATGTTAATG ACTCCTCTTG GATGAGATAT GTTCCACCTT CTACTATACA TAGTGAATAT 
GGCCCGGGCT GGGTTCTTGT TAGTGATGTT CTGCTTTGCT TGCCCCTCTC AATCTTCATA 
CAGATTGTTC AAGTCAGTTA CAAGGTGGAT AATCTTGAAG ATTATCTAAA TGATCCAGTG 
AAAAAACACA CATTGATCAG ATGTTTGCCA AGATCTATCC GACAGCAGCT GCTGTACAAA 
AGGAGGTATG TGTTTTCTGT TTTCCATGGT CTCCAAAAAT TAAACTGCAT GGGATTGTTG 
CAGTTCGGTT CAACAGAAAA GTTTCAAGAC AAAGACCAGA TATTTTTGTA TGTGAGAAAG 
AAAGCAACAA TTGTTGACAC AACAGCCTGC GACCCACATT ATAACCTTGC ACAAGGAAGC 
AAGCCTTTTG ATAAGCGATA TTATAGTTTT GATACTTTGC AAGAAGTGGA GAAATTTTGG 
TTTGATTTAC AGTTTGTCTG TCTGAATACA CCTTTAGGTG TTGTCCGTAT TCGTGGAAAG 
AAAATGAATC CTCAGACTCA AGAGGAAAAT GTTCTTGATC CTGACAATGA ACAGGAAGAG 
AGATCAAATT TGGAGCGGAA ATCTGAAAAC CTGGAAAGCA TCCCAGGCAG TAGAGAGGTA 
GTTGATGATG GGTCTATTCC AGGAGATGGA CTGGGAGCTG GGGGACTTGA CTCAAGCTTT 
TACAGTCACC TGAAGCGAAA CTGGATATGG TTAAGCTACA TTTTTAACAA AACTAGCAAG 
AGCAAAGATA ATGGCTTTAC AATGAGACTC CAGACATTTC TAAATAAGCA TACTTTACCC 
CTGGGTACAA GAGGTAGCCA AACACATTTT TGGGGAGATA AGAATTTGGT AGGAAAAAGT 
GAACTTGTTG AGGTTGTCAA AGAAGCTGCA GAGAATCGTA ATGAGCGGGT GTGTGGTGGG 
AAGGGCCGAA AGAGAAAAAG ATTTAAAAAA GATATCGGAC CAAAGAGAAA AGCAAAGAAA 
AAAAAGAGCG ACCCATACAA GAATCGGCGA TACCATGATG AGGCAGATCA GAGTGCATTA 
CAAAGGATGA CTCGTCTGCG AGTGGCTTGG ACAGCCCAAG AGGATGGCTT GCTCATGTTG 
TGCCGAATAG CAAGTAACAT TCTGAATAAA AAGGTGAAAA GACCATTTGT TCCTTGGCAA 
GTTGTCCGAG ATATTATGCA TGCTAGCTTG GAAGAATCAC TTGATAAAAC ATCTCATTCT 
GTTGGTCGAA GAGCTCGTTA CACTATAAAA AATCCCCAGA CATATCTTAA CTATAAAGTA 
TGCTTGGCAG AAGTCTACCA GGATAAAACA CTTATTGAAG AGTTTATGGC TGTAAAGAAG 
AATTATGATG ATCCTAAAGT TTGTGCTGCA GAGTATAAAG AACTTGTAGA AAGACTCAAG 
AAGAAATTTA GTTCTACTCT GGGTTATCCA ACATATGAAA TTCCTGATAC TGTTGATGAA 
CTCTTTGCCA GGTACAGAAT TTTGGCCGTG GGGGAACAAA CAGATAAAGA GGGGGGAACA 
GAAATTCTTG ACAGTGTGAA TGATATCTAT GGTCTGGTAG TGGAGAACCT TATTTTGAGT 
ACATTGTCTC TCTCTGACAA GCAGATAAAA ACCTGTCGAT CACTTCAAAC TTTTCGAATT 
TTCAGAGCAT ATAGAGATGA CATTTTGGTC AAGGCTTTCC TGGAATTTCA AAGTAGAAGG 
CTGGTAAATC GTCGAAGAGG AAATCATATG CTTGGTCCAA AGAAGCATCG TGCCTTGCCA 
TTTGTGCCCA TGTCATATCA GTTATCTCAG TCGTACTACA GGCTCTTTAC TTGGCGGTTT 
CCGATTGCAA CCTGCACAGA GTCCTTTCAG TTCCTTGAAC TGCTGAAAGC AACTGGATAT 
GAAGATCAGG TTGATAGTTT TTCATTTAGT GACCAAGATA TAGAAGAAAC AGATATGGTG 
TTGTTTCCAT TGGATGGACC AGGTGGACAG TGCGCAACTG TATTATCTCT TCTGTTACTG 
GGCCTTGTCA CAATCAGTGT TAAAATTCCA GACCAGATTG TAGTGGTGGA CTCTACCCTT 
GTGGACAATG AAGTAATGAA AGGCCTTGGA AAGGTTGGCA TGGATGATGA GGATTTTGAG 
GACGAGTATG TGGATGAAAC GAGTCAGAAG CGAAAAATAG AAGTGAAGGC TAGACAGGCT 
TCTCATACCA ACTACCTGCT AATGAGAGGT TACACTGCAC CAGGAATAGT CAGCACAAGA 
AATCTGAACC CAAATGATAG TGTGGTTGTG AACTCATGTC AAGTTTATTT GAAACTAAAA 
GAAACACCTC TGAGTACAAG TCTGAGAACC CCAGTTTCTG CCCAAGATGT CACTGATGCA 
GCGAATTCTC TGCCTTATAA TTTCACTGGA CTTTTAAATA CCAAAAAAAC AAGCTTTGAT 
ACATTTCTTA ATGACTGCGC ACAATGTCAT GGTTACAGCT TGAGAGACTT ATCTTGTATG 
TCTGAAATAT ATTCTGCTAT TGAAGCCTGT TCCTTCCGTG GAATTAAAAT AACAGATCTT 
TTAAATCGGT TCTATTGGTG GGAGGATCTA GACTCTGAAA GAACAAAATA TTTGCAGCAA 
TACTTAAAGG ATCTCTTAAC TTCTAGCCAG GTCTTAGAAG TAGGAGGAGC CTCAGTTAGA 
CTTGTGGCTA TGAAACACGC ATATCCTTGG GTTCAGCATT CTGATTATAT AAAAGAACCC 
ATAACACAAG AGACAGAAAG TCTTAATCAA GATCCTGACT GTGTTGAATC CGCTCCACTT 
GTGGTTGAGA ACACTCCAGA AAGCACTGAA AGTTGTTCTG AGCCCCCAAT GAAGAAAGCA 
CGTTCAGAAG ATAGTAACCA TGTGAGCCAG ACAGATTTAG ATATATCTTT GATGTCTCCA 
TCTCTGAGCA TCAGGATGGG GGAGAATGTT CAATACCAAA ATCAAGACAC AGAAGAATCT 
GTTGAGACAT TACATGAAAG AGAGTCGGAT TGTTGTTTCC TTGGGAGACC TTGGAGAATT 
GTTGATGGCA CCTTAAACAA ACCAGTGTGT AAGGGTATGC TTGAAGCGGT CTTATACCAT 
ATAATGACCA AGCCCGGGAT AACAGAGATA AGCTTACTAA AGCATTACAG TGGTGTTCTC 
CAACCTGTTG TTGTCAAGGA AGTGGTACAG GTATTGGAAC AGATTGGGTG TATTAAAAAG 
AGTTACATTG AAAAAAGTTC GAAAGTTTCC TTATTTTCAC CCACTGCAAT TCCACAGCTG 
ATGGAGAAGC CTAAAATAAA AGACGACCCC ATTATATTTT ATGAACCTAC CATTGACTGC 
ACTTGGAGAC TTGGTGGGAT TTTTCCATCA GAAGTGAACT GGAACAAATG GGTTATGTAA

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

RefSeq	XP_002938335.3
CDS	171..6170
Translation	MEVLDAIVDEVALEGLDGITIPALWLRLQARVPPFPLLLDEATKEFIWQSLAVHPELEFYELPVERQPLVLSNRYEGIDCDPVVLKAKGGPCSEDIYPIHIISENKDGIQGSCQFFEERILVTDQLRMHTFTCEQVFERWGEKLLIVGSQALRLRALIGWEGDPTVLLPDCSYCILEKLGRSRWQGELQRDLQGSFKVDAGKIHYLRRALDRNGLITMQSHIIKLSNGTQQHSLLLLLKRFHIDRRNKYDMLSEKVSALLSECENQIETLINLREELGVHERIFKRLYYYMANAGIVKIISLPLQELQPLAERCKTKRGTDIMVRCVKLLKEYKRKVDDSDDDEEEDIRNRIVPVDIICEKDMLTQTYELIENRGTKGISQSEIRMAMNVGKLEARMLCRLLERYMLIKGFMEDEGRQRTTKFISHVFVEESDLRRQFLEEKAKSEKLSMFSLASVQKVGENSMATEDNTYLEADNLKEEDIEIKKQKEHEANPLPSQLSIYPSNTSTPRGKSKILVQRALPKDGDKSSVLSENECSLDSFQPESNLSTLSAHSEDEDDVSVIEEVHDKKVESKKGRRGSKQGVLERSHETYRLLKRRNIIVEAVKNLRLVESLFTLQKMIMEQEKLEGVSTRCCKKSILRLVHKLSQEGLVRLYRTTVVQDGISKKVELVVHPSINPTDPLVKSAIEQIRFRISNSSGNRTRSPQGMGTSNKADDHSKEGTMGKTQNAPSNQHDNSSKVQQNTDEKMGVLPLRNYHPVIVPGLGRSLGFLPKMLRLKVTHLFLWYIVHGHHIRKLPQEQTTNKDATSSDAIGEQPDNAESIVSDNISCQKDSKTYRESQTLNSEEPFVDPTPEQIVETVYVNDSSWMRYVPPSTIHSEYGPGWVLVSDVLLCLPLSIFIQIVQVSYKVDNLEDYLNDPVKKHTLIRCLPRSIRQQLLYKRRYVFSVFHGLQKLNCMGLLQFGSTEKFQDKDQIFLYVRKKATIVDTTACDPHYNLAQGSKPFDKRYYSFDTLQEVEKFWFDLQFVCLNTPLGVVRIRGKKMNPQTQEENVLDPDNEQEERSNLERKSENLESIPGSREVVDDGSIPGDGLGAGGLDSSFYSHLKRNWIWLSYIFNKTSKSKDNGFTMRLQTFLNKHTLPLGTRGSQTHFWGDKNLVGKSELVEVVKEAAENRNERVCGGKGRKRKRFKKDIGPKRKAKKKKSDPYKNRRYHDEADQSALQRMTRLRVAWTAQEDGLLMLCRIASNILNKKVKRPFVPWQVVRDIMHASLEESLDKTSHSVGRRARYTIKNPQTYLNYKVCLAEVYQDKTLIEEFMAVKKNYDDPKVCAAEYKELVERLKKKFSSTLGYPTYEIPDTVDELFARYRILAVGEQTDKEGGTEILDSVNDIYGLVVENLILSTLSLSDKQIKTCRSLQTFRIFRAYRDDILVKAFLEFQSRRLVNRRRGNHMLGPKKHRALPFVPMSYQLSQSYYRLFTWRFPIATCTESFQFLELLKATGYEDQVDSFSFSDQDIEETDMVLFPLDGPGGQCATVLSLLLLGLVTISVKIPDQIVVVDSTLVDNEVMKGLGKVGMDDEDFEDEYVDETSQKRKIEVKARQASHTNYLLMRGYTAPGIVSTRNLNPNDSVVVNSCQVYLKLKETPLSTSLRTPVSAQDVTDAANSLPYNFTGLLNTKKTSFDTFLNDCAQCHGYSLRDLSCMSEIYSAIEACSFRGIKITDLLNRFYWWEDLDSERTKYLQQYLKDLLTSSQVLEVGGASVRLVAMKHAYPWVQHSDYIKEPITQETESLNQDPDCVESAPLVVENTPESTESCSEPPMKKARSEDSNHVSQTDLDISLMSPSLSIRMGENVQYQNQDTEESVETLHERESDCCFLGRPWRIVDGTLNKPVCKGMLEAVLYHIMTKPGITEISLLKHYSGVLQPVVVKEVVQVLEQIGCIKKSYIEKSSKVSLFSPTAIPQLMEKPKIKDDPIIFYEPTIDCTWRLGGIFPSEVNWNKWVM

Target ORF information:

RefSeq Version	XM_002938289.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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

XM_002938289.5

ORF Insert Sequence:

ATGGAGGTAT TAGATGCAAT TGTTGACGAG GTGGCTCTGG AAGGCCTGGA CGGAATAACT 
ATTCCTGCTC TTTGGCTGCG GCTGCAGGCT CGTGTCCCTC CTTTTCCTTT GCTTCTGGAT 
GAGGCTACTA AAGAGTTCAT ATGGCAGTCA CTGGCGGTTC ATCCTGAGCT CGAATTCTAT 
GAGCTGCCTG TAGAGAGGCA GCCTCTGGTA CTTAGCAATC GGTATGAAGG TATTGACTGT 
GATCCTGTTG TCTTGAAAGC CAAAGGAGGC CCCTGCTCTG AGGACATATA CCCAATACAT 
ATTATTTCTG AAAATAAAGA TGGCATTCAG GGCTCCTGTC AGTTTTTTGA AGAAAGGATC 
TTAGTTACAG ACCAGTTGAG AATGCACACT TTTACATGTG AACAAGTGTT TGAAAGATGG 
GGAGAAAAAC TTCTAATTGT TGGGTCACAA GCCTTGCGTT TAAGAGCTTT AATCGGTTGG 
GAAGGGGATC CAACAGTACT GCTTCCGGAT TGTTCGTACT GCATACTTGA AAAACTGGGA 
AGGTCCAGAT GGCAAGGGGA ACTTCAGAGA GATCTTCAAG GATCATTCAA GGTTGATGCT 
GGGAAAATCC ATTATCTGAG ACGTGCACTG GATAGGAATG GGCTTATAAC AATGCAGTCC 
CATATAATTA AATTATCCAA TGGAACTCAG CAGCATTCAT TACTTTTGCT TCTGAAGAGA 
TTTCATATTG ATAGGAGAAA TAAGTACGAT ATGCTGTCGG AGAAAGTGTC AGCCCTATTG 
AGTGAATGCG AGAATCAGAT AGAAACTCTG ATTAATCTTA GGGAAGAACT GGGAGTGCAT 
GAGCGGATAT TCAAGCGCCT TTACTATTAC ATGGCAAATG CTGGAATTGT GAAAATAATT 
TCTTTACCTT TGCAAGAATT GCAGCCACTT GCAGAGCGAT GTAAGACTAA AAGGGGCACC 
GATATAATGG TCCGTTGTGT AAAACTTCTA AAGGAATATA AAAGAAAAGT TGATGATTCT 
GATGATGATG AGGAGGAAGA TATAAGAAAT CGTATTGTCC CTGTGGACAT AATTTGTGAG 
AAGGATATGT TAACACAAAC CTATGAGCTC ATTGAAAATA GGGGAACCAA AGGAATTTCT 
CAAAGTGAGA TCAGGATGGC AATGAATGTG GGAAAGCTGG AAGCCCGGAT GTTATGCCGT 
TTATTAGAAA GATACATGCT CATTAAGGGA TTCATGGAAG ACGAAGGTCG TCAAAGAACC 
ACAAAATTTA TTTCCCATGT ATTTGTTGAA GAAAGTGACT TGCGCAGACA ATTTTTAGAA 
GAAAAGGCAA AAAGTGAAAA GCTGTCAATG TTTAGTTTAG CATCTGTTCA GAAAGTTGGA 
GAAAACTCGA TGGCAACTGA AGACAATACA TACTTAGAGG CAGATAACCT AAAAGAGGAA 
GACATAGAGA TTAAAAAGCA AAAGGAGCAT GAGGCAAATC CGCTTCCGAG TCAGCTTTCG 
ATTTACCCTA GCAATACATC AACACCAAGA GGAAAATCCA AGATTCTTGT ACAAAGAGCT 
TTGCCTAAAG ATGGAGATAA GAGTTCTGTT CTATCAGAAA ATGAGTGTAG CCTGGACAGC 
TTCCAGCCTG AATCCAACCT TTCCACCTTA TCTGCACACT CTGAAGATGA AGATGATGTT 
TCAGTAATCG AAGAAGTTCA TGATAAGAAA GTAGAAAGTA AGAAAGGCAG AAGAGGTTCT 
AAACAAGGAG TATTGGAACG ATCGCATGAA ACCTATCGCC TCTTGAAAAG ACGAAACATT 
ATTGTTGAAG CTGTTAAAAA CCTGCGATTA GTGGAGAGCT TGTTCACGCT TCAGAAGATG 
ATAATGGAGC AGGAAAAACT GGAAGGTGTA TCTACAAGAT GCTGCAAAAA ATCCATCTTG 
AGATTGGTTC ATAAACTTTC TCAAGAAGGA CTTGTAAGGT TGTACCGGAC CACAGTTGTG 
CAGGATGGAA TCAGTAAAAA AGTGGAGCTT GTTGTTCACC CTTCAATTAA TCCTACTGAT 
CCTTTAGTGA AAAGTGCAAT TGAACAAATA CGTTTTCGTA TCTCCAATTC ATCAGGAAAC 
AGGACACGTT CTCCACAGGG CATGGGCACA TCAAACAAGG CAGATGATCA CAGTAAAGAA 
GGAACAATGG GCAAAACACA GAATGCTCCA TCAAATCAGC ATGACAACTC TAGTAAAGTA 
CAGCAAAATA CTGATGAGAA GATGGGAGTA TTACCATTAA GGAATTATCA TCCAGTGATA 
GTTCCTGGAC TTGGTCGCTC TCTTGGCTTT CTTCCTAAAA TGCTCAGACT AAAAGTAACA 
CACCTTTTTC TCTGGTACAT TGTCCATGGT CACCATATAA GAAAACTTCC ACAAGAGCAA 
ACAACCAATA AAGATGCTAC TTCCAGCGAT GCCATTGGGG AACAACCTGA TAATGCTGAA 
TCGATTGTTA GTGACAACAT TTCATGTCAA AAGGATAGTA AAACATATCG AGAAAGCCAG 
ACTTTGAATT CTGAGGAACC CTTTGTGGAC CCTACACCAG AGCAGATTGT GGAAACTGTA 
TATGTTAATG ACTCCTCTTG GATGAGATAT GTTCCACCTT CTACTATACA TAGTGAATAT 
GGCCCGGGCT GGGTTCTTGT TAGTGATGTT CTGCTTTGCT TGCCCCTCTC AATCTTCATA 
CAGATTGTTC AAGTCAGTTA CAAGGTGGAT AATCTTGAAG ATTATCTAAA TGATCCAGTG 
AAAAAACACA CATTGATCAG ATGTTTGCCA AGATCTATCC GACAGCAGCT GCTGTACAAA 
AGGAGGTATG TGTTTTCTGT TTTCCATGGT CTCCAAAAAT TAAACTGCAT GGGATTGTTG 
CAGTTCGGTT CAACAGAAAA GTTTCAAGAC AAAGACCAGA TATTTTTGTA TGTGAGAAAG 
AAAGCAACAA TTGTTGACAC AACAGCCTGC GACCCACATT ATAACCTTGC ACAAGGAAGC 
AAGCCTTTTG ATAAGCGATA TTATAGTTTT GATACTTTGC AAGAAGTGGA GAAATTTTGG 
TTTGATTTAC AGTTTGTCTG TCTGAATACA CCTTTAGGTG TTGTCCGTAT TCGTGGAAAG 
AAAATGAATC CTCAGACTCA AGAGGAAAAT GTTCTTGATC CTGACAATGA ACAGGAAGAG 
AGATCAAATT TGGAGCGGAA ATCTGAAAAC CTGGAAAGCA TCCCAGGCAG TAGAGAGGTA 
GTTGATGATG GGTCTATTCC AGGAGATGGA CTGGGAGCTG GGGGACTTGA CTCAAGCTTT 
TACAGTCACC TGAAGCGAAA CTGGATATGG TTAAGCTACA TTTTTAACAA AACTAGCAAG 
AGCAAAGATA ATGGCTTTAC AATGAGACTC CAGACATTTC TAAATAAGCA TACTTTACCC 
CTGGGTACAA GAGGTAGCCA AACACATTTT TGGGGAGATA AGAATTTGGT AGGAAAAAGT 
GAACTTGTTG AGGTTGTCAA AGAAGCTGCA GAGAATCGTA ATGAGCGGGT GTGTGGTGGG 
AAGGGCCGAA AGAGAAAAAG ATTTAAAAAA GATATCGGAC CAAAGAGAAA AGCAAAGAAA 
AAAAAGAGCG ACCCATACAA GAATCGGCGA TACCATGATG AGGCAGATCA GAGTGCATTA 
CAAAGGATGA CTCGTCTGCG AGTGGCTTGG ACAGCCCAAG AGGATGGCTT GCTCATGTTG 
TGCCGAATAG CAAGTAACAT TCTGAATAAA AAGGTGAAAA GACCATTTGT TCCTTGGCAA 
GTTGTCCGAG ATATTATGCA TGCTAGCTTG GAAGAATCAC TTGATAAAAC ATCTCATTCT 
GTTGGTCGAA GAGCTCGTTA CACTATAAAA AATCCCCAGA CATATCTTAA CTATAAAGTA 
TGCTTGGCAG AAGTCTACCA GGATAAAACA CTTATTGAAG AGTTTATGGC TGTAAAGAAG 
AATTATGATG ATCCTAAAGT TTGTGCTGCA GAGTATAAAG AACTTGTAGA AAGACTCAAG 
AAGAAATTTA GTTCTACTCT GGGTTATCCA ACATATGAAA TTCCTGATAC TGTTGATGAA 
CTCTTTGCCA GGTACAGAAT TTTGGCCGTG GGGGAACAAA CAGATAAAGA GGGGGGAACA 
GAAATTCTTG ACAGTGTGAA TGATATCTAT GGTCTGGTAG TGGAGAACCT TATTTTGAGT 
ACATTGTCTC TCTCTGACAA GCAGATAAAA ACCTGTCGAT CACTTCAAAC TTTTCGAATT 
TTCAGAGCAT ATAGAGATGA CATTTTGGTC AAGGCTTTCC TGGAATTTCA AAGTAGAAGG 
CTGGTAAATC GTCGAAGAGG AAATCATATG CTTGGTCCAA AGAAGCATCG TGCCTTGCCA 
TTTGTGCCCA TGTCATATCA GTTATCTCAG TCGTACTACA GGCTCTTTAC TTGGCGGTTT 
CCGATTGCAA CCTGCACAGA GTCCTTTCAG TTCCTTGAAC TGCTGAAAGC AACTGGATAT 
GAAGATCAGG TTGATAGTTT TTCATTTAGT GACCAAGATA TAGAAGAAAC AGATATGGTG 
TTGTTTCCAT TGGATGGACC AGGTGGACAG TGCGCAACTG TATTATCTCT TCTGTTACTG 
GGCCTTGTCA CAATCAGTGT TAAAATTCCA GACCAGATTG TAGTGGTGGA CTCTACCCTT 
GTGGACAATG AAGTAATGAA AGGCCTTGGA AAGGTTGGCA TGGATGATGA GGATTTTGAG 
GACGAGTATG TGGATGAAAC GAGTCAGAAG CGAAAAATAG AAGTGAAGGC TAGACAGGCT 
TCTCATACCA ACTACCTGCT AATGAGAGGT TACACTGCAC CAGGAATAGT CAGCACAAGA 
AATCTGAACC CAAATGATAG TGTGGTTGTG AACTCATGTC AAGTTTATTT GAAACTAAAA 
GAAACACCTC TGAGTACAAG TCTGAGAACC CCAGTTTCTG CCCAAGATGT CACTGATGCA 
GCGAATTCTC TGCCTTATAA TTTCACTGGA CTTTTAAATA CCAAAAAAAC AAGCTTTGAT 
ACATTTCTTA ATGACTGCGC ACAATGTCAT GGTTACAGCT TGAGAGACTT ATCTTGTATG 
TCTGAAATAT ATTCTGCTAT TGAAGCCTGT TCCTTCCGTG GAATTAAAAT AACAGATCTT 
TTAAATCGGT TCTATTGGTG GGAGGATCTA GACTCTGAAA GAACAAAATA TTTGCAGCAA 
TACTTAAAGG ATCTCTTAAC TTCTAGCCAG GTCTTAGAAG TAGGAGGAGC CTCAGTTAGA 
CTTGTGGCTA TGAAACACGC ATATCCTTGG GTTCAGCATT CTGATTATAT AAAAGAACCC 
ATAACACAAG AGACAGAAAG TCTTAATCAA GATCCTGACT GTGTTGAATC CGCTCCACTT 
GTGGTTGAGA ACACTCCAGA AAGCACTGAA AGTTGTTCTG AGCCCCCAAT GAAGAAAGCA 
CGTTCAGAAG ATAGTAACCA TGTGAGCCAG ACAGATTTAG ATATATCTTT GATGTCTCCA 
TCTCTGAGCA TCAGGATGGG GGAGAATGTT CAATACCAAA ATCAAGACAC AGAAGAATCT 
GTTGAGACAT TACATGAAAG AGAGTCGGAT TGTTGTTTCC TTGGGAGACC TTGGAGAATT 
GTTGATGGCA CCTTAAACAA ACCAGTGTGT AAGGGTATGC TTGAAGCGGT CTTATACCAT 
ATAATGACCA AGCCCGGGAT AACAGAGATA AGCTTACTAA AGCATTACAG TGGTGTTCTC 
CAACCTGTTG TTGTCAAGGA AGTGGTACAG GTATTGGAAC AGATTGGGTG TATTAAAAAG 
AGTTACATTG AAAAAAGTTC GAAAGTTTCC TTATTTTCAC CCACTGCAAT TCCACAGCTG 
ATGGAGAAGC CTAAAATAAA AGACGACCCC ATTATATTTT ATGAACCTAC CATTGACTGC 
ACTTGGAGAC TTGGTGGGAT TTTTCCATCA GAAGTGAACT GGAACAAATG GGTTATGTAA

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

gtf3c1 ( XM_002938289.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002938335.2 Xenopus tropicalis general transcription factor IIIC subunit 1 (gtf3c1), mRNA.

Price & Availability↑

CloneID	OXa16274
Clone ID Related Accession (Same CDS sequence)	XM_002938289.4
Accession Version	XM_002938289.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6000bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	general transcription factor 3C polypeptide 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002938289.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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##

ATGGAGGTAT TAGATGCAAT TGTTGACGAG GTGGCTCTGG AAGGCCTGGA CGGAATAACT 
ATTCCTGCTC TTTGGCTGCG GCTGCAGGCT CGTGTCCCTC CTTTTCCTTT GCTTCTGGAT 
GAGGCTACTA AAGAGTTCAT ATGGCAGTCA CTGGCGGTTC ATCCTGAGCT CGAATTCTAT 
GAGCTGCCTG TAGAGAGGCA GCCTCTGGTA CTTAGCAATC GGTATGAAGG TATTGACTGT 
GATCCTGTTG TCTTGAAAGC CAAAGGAGGC CCCTGCTCTG AGGACATATA CCCAATACAT 
ATTATTTCTG AAAATAAAGA TGGCATTCAG GGCTCCTGTC AGTTTTTTGA AGAAAGGATC 
TTAGTTACAG ACCAGTTGAG AATGCACACT TTTACATGTG AACAAGTGTT TGAAAGATGG 
GGAGAAAAAC TTCTAATTGT TGGGTCACAA GCCTTGCGTT TAAGAGCTTT AATCGGTTGG 
GAAGGGGATC CAACAGTACT GCTTCCGGAT TGTTCGTACT GCATACTTGA AAAACTGGGA 
AGGTCCAGAT GGCAAGGGGA ACTTCAGAGA GATCTTCAAG GATCATTCAA GGTTGATGCT 
GGGAAAATCC ATTATCTGAG ACGTGCACTG GATAGGAATG GGCTTATAAC AATGCAGTCC 
CATATAATTA AATTATCCAA TGGAACTCAG CAGCATTCAT TACTTTTGCT TCTGAAGAGA 
TTTCATATTG ATAGGAGAAA TAAGTACGAT ATGCTGTCGG AGAAAGTGTC AGCCCTATTG 
AGTGAATGCG AGAATCAGAT AGAAACTCTG ATTAATCTTA GGGAAGAACT GGGAGTGCAT 
GAGCGGATAT TCAAGCGCCT TTACTATTAC ATGGCAAATG CTGGAATTGT GAAAATAATT 
TCTTTACCTT TGCAAGAATT GCAGCCACTT GCAGAGCGAT GTAAGACTAA AAGGGGCACC 
GATATAATGG TCCGTTGTGT AAAACTTCTA AAGGAATATA AAAGAAAAGT TGATGATTCT 
GATGATGATG AGGAGGAAGA TATAAGAAAT CGTATTGTCC CTGTGGACAT AATTTGTGAG 
AAGGATATGT TAACACAAAC CTATGAGCTC ATTGAAAATA GGGGAACCAA AGGAATTTCT 
CAAAGTGAGA TCAGGATGGC AATGAATGTG GGAAAGCTGG AAGCCCGGAT GTTATGCCGT 
TTATTAGAAA GATACATGCT CATTAAGGGA TTCATGGAAG ACGAAGGTCG TCAAAGAACC 
ACAAAATTTA TTTCCCATGT ATTTGTTGAA GAAAGTGACT TGCGCAGACA ATTTTTAGAA 
GAAAAGGCAA AAAGTGAAAA GCTGTCAATG TTTAGTTTAG CATCTGTTCA GAAAGTTGGA 
GAAAACTCGA TGGCAACTGA AGACAATACA TGCTTAGAGG CAGATAACCT AAAAGAGGAA 
GACATAGAGA TTAAAAAGCA AAAGGAGCAT GAGGCAAATC CGCTTCCGAG TCAGCTTTCG 
ATTTACCCTA GCAATACATC AACACCAAGA GGAAAATCCA AGATTCTTGT ACAAAGAGCT 
TTGTCTAAAG ATGGAGATAA GAGTTCTGTT CTATCAGAAA ATGAGTGTAG CCTGGACAGC 
TTCCAGCCTG AATCCAACCT TTCCACCTTA TCTGCACACT CTGAAGATGA AGATGATGTT 
TCAGTAATCG AAGAAGTTCA TGATAAGAAA GTAGAAAGTA AGAAAGGCAG AAGAGGTTCT 
AAACAAGGAG TATTGGAACG ATCACATGAA ACCTATCGCC TCTTGAAAAG ACGAAACATT 
ATTGTTGAAG CTGTTAAAAA CCTGCGATTA GTGGAGAGCT TGTTCACGCT TCAGAAGATG 
ATAATGGAGC AGGAAAAACT GGAAGGTGTA TCTACAAGAT GCTGCAAAAA ATCCATCTTG 
AGATTGGTTC ATAAACTTTC TCAAGAAGGA CTTGTAAGGT TGTACCGGAC CACAGTTGTG 
CAGGATGGAA TCAGTAAAAA AGTGGAGCTT GTTGTTCACC CTTCAATTAA TCCTACTGAT 
CCTTTAGTGA AAAGTGCAAT TGAACAAATA CGTTTTCGTA TCTCCAATTC ATCAGGAAAC 
AGGACACGTT CTCCACAGGG CATGGGCACA TCAAACAAGG CAGATGATCA CAGTAAAGAA 
GGAACAATGG GCAAAACACA GAATGCTCCA TCAAATCAGC ATGACAACTC TAGTAAAGTA 
CAGCAAAATA CTGATGAGAA GATGGGAGTA TTACCATTAA GGAATTATCA TCCAGTGATA 
GTTCCTGGAC TTGGTCGCTC TCTTGGCTTT CTTCCTAAAA TGCTCAGACT AAAAGTAACA 
CACCTTTTTC TCTGGTACAT TGTCCATGGT CACCATATAA GAAAACTTCC ACAAGAGCAA 
ACAACCAATA AAGATGCTAC TTCCAGCGAT GCCATTGGGG AACAACCTGA TAGTGCTGAA 
TCGATTGTTA GTGACAACAT TTCATGTCAA AAGGATAGTA AAACATATCG AGAAAGTCAG 
ACTTTGAATT CTGAGGAACC CTTTGTGGAC CCTACACCAG AGCAGATTGT GGAAACTGTA 
TATGTTAATG ACTCCTCTTG GATGAGATAT GTTCCACCTT CTACTATACA TAGTGAATAT 
GGCCCGGGCT GGGTTCTTGT TAGTGATGTT CTGCTTTGCT TGCCCCTCTC AATCTTCATA 
CAGATTGTTC AAGTCAGTTA CAAGGTGGAT AATCTTGAAG ATTATCTAAA TGATCCAGTG 
AAAAAACACA CATTGATCAG ATGTTTGCCA AGATCTATCC GACAGCAGCT GCTGTACAAA 
AGGAGGTATG TGTTTTCTGT TTTCCATGGT CTCCAAAAAT TAAACTGCAT GGGATTGTTG 
CAGTTCGGTT CAACAGAAAA GTTTCAAGAC AAAGACCAGA TATTTTTGTA TGTGAGAAAG 
AAAGCAACAA TTGTTGACAC AACAGCCTGC GACCCACATT ATAACCTTGC ACAAGGAAGC 
AAGCCTTTTG ATAAGCGATA TTATAGTTTT GATACTTTGC AAGAAGTGGA GAAATTTTGG 
TTTGATTTAC AGTTTGTCTG TCTGAATACA CCTTTAGGTG TTGTCCGTAT TCGTGGAAAG 
AAAATGAATC CTCAGACTCA AGAGGAAAAT GTTCTTGATC CTGACAATGA ACAGGAAGAG 
AGATCAAATT TGGAGCGGAA ATCTGAAAAC CTGGAAAGCA TCCCAGGCAG TAGAGAGGTA 
GTTGATGATG GGTCTATTCC AGGAGATGGA CTGGGAGCTG GGGGACTTGA CTCAAGCTTT 
TACAGTCACC TGAAGCGAAA CTGGATATGG TTAAGCTACA TTTTTAACAA AACTAGCAAG 
AGCAAAGATA ATGGCTTTAC AATGAGACTC CAGACATTTC TAAATAAGCA TACTTTACCC 
CTGGGTACAA GAGGTAGCCA AACACATTTT TGGGGAGATA AGAATTTGGT AGGAAAAAGT 
GAACTTGTTG AGGTTGTCAA AGAAGCTGCA GAGAATCGTA ATGAGCGGGT GAGTGGTGGG 
AAGGGCCGAA AGAGAAAAAG ATTTAAAAAA GATATCGGAC CAAAGAGAAA AGCAAAGAAA 
AAAAAGAGCG ACCCATACAA GAATCGGCGA TACCATGATG AGGCAGATCA GAGTGCATTA 
CAAAGGATGA CTCGTCTGCG AGTGGCTTGG ACAGCCCAAG AGGATGGCTT GCTCATGTTG 
TGCCGAATAG CAAGTAACAT TCTGAATAAA AAGGTGAAAA GACCATTTGT TCCTTGGCAA 
GTTGTCCGAG ATATTATGCA TGCTAGCTTG GAAGAATCAC TTGATAAAAC ATCTCATTCT 
GTTGGTCGAA GAGCTCGTTA CACTATAAAA AATCCCCAGA CATATCTTAA CTATAAAGTA 
TGCTTGGCAG AAGTCTACCA GGATAAAACA CTTATTGAAG AGTTTATGGC TGTAAAGAAG 
AATTATGATG ATCCTAAAGT TTGTGCTGCA GAGTATAAAG AACTTGTAGA AAGACTCAAG 
AAGAAATTTA GTTCTACTCT GGGTTATCCA ACATATGAAA TTCCTGATAC TGTTGATGAA 
CTCTTTGCCA GGTACAGAAT TTTGGCCGTG GGGGAACAAA CAGATAAAGA GGGGGGAACA 
GAAATTCTTG ACAGTGTGAA TGATATCTAT GGTCTGGTAG TGGAGAACCT TATTTTGAGT 
ACATTGTCTC TCTCTGACAA GCAGATAAAA ACCTGTCGAT CACTTCAAAC TTTTCGAATT 
TTCAGAGCAT ATAGAGATGA CATTTTGGTC AAGGCTTTCC TGGAATTTCA AAGTAGAAGG 
CTGGTAAATC GTCGAAGAGG AAATCATATG CTTGGTCCAA AGAAGCATCG TGCCTTGCCA 
TTTGTGCCCA TGTCATATCA GTTATCTCAG TCGTACTACA GGCTCTTTAC TTGGCGGTTT 
CCGATTGCAA CCTGCACAGA GTCCTTTCAG TTCCTTGAAC TGCTGAAAGC AACTGGATAT 
GAAGATCAGG TTGATAGTTT TTCATTTAGT GACCAAGATA TAGAAGAAAC AGATATGGTG 
TTGTTTCCAT TGGATGGACC AGGTGGACAG TGCGCAACTG TATTATCTCT TCTGTTACTG 
GGCCTTGTCA CAATCAGTGT TAAAATTCCA GACCAGATTG TAGTGGTGGA CTCTACCCTT 
GTGGACAATG AAGTAATGAA AGGCCTTGGA AAGGTTGGCA TGGATGATGA GGATTTTGAG 
GACGAGTATG TGGATGAAAC GAGTCAGAAG CGAAAAATAG AAGTGAAGGC TAGACAGGCT 
TCTCATACCA ACTACCTGCT AATGAGAGGT TACACTGCAC CAGGAATAGT CAGCACAAGA 
AATCTGAACC CAAATGATAG TGTGGTTGTG AACTCATGTC AAGTTTATTT GAAACTAAAA 
GAAACACCTC TGAGTACAAG TCTGAGAACC CCAGTTTCTG CCCAAGATGT CACTGATGCA 
GCGAATTCTC TGCCTTATAA TTTCACTGGA CTTTTAAATA CCAAAAAAAC AAGCTTTGAT 
ACATTTCTTA ATGACTGCGC ACAATGTCAT GGTTACAGCT TGAGAGACTT ATCTTGTATG 
TCTGAAATAT ATTCTGCTAT TGAAGCCTGT TCCTTCCGTG GAATTAAAAT AACAGATCTT 
TTAAATCGGT TCTATTGGTG GGAGGATCTA GACTCTGAAA GAACAAAATA TTTGCAGCAA 
TACTTAAAGG ATCTCTTAAC TTCTAGCCAG GTCTTAGAAG TAGGAGGAGC CTCAGTTAGA 
CTTGTGGCTA TGAAACACGC ATATCCTTGG GTTCAGCATT CTGATTATAT AAAAGAACCC 
ATAACACAAG AGACAGAAAG TCTTAATCAA GATCCTGACT GTGTTGAATC CGCTCCACTT 
GTGGTTGAGA ACACTCCAGA AAGCACTGAA AGTTGTTCTG AGCCCCCAAT GAAGAAAGCA 
CGTTCAGAAG ATAGTAACCA TGTGAGCCAG ACAGATTTAG ATATATCTTT GATGTCTCCA 
TCTCTGAGCA TCAGGATGGG GGAGAATGTT CAATACCAAA ATCAAGACAC AGAAGAATCT 
GTTGAGACAT TACATGAAAG AGAGTCGGAT TGTTGTTTCC TTGGGAGACC TTGGAGAATT 
GTTGATGGCA CCTTAAACAA ACCAGTGTGT AAGGGTATGC TTGAAGCGGT CTTATACCAT 
ATAATGACCA AGCCCGGGAT AACAGAGATA AGCTTACTAA AGCATTACAG TGGTGTTCTC 
CAACCTGTTG TTGTCAAGGA AGTGGTACAG GTATTGGAAC AGATTGGGTG TATTAAAAAG 
AGTTACATTG AAAAAAGTTC GAAAGTTTCC TTATTTTCAC CCACTGCAAT TCCACAGCTG 
ATGGAGAAGC CTAAAATAAA AGATGACCCC ATTATATTTT ATGAACCTAC CATTGACTGC 
ACTTGGAGAC TTGGTGGGAT TTTTCCATCA GAAGTGAACT GGAACAAATG GGTTATGTAA

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

RefSeq	XP_002938335.2
CDS	182..6181
Translation	MEVLDAIVDEVALEGLDGITIPALWLRLQARVPPFPLLLDEATKEFIWQSLAVHPELEFYELPVERQPLVLSNRYEGIDCDPVVLKAKGGPCSEDIYPIHIISENKDGIQGSCQFFEERILVTDQLRMHTFTCEQVFERWGEKLLIVGSQALRLRALIGWEGDPTVLLPDCSYCILEKLGRSRWQGELQRDLQGSFKVDAGKIHYLRRALDRNGLITMQSHIIKLSNGTQQHSLLLLLKRFHIDRRNKYDMLSEKVSALLSECENQIETLINLREELGVHERIFKRLYYYMANAGIVKIISLPLQELQPLAERCKTKRGTDIMVRCVKLLKEYKRKVDDSDDDEEEDIRNRIVPVDIICEKDMLTQTYELIENRGTKGISQSEIRMAMNVGKLEARMLCRLLERYMLIKGFMEDEGRQRTTKFISHVFVEESDLRRQFLEEKAKSEKLSMFSLASVQKVGENSMATEDNTCLEADNLKEEDIEIKKQKEHEANPLPSQLSIYPSNTSTPRGKSKILVQRALSKDGDKSSVLSENECSLDSFQPESNLSTLSAHSEDEDDVSVIEEVHDKKVESKKGRRGSKQGVLERSHETYRLLKRRNIIVEAVKNLRLVESLFTLQKMIMEQEKLEGVSTRCCKKSILRLVHKLSQEGLVRLYRTTVVQDGISKKVELVVHPSINPTDPLVKSAIEQIRFRISNSSGNRTRSPQGMGTSNKADDHSKEGTMGKTQNAPSNQHDNSSKVQQNTDEKMGVLPLRNYHPVIVPGLGRSLGFLPKMLRLKVTHLFLWYIVHGHHIRKLPQEQTTNKDATSSDAIGEQPDSAESIVSDNISCQKDSKTYRESQTLNSEEPFVDPTPEQIVETVYVNDSSWMRYVPPSTIHSEYGPGWVLVSDVLLCLPLSIFIQIVQVSYKVDNLEDYLNDPVKKHTLIRCLPRSIRQQLLYKRRYVFSVFHGLQKLNCMGLLQFGSTEKFQDKDQIFLYVRKKATIVDTTACDPHYNLAQGSKPFDKRYYSFDTLQEVEKFWFDLQFVCLNTPLGVVRIRGKKMNPQTQEENVLDPDNEQEERSNLERKSENLESIPGSREVVDDGSIPGDGLGAGGLDSSFYSHLKRNWIWLSYIFNKTSKSKDNGFTMRLQTFLNKHTLPLGTRGSQTHFWGDKNLVGKSELVEVVKEAAENRNERVSGGKGRKRKRFKKDIGPKRKAKKKKSDPYKNRRYHDEADQSALQRMTRLRVAWTAQEDGLLMLCRIASNILNKKVKRPFVPWQVVRDIMHASLEESLDKTSHSVGRRARYTIKNPQTYLNYKVCLAEVYQDKTLIEEFMAVKKNYDDPKVCAAEYKELVERLKKKFSSTLGYPTYEIPDTVDELFARYRILAVGEQTDKEGGTEILDSVNDIYGLVVENLILSTLSLSDKQIKTCRSLQTFRIFRAYRDDILVKAFLEFQSRRLVNRRRGNHMLGPKKHRALPFVPMSYQLSQSYYRLFTWRFPIATCTESFQFLELLKATGYEDQVDSFSFSDQDIEETDMVLFPLDGPGGQCATVLSLLLLGLVTISVKIPDQIVVVDSTLVDNEVMKGLGKVGMDDEDFEDEYVDETSQKRKIEVKARQASHTNYLLMRGYTAPGIVSTRNLNPNDSVVVNSCQVYLKLKETPLSTSLRTPVSAQDVTDAANSLPYNFTGLLNTKKTSFDTFLNDCAQCHGYSLRDLSCMSEIYSAIEACSFRGIKITDLLNRFYWWEDLDSERTKYLQQYLKDLLTSSQVLEVGGASVRLVAMKHAYPWVQHSDYIKEPITQETESLNQDPDCVESAPLVVENTPESTESCSEPPMKKARSEDSNHVSQTDLDISLMSPSLSIRMGENVQYQNQDTEESVETLHERESDCCFLGRPWRIVDGTLNKPVCKGMLEAVLYHIMTKPGITEISLLKHYSGVLQPVVVKEVVQVLEQIGCIKKSYIEKSSKVSLFSPTAIPQLMEKPKIKDDPIIFYEPTIDCTWRLGGIFPSEVNWNKWVM

Target ORF information:

RefSeq Version	XM_002938289.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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

XM_002938289.4

ORF Insert Sequence:

ATGGAGGTAT TAGATGCAAT TGTTGACGAG GTGGCTCTGG AAGGCCTGGA CGGAATAACT 
ATTCCTGCTC TTTGGCTGCG GCTGCAGGCT CGTGTCCCTC CTTTTCCTTT GCTTCTGGAT 
GAGGCTACTA AAGAGTTCAT ATGGCAGTCA CTGGCGGTTC ATCCTGAGCT CGAATTCTAT 
GAGCTGCCTG TAGAGAGGCA GCCTCTGGTA CTTAGCAATC GGTATGAAGG TATTGACTGT 
GATCCTGTTG TCTTGAAAGC CAAAGGAGGC CCCTGCTCTG AGGACATATA CCCAATACAT 
ATTATTTCTG AAAATAAAGA TGGCATTCAG GGCTCCTGTC AGTTTTTTGA AGAAAGGATC 
TTAGTTACAG ACCAGTTGAG AATGCACACT TTTACATGTG AACAAGTGTT TGAAAGATGG 
GGAGAAAAAC TTCTAATTGT TGGGTCACAA GCCTTGCGTT TAAGAGCTTT AATCGGTTGG 
GAAGGGGATC CAACAGTACT GCTTCCGGAT TGTTCGTACT GCATACTTGA AAAACTGGGA 
AGGTCCAGAT GGCAAGGGGA ACTTCAGAGA GATCTTCAAG GATCATTCAA GGTTGATGCT 
GGGAAAATCC ATTATCTGAG ACGTGCACTG GATAGGAATG GGCTTATAAC AATGCAGTCC 
CATATAATTA AATTATCCAA TGGAACTCAG CAGCATTCAT TACTTTTGCT TCTGAAGAGA 
TTTCATATTG ATAGGAGAAA TAAGTACGAT ATGCTGTCGG AGAAAGTGTC AGCCCTATTG 
AGTGAATGCG AGAATCAGAT AGAAACTCTG ATTAATCTTA GGGAAGAACT GGGAGTGCAT 
GAGCGGATAT TCAAGCGCCT TTACTATTAC ATGGCAAATG CTGGAATTGT GAAAATAATT 
TCTTTACCTT TGCAAGAATT GCAGCCACTT GCAGAGCGAT GTAAGACTAA AAGGGGCACC 
GATATAATGG TCCGTTGTGT AAAACTTCTA AAGGAATATA AAAGAAAAGT TGATGATTCT 
GATGATGATG AGGAGGAAGA TATAAGAAAT CGTATTGTCC CTGTGGACAT AATTTGTGAG 
AAGGATATGT TAACACAAAC CTATGAGCTC ATTGAAAATA GGGGAACCAA AGGAATTTCT 
CAAAGTGAGA TCAGGATGGC AATGAATGTG GGAAAGCTGG AAGCCCGGAT GTTATGCCGT 
TTATTAGAAA GATACATGCT CATTAAGGGA TTCATGGAAG ACGAAGGTCG TCAAAGAACC 
ACAAAATTTA TTTCCCATGT ATTTGTTGAA GAAAGTGACT TGCGCAGACA ATTTTTAGAA 
GAAAAGGCAA AAAGTGAAAA GCTGTCAATG TTTAGTTTAG CATCTGTTCA GAAAGTTGGA 
GAAAACTCGA TGGCAACTGA AGACAATACA TGCTTAGAGG CAGATAACCT AAAAGAGGAA 
GACATAGAGA TTAAAAAGCA AAAGGAGCAT GAGGCAAATC CGCTTCCGAG TCAGCTTTCG 
ATTTACCCTA GCAATACATC AACACCAAGA GGAAAATCCA AGATTCTTGT ACAAAGAGCT 
TTGTCTAAAG ATGGAGATAA GAGTTCTGTT CTATCAGAAA ATGAGTGTAG CCTGGACAGC 
TTCCAGCCTG AATCCAACCT TTCCACCTTA TCTGCACACT CTGAAGATGA AGATGATGTT 
TCAGTAATCG AAGAAGTTCA TGATAAGAAA GTAGAAAGTA AGAAAGGCAG AAGAGGTTCT 
AAACAAGGAG TATTGGAACG ATCACATGAA ACCTATCGCC TCTTGAAAAG ACGAAACATT 
ATTGTTGAAG CTGTTAAAAA CCTGCGATTA GTGGAGAGCT TGTTCACGCT TCAGAAGATG 
ATAATGGAGC AGGAAAAACT GGAAGGTGTA TCTACAAGAT GCTGCAAAAA ATCCATCTTG 
AGATTGGTTC ATAAACTTTC TCAAGAAGGA CTTGTAAGGT TGTACCGGAC CACAGTTGTG 
CAGGATGGAA TCAGTAAAAA AGTGGAGCTT GTTGTTCACC CTTCAATTAA TCCTACTGAT 
CCTTTAGTGA AAAGTGCAAT TGAACAAATA CGTTTTCGTA TCTCCAATTC ATCAGGAAAC 
AGGACACGTT CTCCACAGGG CATGGGCACA TCAAACAAGG CAGATGATCA CAGTAAAGAA 
GGAACAATGG GCAAAACACA GAATGCTCCA TCAAATCAGC ATGACAACTC TAGTAAAGTA 
CAGCAAAATA CTGATGAGAA GATGGGAGTA TTACCATTAA GGAATTATCA TCCAGTGATA 
GTTCCTGGAC TTGGTCGCTC TCTTGGCTTT CTTCCTAAAA TGCTCAGACT AAAAGTAACA 
CACCTTTTTC TCTGGTACAT TGTCCATGGT CACCATATAA GAAAACTTCC ACAAGAGCAA 
ACAACCAATA AAGATGCTAC TTCCAGCGAT GCCATTGGGG AACAACCTGA TAGTGCTGAA 
TCGATTGTTA GTGACAACAT TTCATGTCAA AAGGATAGTA AAACATATCG AGAAAGTCAG 
ACTTTGAATT CTGAGGAACC CTTTGTGGAC CCTACACCAG AGCAGATTGT GGAAACTGTA 
TATGTTAATG ACTCCTCTTG GATGAGATAT GTTCCACCTT CTACTATACA TAGTGAATAT 
GGCCCGGGCT GGGTTCTTGT TAGTGATGTT CTGCTTTGCT TGCCCCTCTC AATCTTCATA 
CAGATTGTTC AAGTCAGTTA CAAGGTGGAT AATCTTGAAG ATTATCTAAA TGATCCAGTG 
AAAAAACACA CATTGATCAG ATGTTTGCCA AGATCTATCC GACAGCAGCT GCTGTACAAA 
AGGAGGTATG TGTTTTCTGT TTTCCATGGT CTCCAAAAAT TAAACTGCAT GGGATTGTTG 
CAGTTCGGTT CAACAGAAAA GTTTCAAGAC AAAGACCAGA TATTTTTGTA TGTGAGAAAG 
AAAGCAACAA TTGTTGACAC AACAGCCTGC GACCCACATT ATAACCTTGC ACAAGGAAGC 
AAGCCTTTTG ATAAGCGATA TTATAGTTTT GATACTTTGC AAGAAGTGGA GAAATTTTGG 
TTTGATTTAC AGTTTGTCTG TCTGAATACA CCTTTAGGTG TTGTCCGTAT TCGTGGAAAG 
AAAATGAATC CTCAGACTCA AGAGGAAAAT GTTCTTGATC CTGACAATGA ACAGGAAGAG 
AGATCAAATT TGGAGCGGAA ATCTGAAAAC CTGGAAAGCA TCCCAGGCAG TAGAGAGGTA 
GTTGATGATG GGTCTATTCC AGGAGATGGA CTGGGAGCTG GGGGACTTGA CTCAAGCTTT 
TACAGTCACC TGAAGCGAAA CTGGATATGG TTAAGCTACA TTTTTAACAA AACTAGCAAG 
AGCAAAGATA ATGGCTTTAC AATGAGACTC CAGACATTTC TAAATAAGCA TACTTTACCC 
CTGGGTACAA GAGGTAGCCA AACACATTTT TGGGGAGATA AGAATTTGGT AGGAAAAAGT 
GAACTTGTTG AGGTTGTCAA AGAAGCTGCA GAGAATCGTA ATGAGCGGGT GAGTGGTGGG 
AAGGGCCGAA AGAGAAAAAG ATTTAAAAAA GATATCGGAC CAAAGAGAAA AGCAAAGAAA 
AAAAAGAGCG ACCCATACAA GAATCGGCGA TACCATGATG AGGCAGATCA GAGTGCATTA 
CAAAGGATGA CTCGTCTGCG AGTGGCTTGG ACAGCCCAAG AGGATGGCTT GCTCATGTTG 
TGCCGAATAG CAAGTAACAT TCTGAATAAA AAGGTGAAAA GACCATTTGT TCCTTGGCAA 
GTTGTCCGAG ATATTATGCA TGCTAGCTTG GAAGAATCAC TTGATAAAAC ATCTCATTCT 
GTTGGTCGAA GAGCTCGTTA CACTATAAAA AATCCCCAGA CATATCTTAA CTATAAAGTA 
TGCTTGGCAG AAGTCTACCA GGATAAAACA CTTATTGAAG AGTTTATGGC TGTAAAGAAG 
AATTATGATG ATCCTAAAGT TTGTGCTGCA GAGTATAAAG AACTTGTAGA AAGACTCAAG 
AAGAAATTTA GTTCTACTCT GGGTTATCCA ACATATGAAA TTCCTGATAC TGTTGATGAA 
CTCTTTGCCA GGTACAGAAT TTTGGCCGTG GGGGAACAAA CAGATAAAGA GGGGGGAACA 
GAAATTCTTG ACAGTGTGAA TGATATCTAT GGTCTGGTAG TGGAGAACCT TATTTTGAGT 
ACATTGTCTC TCTCTGACAA GCAGATAAAA ACCTGTCGAT CACTTCAAAC TTTTCGAATT 
TTCAGAGCAT ATAGAGATGA CATTTTGGTC AAGGCTTTCC TGGAATTTCA AAGTAGAAGG 
CTGGTAAATC GTCGAAGAGG AAATCATATG CTTGGTCCAA AGAAGCATCG TGCCTTGCCA 
TTTGTGCCCA TGTCATATCA GTTATCTCAG TCGTACTACA GGCTCTTTAC TTGGCGGTTT 
CCGATTGCAA CCTGCACAGA GTCCTTTCAG TTCCTTGAAC TGCTGAAAGC AACTGGATAT 
GAAGATCAGG TTGATAGTTT TTCATTTAGT GACCAAGATA TAGAAGAAAC AGATATGGTG 
TTGTTTCCAT TGGATGGACC AGGTGGACAG TGCGCAACTG TATTATCTCT TCTGTTACTG 
GGCCTTGTCA CAATCAGTGT TAAAATTCCA GACCAGATTG TAGTGGTGGA CTCTACCCTT 
GTGGACAATG AAGTAATGAA AGGCCTTGGA AAGGTTGGCA TGGATGATGA GGATTTTGAG 
GACGAGTATG TGGATGAAAC GAGTCAGAAG CGAAAAATAG AAGTGAAGGC TAGACAGGCT 
TCTCATACCA ACTACCTGCT AATGAGAGGT TACACTGCAC CAGGAATAGT CAGCACAAGA 
AATCTGAACC CAAATGATAG TGTGGTTGTG AACTCATGTC AAGTTTATTT GAAACTAAAA 
GAAACACCTC TGAGTACAAG TCTGAGAACC CCAGTTTCTG CCCAAGATGT CACTGATGCA 
GCGAATTCTC TGCCTTATAA TTTCACTGGA CTTTTAAATA CCAAAAAAAC AAGCTTTGAT 
ACATTTCTTA ATGACTGCGC ACAATGTCAT GGTTACAGCT TGAGAGACTT ATCTTGTATG 
TCTGAAATAT ATTCTGCTAT TGAAGCCTGT TCCTTCCGTG GAATTAAAAT AACAGATCTT 
TTAAATCGGT TCTATTGGTG GGAGGATCTA GACTCTGAAA GAACAAAATA TTTGCAGCAA 
TACTTAAAGG ATCTCTTAAC TTCTAGCCAG GTCTTAGAAG TAGGAGGAGC CTCAGTTAGA 
CTTGTGGCTA TGAAACACGC ATATCCTTGG GTTCAGCATT CTGATTATAT AAAAGAACCC 
ATAACACAAG AGACAGAAAG TCTTAATCAA GATCCTGACT GTGTTGAATC CGCTCCACTT 
GTGGTTGAGA ACACTCCAGA AAGCACTGAA AGTTGTTCTG AGCCCCCAAT GAAGAAAGCA 
CGTTCAGAAG ATAGTAACCA TGTGAGCCAG ACAGATTTAG ATATATCTTT GATGTCTCCA 
TCTCTGAGCA TCAGGATGGG GGAGAATGTT CAATACCAAA ATCAAGACAC AGAAGAATCT 
GTTGAGACAT TACATGAAAG AGAGTCGGAT TGTTGTTTCC TTGGGAGACC TTGGAGAATT 
GTTGATGGCA CCTTAAACAA ACCAGTGTGT AAGGGTATGC TTGAAGCGGT CTTATACCAT 
ATAATGACCA AGCCCGGGAT AACAGAGATA AGCTTACTAA AGCATTACAG TGGTGTTCTC 
CAACCTGTTG TTGTCAAGGA AGTGGTACAG GTATTGGAAC AGATTGGGTG TATTAAAAAG 
AGTTACATTG AAAAAAGTTC GAAAGTTTCC TTATTTTCAC CCACTGCAAT TCCACAGCTG 
ATGGAGAAGC CTAAAATAAA AGATGACCCC ATTATATTTT ATGAACCTAC CATTGACTGC 
ACTTGGAGAC TTGGTGGGAT TTTTCCATCA GAAGTGAACT GGAACAAATG GGTTATGTAA