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BDP1 cDNA ORF clone, Homo sapiens(Human)

Gene Symbol BDP1
Entrez Gene ID 55814
Full Name B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB
Synonyms HSA238520,TAF3B1,TFC5,TFIIIB'',TFIIIB150,TFIIIB90,TFNR
General protein information
Preferred Names

B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB

Names

transcription factor TFIIIB component B'' homolog
RNA polymerase III transcription initiation factor B''
TATA box binding protein (TBP)-associated factor, RNA polymerase III, GTF3B subunit 1
transcription factor IIIB 150
transcription factor-like nuclear regulator

Gene Type protein-coding
Organism Homo sapiens(Human)
Genome

5

5q13.2

Summary The product of this gene is a subunit of the TFIIIB transcription initiation complex, which recruits RNA polymerase III to target promoters in order to initiate transcription. The encoded protein localizes to concentrated aggregates in the nucleus, and is required for transcription from all three types of polymerase III promoters. It is phosphorylated by casein kinase II during mitosis, resulting in its release from chromatin and suppression of polymerase III transcription. [provided by RefSeq, Jul 2008].
Disorder MIM:

607012


mRNA and Protein(s)

mRNA Protein Name
XM_017009631.1 XP_016865120.1 transcription factor TFIIIB component B'' homolog isoform X1
XM_017009630.1 XP_016865119.1 transcription factor TFIIIB component B'' homolog isoform X1
XM_011543511.2 XP_011541813.1 transcription factor TFIIIB component B'' homolog isoform X2
NM_018429.2 NP_060899.2 transcription factor TFIIIB component B'' homolog
XM_011543512.2 XP_011541814.1 transcription factor TFIIIB component B'' homolog isoform X4
XM_017009632.1 XP_016865121.1 transcription factor TFIIIB component B'' homolog isoform X3
XM_017009633.1 XP_016865122.1 transcription factor TFIIIB component B'' homolog isoform X5
XM_017009634.1 XP_016865123.1 transcription factor TFIIIB component B'' homolog isoform X6



Gallus gallus (chicken) LOC427394 XP_004949689.1
Homo sapiens (human) BDP1 NP_060899.2
Bos taurus (cattle) BDP1 XP_002696332.1
Macaca mulatta (rhesus monkey) BDP1 XP_001093653.2
Canis lupus familiaris (dog) BDP1 XP_005617525.1
Mus musculus (house mouse) Bdp1 NP_001074530.1
Pan troglodytes (chimpanzee) BDP1 XP_001155748.1


Related articles in PubMed

Linkage study and exome sequencing identify a BDP1 mutation associated with hereditary hearing loss.
Girotto G, Abdulhadi K, Buniello A, Vozzi D, Licastro D, d'Eustacchio A, Vuckovic D, Alkowari MK, Steel KP, Badii R, Gasparini P
PloS one8(12)e80323(2013)

Novel genetic loci identified for the pathophysiology of childhood obesity in the Hispanic population.
Comuzzie AG, Cole SA, Laston SL, Voruganti VS, Haack K, Gibbs RA, Butte NF
PloS one7(12)e51954(2012)

PTEN represses RNA polymerase III-dependent transcription by targeting the TFIIIB complex.
Woiwode A, Johnson SA, Zhong S, Zhang C, Roeder RG, Teichmann M, Johnson DL
Molecular and cellular biology28(12)4204-14(2008 Jun)

Mammalian Maf1 is a negative regulator of transcription by all three nuclear RNA polymerases.
Johnson SS, Zhang C, Fromm J, Willis IM, Johnson DL
Molecular cell26(3)367-79(2007 May)

The zinc finger protein ZNF297B interacts with BDP1, a subunit of TFIIIB.
Schoenen F, Wirth B
Biological chemistry387(3)277-84(2006 Mar)

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

Linkage study and exome sequencing identify a BDP1 mutation associated with hereditary hearing loss.
Title: Linkage study and exome sequencing identify a BDP1 mutation associated with hereditary hearing loss.

Clinical trial of gene-disease association and gene-environment interaction. (HuGE Navigator)
Title: Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.

PTEN represses RNA polymerase III-dependent transcription by targeting the TFIIIB complex
Title: PTEN represses RNA polymerase III-dependent transcription by targeting the TFIIIB complex.

Maf1 occupancy of Pol III genes is inversely correlated with that of the initiation factor TFIIIB (subunit Bdp1) and Pol III
Title: Mammalian Maf1 is a negative regulator of transcription by all three nuclear RNA polymerases.

Human BDP1 protein represents essential components of TFIIIC1 and TFIIIC1-like activities.
Title: Transcription factor (TF)-like nuclear regulator, the 250-kDa form of Homo sapiens TFIIIB", is an essential component of human TFIIIC1 activity.

The following BDP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BDP1 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.

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***CloneID RefSeq Accession Definition **Vector *Turnaround time Price (USD) Select
OHu95946 XM_017009631.1
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X2, mRNA. pcDNA3.1+/C-(K)DYK or customized vector 29-31 $1301.30
$1859.00
OHu95946 XM_017009630.1
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X1, mRNA. pcDNA3.1+/C-(K)DYK or customized vector 29-31 $1301.30
$1859.00
OHu95947 XM_017009633.1
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X6, mRNA. pcDNA3.1+/C-(K)DYK or customized vector 29-31 $1091.30
$1559.00
OHu03017 NM_018429.2
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $923.30
$1319.00
OHu39644 XM_017009632.1
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X4, mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $1301.30
$1859.00
OHu69811 XM_011543511.2
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X3, mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $1301.30
$1859.00
OHu69812 XM_011543512.2
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X5, mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $1301.30
$1859.00
OHu69813 XM_017009634.1
Latest version!
Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X7, mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $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.


CloneID OHu95946
Clone ID Related Accession (Same CDS sequence) XM_017009631.1 , XM_017009630.1
Accession Version XM_017009631.1 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 7875bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X1
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGTCCACCA GGGATCCTGG CAGGCTGCAA GTGGTGCCTC GAACAGCAAC AGAATCTGGT
GCTTTACAAG TGGCGTCCAA ACACAGGGGC TTCGAGGATG TGAATGAAGA ATGTCTGCTA
GAGCAGAGGA ACTGA

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

RefSeq XP_016865120.1
CDS243..8117
Translation

Target ORF information:

RefSeq Version XM_017009631.1
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X2, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_017009631.1

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGTCCACCA GGGATCCTGG CAGGCTGCAA GTGGTGCCTC GAACAGCAAC AGAATCTGGT
GCTTTACAAG TGGCGTCCAA ACACAGGGGC TTCGAGGATG TGAATGAAGA ATGTCTGCTA
GAGCAGAGGA ACTGA

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

CloneID OHu95946
Clone ID Related Accession (Same CDS sequence) XM_017009631.1 , XM_017009630.1
Accession Version XM_017009630.1 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 7875bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X1
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGTCCACCA GGGATCCTGG CAGGCTGCAA GTGGTGCCTC GAACAGCAAC AGAATCTGGT
GCTTTACAAG TGGCGTCCAA ACACAGGGGC TTCGAGGATG TGAATGAAGA ATGTCTGCTA
GAGCAGAGGA ACTGA

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

RefSeq XP_016865119.1
CDS243..8117
Translation

Target ORF information:

RefSeq Version XM_017009630.1
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X1, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_017009630.1

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGTCCACCA GGGATCCTGG CAGGCTGCAA GTGGTGCCTC GAACAGCAAC AGAATCTGGT
GCTTTACAAG TGGCGTCCAA ACACAGGGGC TTCGAGGATG TGAATGAAGA ATGTCTGCTA
GAGCAGAGGA ACTGA

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

CloneID OHu95947
Clone ID Related Accession (Same CDS sequence) XM_017009633.1
Accession Version XM_017009633.1 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 6984bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X5
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTA TTTGTTTACC AGCAACTTCA GTTGGTCAAG
ATGCCATGGG TTTATCTATT TCTGGAAGAG ATAATTCTAA AAAGCCGCCT GATAATTTGG
ATCTTGTATC TAGGAAGAGA TTTCAATGCA GGCTTGATAA AAATGACCAC ATTCCTCCTG
CCAAAAAACG TTCACTCACT TTAA

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

RefSeq XP_016865122.1
CDS242..7225
Translation

Target ORF information:

RefSeq Version XM_017009633.1
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X6, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_017009633.1

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTA TTTGTTTACC AGCAACTTCA GTTGGTCAAG
ATGCCATGGG TTTATCTATT TCTGGAAGAG ATAATTCTAA AAAGCCGCCT GATAATTTGG
ATCTTGTATC TAGGAAGAGA TTTCAATGCA GGCTTGATAA AAATGACCAC ATTCCTCCTG
CCAAAAAACG TTCACTCACT TTAA

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

CloneID OHu03017
Clone ID Related Accession (Same CDS sequence) NM_018429.2
Accession Version NM_018429.2 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 7875bp)
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 COA
ORF Insert Method CloneEZ® Seamless cloning technology
Insert Structure linear
Update Date 2017-04-28
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog
Comment REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BP246483.1, BP347992.1, AB051476.3, AC138832.2 and AI537645.1. This sequence is a reference standard in the RefSeqGene project. On Jun 23, 2006 this sequence version replaced NM_018429.1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC146792.1, AB051476.3 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGGTTTCTT GTGATCAGCC CTTACTGAAA GAAGGATATA AAAGTGCCCA AAAGCGGGCC
CCTCAAGGGG AGGCAACCAC AGTCTCTGAA TATTTCTTCA ATGATATCTT CATTGAAGTG
GATGAAACAG AATAA

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

RefSeq NP_060899.2
CDS264..8138
Misc Feature(1)231..233
Misc Feature(2)264..1160
Misc Feature(3)1152..1403
Misc Feature(4)1326..1673
Misc Feature(5)2730..4244
Misc Feature(6)3006..3008
Misc Feature(7)6849..6851
Exon (1)1..475
Exon (2)476..752
Exon (3)753..862
Exon (4)863..922
Exon (5)923..1048
Exon (6)1049..1182
Exon (7)1183..1277
Exon (8)1278..1332
Exon (9)1333..1476
Exon (10)1477..1755
Exon (11)1756..1903
Exon (12)1904..2062
Exon (13)2063..2219
Exon (14)2220..2311
Exon (15)2312..2504
Exon (16)2505..2635
Exon (17)2636..4322
Exon (18)4323..4510
Exon (19)4511..4733
Exon (20)4734..4912
Exon (21)4913..5123
Exon (22)5124..5254
Exon (23)5255..5456
Exon (24)5457..5650
Exon (25)5651..6035
Exon (26)6036..6155
Exon (27)6156..6192
Exon (28)6193..6285
Exon (29)6286..6514
Exon (30)6515..6675
Exon (31)6676..6826
Exon (32)6827..7007
Exon (33)7008..7071
Exon (34)7072..7258
Exon (35)7259..7463
Exon (36)7464..7503
Exon (37)7504..7759
Exon (38)7760..8006
Exon (39)8007..11075
Translation

Target ORF information:

RefSeq Version NM_018429.2
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
NM_018429.2

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGGTTTCTT GTGATCAGCC CTTACTGAAA GAAGGATATA AAAGTGCCCA AAAGCGGGCC
CCTCAAGGGG AGGCAACCAC AGTCTCTGAA TATTTCTTCA ATGATATCTT CATTGAAGTG
GATGAAACAG AATAA

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

CloneID OHu39644
Clone ID Related Accession (Same CDS sequence) XM_017009632.1
Accession Version XM_017009632.1 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 7755bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X3
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGAGACCCT TCTGA

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

RefSeq XP_016865121.1
CDS242..7996
Misc Feature(1)1130..1381
Translation

Target ORF information:

RefSeq Version XM_017009632.1
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X4, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_017009632.1

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAAACAGAG
AAAAATGCTT CCAAAGCAAC AGAATTGGAA AATAAAAACC TCGGACCAGT TACAACAGCA
GAGAATAAGG ATCAGAGCAA ATTGGCATGT GTACATGGTA TCAAAGGGAC CAGTATTTCT
TCAGAAGTAA ACCTAACTGA AAGAAACGAA AATCAAGAAG AGAGCTCTCA GGAGGTTCAC
ATGTTGTCAG TTGCTCCAGT TGCTTCCTCT GAGACAGGGC CCTGCACACT TGGTTTGGAT
AGGGGTCTTG GTGAAAATTC TGTTGAAGAG CCCCAGATAA AGGACTCTAA AGGAGACAGT
GTGCTTACAC TTCCTGTGCC AGAGTATACA CCAACAAGTA TTCCAGAAGT CCAACAAGAG
AATATAATCA ATCCTCAAGA CCTAACAGTG AATCTAGTTG CTAATGTACC TCAAGATGGA
GAAGATGAAC AAGCCTTTAT TTTAACTCTG GTGGAAATCC CAGCCAATGC AGTAGAAGAA
TTTACTGATG CCACTGCACA GTTCATGCCA AACCCTTTAC TGCCAGCTCC CATATTGGTC
AAATCAGTGA ATACCGAAGA AAGGGGTGAC ATGAGTATTT GTTTACCAGC AACTTCAGTT
GGTCAAGATG CCATGGGTTT ATCTATTTCT GGAAGAGATA ATTCTAAAAA GCCGCCTGAT
AATTTGGATC TTGTATCTAG GAAGAGATTT CAATGCAGGC TTGATAAAAA TGACCACATT
CCTCCTGCCA AAAAACGTTC ACTCACTTTA AGAGATGACT GTCAAGAATA TACCACTGAG
GTGCACTCAA AGGAATTAAC AAATGTTTTT GAGGAAACAG GGGAGTCTCA CAAGGGACAA
GATATTTTTC TTACCTCAGG AAGCACACTG ACAACTCCAG AACCTCAAAG ACAGCAAGTT
GAAGCAGCTT TTCAGAGTAG AGGATCTAGA TCTCCTGATG CATGCATGGA CAAGAATGTG
CCTCAGTTAC CTCAGGATGA AATGATTGTG TCTGATAAGG AAGAAAGAAC TGATGCTGCT
CCTAAGTCTC AGCAAATGGA TAGCAGAACA TCGTCTTCTA AAGCCTCACT ATCCAGACCT
GGCAGAAGAC CCCTGGGATT TTTATCTTTA ATATGCTCAA AGAATAGTTT GGAGTCTGAT
GAACCTATGC AAGTCCATAG TAAGAAACGC CTAAAACCTC TTATACCTGG ATTAAGAAAG
AAATTGAAAA GATCTAATCC ATTCAATGAA AGCCAGGAAA AAAATCGAGA GTCCTCTGAT
CTGCTTCCAT CTCCAAGTGT TATTACTACT CAATCTGAGA ATATTAGCAG CTCAGCAACT
CAGAGACCCT TCTGA

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

CloneID OHu69811
Clone ID Related Accession (Same CDS sequence) XM_011543511.2
Accession Version XM_011543511.2 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 7869bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X2
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011543511.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAGAAAAAT
GCTTCCAAAG CAACAGAATT GGAAAATAAA AACCTCGGAC CAGTTACAAC AGCAGAGAAT
AAGGATCAGA GCAAATTGGC ATGTGTACAT GGTATCAAAG GGACCAGTAT TTCTTCAGAA
GTAAACCTAA CTGAAAGAAA CGAAAATCAA GAAGAGAGCT CTCAGGAGGT TCACATGTTG
TCAGTTGCTC CAGTTGCTTC CTCTGAGACA GGGCCCTGCA CACTTGGTTT GGATAGGGGT
CTTGGTGAAA ATTCTGTTGA AGAGCCCCAG ATAAAGGACT CTAAAGGAGA CAGTGTGCTT
ACACTTCCTG TGCCAGAGTA TACACCAACA AGTATTCCAG AAGTCCAACA AGAGAATATA
ATCAATCCTC AAGACCTAAC AGTGAATCTA GTTGCTAATG TACCTCAAGA TGGAGAAGAT
GAACAAGCCT TTATTTTAAC TCTGGTGGAA ATCCCAGCCA ATGCAGTAGA AGAATTTACT
GATGCCACTG CACAGTTCAT GCCAAACCCT TTACTGCCAG CTCCCATATT GGTCAAATCA
GTGAATACCG AAGAAAGGGG TGACATGAGT ATTTGTTTAC CAGCAACTTC AGTTGGTCAA
GATGCCATGG GTTTATCTAT TTCTGGAAGA GATAATTCTA AAAAGCCGCC TGATAATTTG
GATCTTGTAT CTAGGAAGAG ATTTCAATGC AGGCTTGATA AAAATGACCA CATTCCTCCT
GCCAAAAAAC GTTCACTCAC TTTAAGAGAT GACTGTCAAG AATATACCAC TGAGGTGCAC
TCAAAGGAAT TAACAAATGT TTTTGAGGAA ACAGGGGAGT CTCACAAGGG ACAAGATATT
TTTCTTACCT CAGGAAGCAC ACTGACAACT CCAGAACCTC AAAGACAGCA AGTTGAAGCA
GCTTTTCAGA GTAGAGGATC TAGATCTCCT GATGCATGCA TGGACAAGAA TGTGCCTCAG
TTACCTCAGG ATGAAATGAT TGTGTCTGAT AAGGAAGAAA GAACTGATGC TGCTCCTAAG
TCTCAGCAAA TGGATAGCAG AACATCGTCT TCTAAAGCCT CACTATCCAG ACCTGGCAGA
AGACCCCTGG GATTTTTATC TTTAATATGC TCAAAGAATA GTTTGGAGTC TGATGAACCT
ATGCAAGTCC ATAGTAAGAA ACGCCTAAAA CCTCTTATAC CTGGATTAAG AAAGAAATTG
AAAAGATCTA ATCCATTCAA TGAAAGCCAG GAAAAAAATC GAGAGTCCTC TGATCTGCTT
CCATCTCCAA GTGTTATTAC TACTCAATCT GAGAATATTA GCAGCTCAGC AACTCAGGTT
TCTTGTGATC AGCCCTTACT GAAAGAAGGA TATAAAAGTG CCCAAAAGCG GGCCCCTCAA
GGGGAGGCAA CCACAGTCTC TGAATATTTC TTCAATGATA TCTTCATTGA AGTGGATGAA
ACAGAATAA

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

RefSeq XP_011541813.1
CDS242..8110
Misc Feature(1)1130..1381
Translation

Target ORF information:

RefSeq Version XM_011543511.2
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X3, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_011543511.2

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGAGAAAAAT
GCTTCCAAAG CAACAGAATT GGAAAATAAA AACCTCGGAC CAGTTACAAC AGCAGAGAAT
AAGGATCAGA GCAAATTGGC ATGTGTACAT GGTATCAAAG GGACCAGTAT TTCTTCAGAA
GTAAACCTAA CTGAAAGAAA CGAAAATCAA GAAGAGAGCT CTCAGGAGGT TCACATGTTG
TCAGTTGCTC CAGTTGCTTC CTCTGAGACA GGGCCCTGCA CACTTGGTTT GGATAGGGGT
CTTGGTGAAA ATTCTGTTGA AGAGCCCCAG ATAAAGGACT CTAAAGGAGA CAGTGTGCTT
ACACTTCCTG TGCCAGAGTA TACACCAACA AGTATTCCAG AAGTCCAACA AGAGAATATA
ATCAATCCTC AAGACCTAAC AGTGAATCTA GTTGCTAATG TACCTCAAGA TGGAGAAGAT
GAACAAGCCT TTATTTTAAC TCTGGTGGAA ATCCCAGCCA ATGCAGTAGA AGAATTTACT
GATGCCACTG CACAGTTCAT GCCAAACCCT TTACTGCCAG CTCCCATATT GGTCAAATCA
GTGAATACCG AAGAAAGGGG TGACATGAGT ATTTGTTTAC CAGCAACTTC AGTTGGTCAA
GATGCCATGG GTTTATCTAT TTCTGGAAGA GATAATTCTA AAAAGCCGCC TGATAATTTG
GATCTTGTAT CTAGGAAGAG ATTTCAATGC AGGCTTGATA AAAATGACCA CATTCCTCCT
GCCAAAAAAC GTTCACTCAC TTTAAGAGAT GACTGTCAAG AATATACCAC TGAGGTGCAC
TCAAAGGAAT TAACAAATGT TTTTGAGGAA ACAGGGGAGT CTCACAAGGG ACAAGATATT
TTTCTTACCT CAGGAAGCAC ACTGACAACT CCAGAACCTC AAAGACAGCA AGTTGAAGCA
GCTTTTCAGA GTAGAGGATC TAGATCTCCT GATGCATGCA TGGACAAGAA TGTGCCTCAG
TTACCTCAGG ATGAAATGAT TGTGTCTGAT AAGGAAGAAA GAACTGATGC TGCTCCTAAG
TCTCAGCAAA TGGATAGCAG AACATCGTCT TCTAAAGCCT CACTATCCAG ACCTGGCAGA
AGACCCCTGG GATTTTTATC TTTAATATGC TCAAAGAATA GTTTGGAGTC TGATGAACCT
ATGCAAGTCC ATAGTAAGAA ACGCCTAAAA CCTCTTATAC CTGGATTAAG AAAGAAATTG
AAAAGATCTA ATCCATTCAA TGAAAGCCAG GAAAAAAATC GAGAGTCCTC TGATCTGCTT
CCATCTCCAA GTGTTATTAC TACTCAATCT GAGAATATTA GCAGCTCAGC AACTCAGGTT
TCTTGTGATC AGCCCTTACT GAAAGAAGGA TATAAAAGTG CCCAAAAGCG GGCCCCTCAA
GGGGAGGCAA CCACAGTCTC TGAATATTTC TTCAATGATA TCTTCATTGA AGTGGATGAA
ACAGAATAA

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

CloneID OHu69812
Clone ID Related Accession (Same CDS sequence) XM_011543512.2
Accession Version XM_011543512.2 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 7356bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X4
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011543512.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGTATACACC
AACAAGTATT CCAGAAGTCC AACAAGAGAA TATAATCAAT CCTCAAGACC TAACAGTATT
TGTTTACCAG CAACTTCAGT TGGTCAAGAT GCCATGGGTT TATCTATTTC TGGAAGAGAT
AATTCTAAAA AGCCGCCTGA TAATTTGGAT CTTGTATCTA GGAAGAGATT TCAATGCAGG
CTTGATAAAA ATGACCACAT TCCTCCTGCC AAAAAACGTT CACTCACTTT AAGAGATGAC
TGTCAAGAAT ATACCACTGA GGTGCACTCA AAGGAATTAA CAAATGTTTT TGAGGAAACA
GGGGAGTCTC ACAAGGGACA AGATATTTTT CTTACCTCAG GAAGCACACT GACAACTCCA
GAACCTCAAA GACAGCAAGT TGAAGCAGCT TTTCAGAGTA GAGGATCTAG ATCTCCTGAT
GCATGCATGG ACAAGAATGT GCCTCAGTTA CCTCAGGATG AAATGATTGT GTCTGATAAG
GAAGAAAGAA CTGATGCTGC TCCTAAGTCT CAGCAAATGG ATAGCAGAAC ATCGTCTTCT
AAAGCCTCAC TATCCAGACC TGGCAGAAGA CCCCTGGGAT TTTTATCTTT AATATGCTCA
AAGAATAGTT TGGAGTCTGA TGAACCTATG CAAGTCCATA GTAAGAAACG CCTAAAACCT
CTTATACCTG GATTAAGAAA GAAATTGAAA AGATCTAATC CATTCAATGA AAGCCAGGAA
AAAAATCGAG AGTCCTCTGA TCTGCTTCCA TCTCCAAGTG TTATTACTAC TCAATCTGAG
AATATTAGCA GCTCAGCAAC TCAGGTTTCT TGTGATCAGC CCTTACTGAA AGAAGGATAT
AAAAGTGCCC AAAAGCGGGC CCCTCAAGGG GAGGCAACCA CAGTCTCTGA ATATTTCTTC
AATGATATCT TCATTGAAGT GGATGAAACA GAATAA

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

RefSeq XP_011541814.1
CDS243..7598
Misc Feature(1)1131..1382
Translation

Target ORF information:

RefSeq Version XM_011543512.2
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X5, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_011543512.2

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGTATACACC
AACAAGTATT CCAGAAGTCC AACAAGAGAA TATAATCAAT CCTCAAGACC TAACAGTATT
TGTTTACCAG CAACTTCAGT TGGTCAAGAT GCCATGGGTT TATCTATTTC TGGAAGAGAT
AATTCTAAAA AGCCGCCTGA TAATTTGGAT CTTGTATCTA GGAAGAGATT TCAATGCAGG
CTTGATAAAA ATGACCACAT TCCTCCTGCC AAAAAACGTT CACTCACTTT AAGAGATGAC
TGTCAAGAAT ATACCACTGA GGTGCACTCA AAGGAATTAA CAAATGTTTT TGAGGAAACA
GGGGAGTCTC ACAAGGGACA AGATATTTTT CTTACCTCAG GAAGCACACT GACAACTCCA
GAACCTCAAA GACAGCAAGT TGAAGCAGCT TTTCAGAGTA GAGGATCTAG ATCTCCTGAT
GCATGCATGG ACAAGAATGT GCCTCAGTTA CCTCAGGATG AAATGATTGT GTCTGATAAG
GAAGAAAGAA CTGATGCTGC TCCTAAGTCT CAGCAAATGG ATAGCAGAAC ATCGTCTTCT
AAAGCCTCAC TATCCAGACC TGGCAGAAGA CCCCTGGGAT TTTTATCTTT AATATGCTCA
AAGAATAGTT TGGAGTCTGA TGAACCTATG CAAGTCCATA GTAAGAAACG CCTAAAACCT
CTTATACCTG GATTAAGAAA GAAATTGAAA AGATCTAATC CATTCAATGA AAGCCAGGAA
AAAAATCGAG AGTCCTCTGA TCTGCTTCCA TCTCCAAGTG TTATTACTAC TCAATCTGAG
AATATTAGCA GCTCAGCAAC TCAGGTTTCT TGTGATCAGC CCTTACTGAA AGAAGGATAT
AAAAGTGCCC AAAAGCGGGC CCCTCAAGGG GAGGCAACCA CAGTCTCTGA ATATTTCTTC
AATGATATCT TCATTGAAGT GGATGAAACA GAATAA

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

CloneID OHu69813
Clone ID Related Accession (Same CDS sequence) XM_017009634.1
Accession Version XM_017009634.1 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 6492bp)
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 2016-06-06
Organism Homo sapiens(Human)
Product transcription factor TFIIIB component B'' homolog isoform X6
Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGTATACACC
AACAAGTATT CCAGAAGTCC AACAAGAGAA TATAATCAAT CCTCAAGACC TAACAGTGAA
TCTAGTTGCT AA

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

RefSeq XP_016865123.1
CDS242..6733
Misc Feature(1)1130..1381
Translation

Target ORF information:

RefSeq Version XM_017009634.1
Organism Homo sapiens(Human)
Definition Homo sapiens B double prime 1, subunit of RNA polymerase III transcription initiation factor IIIB (BDP1), transcript variant X7, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
XM_017009634.1

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
ATGTTCCGCA GGGCACGCCT TAGCGTGAAG CCGAATGTCA GGCCTGGTGT AGGCGCCAGG 
GGCTCCACAG CTTCCAATCC CCAGCGTGGA CGGGAGTCTC CCAGGCCGCC GGATCCTGCC
ACGGACTCTG CTTCCAAGCC CGCGGAGCCC ACAGATGTGC CCACAGTCGA TTTCGGTGGA
GCGGAGCCCC AAGAAAAGGC TCCTAGGAGC AGTACTGAAA AGACTGGTGG TGACAATGAT
GTTGAAGAAT CCAGTAGATC TTCCTCTACT GTTTCACAGA GAAGAAAGCG AATATCAAGT
ACTTCTAGCC TGGTTAAGTC TAGTGTCAGT GTTCCTTCAG AATCTCATCC CTTATCTACA
ATTAATCAAG AGGCTCCACA GCCAACTGCC ACTTCAACAA AAGAGAAACA GCCATGCTCA
GACAGATACC GAATATACAA AGCCCAGAAA CTGAGGGAAA TGTTAAAAGA AGAATTGAGA
AAAGAGAAGA AACAATGGAA AAACAAATAT GCTATAAATG AAAGTCAGAG GCCACCAGAT
CGTTCAAAAA TGACTATGAG AGACTTCATA TATTATCTAC CAGATAATAA TCCAATGACT
TCTTCACTGG AACAAGAAAA GAAAACTGAA AAGCCATCGA CTCCAGTCCA GACAAGAGAG
CAAGAAGGTA AGAGTACTCC TAATGCTGAA GATAATGAAA TGGAAGAAGA GACAGATGAT
GGGCCATTAC TGGTTCCTCG AGTAAAAGTG GCAGAAGATG GTTCCATTAT TTTGGATGAA
GAAAGTTTAA CTGTAGAAGT TTTAAGAACA AAAGGCCCTT GTGTTGTTGA AGAAAATGAC
CCCATATTTG AGCGCGGTTC TACAACTACA TACTCCAGCT TTAGGAAAAA CTATTACTCT
AAACCATGGT CAAATAAAGA AACAGATATG TTTTTTTTAG CCATCAGCAT GGTAGGAACT
GACTTTTCTA TGATCGGACA ACTTTTTCCT CACAGAGCAA GGATAGAAAT TAAGAATAAA
TTTAAACGGG AAGAGAAAAC AAATGGATGG AGAATAGACA AAGCATTCCA GGAAAAGCGC
CCTTTTGACT TCGATTTTTT TGCTCATTTG CTTCAGAAAG TTCTTGCTGA AGAAGAGAAA
AGAAAACAAA AATCTGTTAA AAATCACAGT TTAAAGGAGA AGAAATCCAC CAAACCACGG
AAAAATGTAA AAGTGAAAAA AGTTGCCTGT GAAGGAGTGA ATAATGATCC AGATGAGTCT
ATGAGTTCTA GAATTTCAGA CACGGAAAGA TCTCAGAAGG ATGCTCAGAC AGTTGAAGAA
GAGTCTCTGA CCTTATCAAG GGAGGATGCA GAGCAGGTTG CATTAGAAGT AGACCTAAAT
CAAAAGAAAA GAAGGAGGAA GAAGCAAGAT GGAGCTAATG AACTGGGAGT AAACAATCTT
TTAGAAAATG CCACTGTTCA GGCGGGTCCT TCTAAAGGAG AAAAACACAA GAATAAATGT
CAGGCTATAA GGCCTGAGCT AAAGGAAGGT GAATGCAGTA AGGAGCAGAT GCTTTCCTGC
ACACAAAACA TAGATGGCAT TGTGGGTTTT GCCTCCACTG AAAAAGTTGA GAAAAGAACT
GACCCCATCC TTTCATTAAG TAATCAACAA GATGCCACAT CAGTAGCAAC TGAGTCTTCA
GAATCAAGCA CTTCAGATTT GCCTTCATTC GAAGTTGGAA TTAGAGCATT GTGTGAGGTG
AATAATGCTG AGGGTAGTTG TATAGAAGAA AGAAATGTTG ACCTAAAAAA TAATTCACTG
GAAATTGATC AAACAGAAAA TGTTAAACCA ATGTTGAGAG GTCGCTTCCA AAGACCTAAA
CCCAATTTGT CAAGGGCTGG GAAGAAATCA GTTCTTTCAC AAGGCAAAAC AGAGTCAGAG
AGCAAGAATT CACATTCAAA AACTTCAGTT GAAAAGAACC ACGTGGAAAA AGATAAAATG
AATACATTGG ACATTTTGAG AATGGAGACT ACAGAGAGAG AGAATCCAGA AGCTGAAACT
GTATCTGTTT TGGGTGAAAA AAATTGTCTG CAGGAAGGGA GTCAACTAAA GGCTTTAAGA
CCTGTACAAG TGAGGGGCCG ATTGCAAAAG CCAAAGCCAA ATGCAGGTAA AGCTGCTGAA
AGAAAAGAAA TTCTCATATC ACAGGAAGAA ATTGGGGCCA ATGTAGAGAA GAATGAAAAT
GAATCCTGTG CTGATAGAGA TACTCCTCAA CACATGGAAG ATCAATCGCG TAAAGATTTT
GAAGAGGAAG ATGTCATATT ACAGCCTGAG AAAAATGATT CTTTTCAAAA TGTGCAGCCA
GATGAGCCCA AGGTTCTTAA TGAATGTCTA AGCGTTCAAG AGAATAATAA GGCAAATAAA
CTTAACCAAG TCCCAATTCT AAGGACTCGA TTTCAGAAAC CAAAGCCAAA TATAGGAAGA
GGAACTGGAA GGAGAGAAAT TTCCTCAAAG GAAGAGGTAC TAGAGAAGAT TCTTGTCTCT
GGGGAAATGG CGGCAGCATT GAGAGAAACT GTAAGACTAG ACACCTCACC AAAGGAGATG
GTACCAGCAG AGATTAATAC TAAAGAAATG CAGTCAGATT TAAAAGAAAC TGGAAGAAGA
GCCATTTCTC CCAGGGAGAA GATTCTAGAT GTGATTGATG ACACCATAGA AATGGAGACA
GGTCTGAAAG CAATGGGAAG AGAGATTTGT CTAAGGGAGA AGACGCCAGA GGTGATTGAT
GCCACTGAGG AAATAGACAA AGATTTGGAA GAAGCTGGAA GAAGAGAAAT ATCCCCACAG
AAAAATGGCC CAGAGGAGGT TAAGCCTCTA GGTGAAGTGG AGACAGATTT GAAAGCAACT
GGAAATGAGA GTTCCCCAAG GGAGAAGACA CCAGAGGTGA CTGATGCCAC TGAGGAAATA
GACAAAAATT TGGAAGAAAC TGGAAGAAGA AAAATATCCC CAAGGGAAAA TGGCCCAGAG
GAGGTCAAGC CTGTAGATGA AATGGAGACA GATTTGAACG CAACTGGAAG AGAGAGTTCT
CCAAGGGAGA AGACACCAGA GGTGATTGAT GCTACTGAGG AAATAGATTT GGAAGAAACT
GAAAGAGAAG TATCCCCACA GGAAAATGGA CTAGAGGAGG TCAAGCCTCT AGGTGAAATG
GAGACGGATT TGAAAGCAAC TGGAAGAGAC AGTTTCCCAA GGGGGAAGAC ACCAGAGGTG
ATTGATGCCA TTGAGGAAAT AGAGATAGAT TTGGAAGAAA CTGAAAGAGA AATATCCCCA
CAGGAAAATG GCCTAGAGGA GGTTAAGCCT CTAGGTGAAA TGCAAACAGA TTTGAAAGCA
ACCGGAAGGG AGATTTCCCC AAGGGAGAAG ACACCAGAGG TGATTGATGC CACTGAGGAA
ATAGACAAAG ATCTGGAAGA AACTGGAAGA AGAGAAATAT CCCCAGAGGA AAATGGCCCA
GAGGAGGTCA AGCCTGTAGA TGAAATGGAG ACAGACTTGA AAACAACTGG AAGAGAGGGT
TCCTCAAGGG AGAAGACACG AGAGGTGATT GATGCTGCTG AGGTAATAGA GACAGATTTG
GAAGAAACTG AAAGAGAAAT ATCGCCACAG GAAAATGGCC CAGAGGAGGT CAAGCCTGTA
GGTAAAATGG AGACAGATTT GAAAGAAATT AGAGAAGAAA TTTCCCAAAG GGAAAAGGTG
CTAGCAGAGT TCAGTGCTAT AAGGGAAAAG GAGATTGATT TGAAAGAAAC TGGAAAAAGA
GACATTCCCA TCATGGAGAA AGTATCAGGA AAGATGGCTG TTGTTGAAGA AATGGAGGCA
GATTTGAAAG AAACTGGAAA AGAAAATTTT AGAGAGAGAG GATCTGAAGA GATCTGTGTT
ACTGAGGAAA AGGTGGCAGA ATTGAAACAA ACTGGAAAAA CAGACATTTC TCCAAGGGAA
AACGAGCTAG AGGAGACCAG TACCTCAAGA CAAACTGACA CACATTTAAT GCAGAGCGGT
AGCAATGACT TCAGTGCTGT GCCTTCACTA GATATTCAGA ACATTAGCAG TGAAGTACTG
TCGATGATGC ATACACCTGT AGAAGAAAAA AGAAATTCTG AAAAAGAAGT ATCAAGTCAC
TTCAGTCATT TCAAGATTTC TTCACAGACT CATGAATCTG ATAAAACAGA AGTCCAGGGG
ATTCAATCTC CAGATGTTCC AGAGCAGTTT TCAGATATTA ATTTAAGCAA ATCTCTTCCT
CAAGAACAGA AGCCACTTGA AATTAAACCA GCACCTTTTG TGAGGAGCCG ATTCAAAAGA
CCAAAACCAA ACTTAGCAAG AGCAGCTTTG AAGAGAGAGA CTACAGAATC AGAAAAATAT
ATATATGAGA AGAAATCAGA AACCAAGAAA ATGGAGACTA TTGTGATGCA AGAAAATAAT
GAACAAACTG ATACTCTCCC TTCTCAACAT GATGAAGCTT CCCTAATGAT ATCAAGAGAA
AAAGACACAT TAGGTCACAG GAATGAGGAG GCTGTGATAT TGCCATGTAC ACAGACTGAA
AGGAACCTTT CACCTTCAAA TTCTTGTGAA CCTAAAGAGG AGTCTCAGTC AGCACCAGTC
CAGAAAAATG ACTCAGTTGT TTCTGTGGGG ACTAATAATG TAAACACTTT CCAGCAAGAA
ATGAAGGAAA GTGTTATCCA AACTGCTCGA CAAGTAAGGG GCCGACTTCA GAGACCGAGA
CCAAATATAA GAAAGACAGG ACAGAGGCAA ATAGTAGACA AAGGTGAAGC CAAAGGCATA
ATTAAGGAAG GAAGAACGAT ATTACCAAAA GATGAAACTG AAAAGAAAGT CTTAACTGTG
TCAAATTCTC AAATTGAAAC TGAAATTGAA GTTCCATCGT CCGCAGTTCC AGAACACAGA
ATGTATGAAA ATCAAAGTCA GGTGGTTCTT GTAGAAAACC TTCATGTTAA CAAAACAAAT
GAAACAATCA GACATGAAAA TAAACCGTAT GTTCCTAGTT CAGCACAAAT GACAAGAAGG
AAATTCCAAA AGGCTAAGCC AAATTTGGGA AGAGCACACA GTAAGAAAGA GGAACCAGTT
TTAGAAAAAG TCACAACAGA TCAGAGCAAG GAAGGCAAGC CAGAAGATCA TTTGCTGCAG
AAAGGAGCTT CCAACACCCA GCTCCTTCTA AAAGAAAAAG CTGAGCTTCT GACATCTCTG
GAGGTTTCAG CAAGAAAAGA TTGTGTAGGT TCCAAAGAGT CTGCTTTGGC AAAAATAGAT
GCGGAATTAG AAGAAGTTGG ACCATCAAGA AGGGTTGGAG AGGAAACTGT AGGAGATAAT
TCACCATCTT CAGTTGTTGA AGAGCAATAT CTCAATAAAC TAACAAGCTG TCCACAACCG
TTAAACGAAA CAAGTTACTC TAAAATTGCC CTGGATGGGA AAACAACTAT CTCTTCTACA
TCTGAGTATG AGAGAAATCG TGGTGAAAGG AGAAGTCATA AAAAGTTCAA ACCAAATGTC
ACCAGAGGTC GTGGATCAAA ACGAGTTCGG GGTAAGACCT CTAAGAAGGA ACCTAGAGCT
TCCAAGGCCA TGCTGGTGAC TCTTCGGGCT TCCCAGGAAG AAGATGATGA TGCTGACGAT
TTTGAGTCTG ACTATGAGGA AGAAAGCTAT CATCTTGCTC CCGAAGAAGT AAACAAAGCT
CCAGTATTTG TACCTGTTGG TCTCAGATCT CCTGAACCTG TTTCTGCTCA GATTGAGGAA
ACAATGGAAG AGCTTGAAAT AACTGTGAAT GTCCCAGATG TAGGATGCAT AGCTGTTGTT
GAACATGAGC TACCAAACAC AGATGTGACT ACTGAAGAAA TGAAACAAGA AGAAAATTTG
AGTGTACCGT TTGAAATGAC CACAAGTGAA CATATCCAAG ATGAACCAGG TACCAATGAT
GGAAGCACCG AAGCTGCAAT AACTTTACTT ACAATGGGAG ATCTAGTATT GCAGTCAGAG
ATCAGTAGTG AACAGGGTGA TGTAGGAGTA TGTATAATTC CTCATGTTCA TTCAAAGGAT
AAAAGCCATA TTCCTTCTAG CCTAGATAAT GTAAATCACA AAATTGTTCA TGAATGTCAG
GAACTTTCTT CACCTGTCAT TACTACATCT CCTGCATCAT TTGAAGAAAA CAAGATTGTA
TTGGAGGAAC AAAGTTCCAG AGAAGAAATA AGTTTAATGG AGAAAGTAAA GGAGAATGCT
ACACCAACCA GGAATACAAT TTCTAAAGTG ACCAGTAATT TGAGAATAAG AAGTAGGCTT
GCTAAGCCTA AACCAAATCT TGAGAAGACT TTAGGGACCA ACAGGCTTGA TGATTATCAG
GAAGTTTCCA GTTTGTGTGT AACCAAAGGG GCAGAAATGG AAACTCAAAG AGTATACACC
AACAAGTATT CCAGAAGTCC AACAAGAGAA TATAATCAAT CCTCAAGACC TAACAGTGAA
TCTAGTTGCT AA

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

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