POLR1A cDNA ORF clone, Ficedula albicollis(collared flycatcher)

Gene
Clones
gRNAs

Summary

Gene Symbol	POLR1A
Entrez Gene ID	101813159
Full Name	RNA polymerase I subunit A
Gene Type	protein-coding
Organism	Ficedula albicollis(collared flycatcher)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016298144.1	XP_016153630.1	DNA-directed RNA polymerase I subunit RPA1 isoform X1
XM_016298145.1	XP_016153631.1	DNA-directed RNA polymerase I subunit RPA1 isoform X2

Pathways from BioSystems
Gene Ontology

The following POLR1A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the POLR1A cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OFi15589	XM_016298144.1 Latest version!	Ficedula albicollis polymerase (RNA) I subunit A (POLR1A), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OFi15590	XM_016298145.1 Latest version!	Ficedula albicollis polymerase (RNA) I subunit A (POLR1A), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

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

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

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

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

Reference Sequences (Refseq)

POLR1A ( XM_016298144.1 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_016153630.1 Ficedula albicollis polymerase (RNA) I subunit A (POLR1A), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OFi15589
Clone ID Related Accession (Same CDS sequence)	XM_016298144.1
Accession Version	XM_016298144.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2016-04-19
Organism	Ficedula albicollis(collared flycatcher)
Product	DNA-directed RNA polymerase I subunit RPA1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021675.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ficedula albicollis Annotation Release 101 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##

ATGAATCCCC ATGAGAGTTC AGGATTCAGT CCAGACATGT TTTTTTTAGA TCTGCTCGTG 
GTTCCACCTT CAAGGTACCG TCCTGTGAAC CGCGTTGGCG ATCGCCTGTT CACAAACGGG 
CAGACGGTGA ACTTGCAGGC TGTGATGAAA GATGCCCAAT TGATTCGGAA GCTCTTGGTT 
TTCATGGCCA AAGAACAGTG CCAGCCAATA AAAATCACAG AAGAAATGCA CACAGAGACA 
GGAGGGGATA GTGAACCTCT GGACCGTTCT GTGCTGTCAA CAGTTCCAGG ACAGAGCATT 
GCAGATAAGC TGTACAATAC TTGGATACGT CTGCAGAGCC ATGTCAACAT TGTGTTTGAC 
AGTGACATGG ACAAGCTGAT AAAAGAAAAA TACCCTGGCA TTCGTCAGCT GCTGGAGAAG 
AAGGAGGGGC TGTTCCGCAA GCACATGATG GGGAAGCGCG TGGATTTCGC TGCTCGGTCC 
GTCATCTGCC CCGACATGTA CATTGGGACC AACGAGATTG GCATCCCTAT GGTGTTTGCC 
ACCAAACTGA CTTACCCCCA GCCAGTGACT CCCTGGAATG TCAAAGAGCT GAGGCAGGCT 
GTCATCAATG GCCCCAGGGT GCACCCTGGT GCCTCCATGG TCATCAACGA GGACGGGTCC 
CGCACGGTGC TGAGCGCCAC CAGCCTGACC CAGCGCGAGG CCATCGCCAA GCAGCTGCTC 
ACCCCCTCCT CAGGGGCACC CCAGACAGGC CTGAAGATTG TGTGTCGGCA CATTAGGAAC 
GGGGACGTGC TGCTGCTGAA CCGGCAGCCC ACGCTGCACA GACCTTCCAT CCAAGCGCAC 
CGGGCCCGCA TCCTGCCCGG GGAGAAGGTG CTGCGGCTGC ACTACGCCAA CTGCAAGGCC 
TACAACGCCG ACTTCGATGG CGACGAGATG AACGCGCACT TCCCGCAGAG CGAGCTGGGC 
AGGGCAGAGG CCTACACCTT GGCCATCACT GACAAACAGT ACCTGGTGCC AAAGGATGGG 
AAGCCACTTC CTGGCTTGAT CCAGGATCAT ATGATTTCTG GAGTGAGCAT GACAATCCGG 
GGCTGCTTTT TCACCAGAGA GCAGTACATG GAGCTTGTGT ACCGAGGGCT GACAGACAAA 
AAAGGAAAAA TTAAAGTCTT TCCTCCAGCC ATTGTGAAGC CACAGCGATT ATGGACAGGA 
AAGCAGGTTG TTTCCACGTT GTTGATAAAC GTTATTCCAG ACAACTATGC TCCACTGAAT 
TTGACTGGGA AAGCAAAAAT TGGTGGGAGA GCCTGGGTAA AGGGACCTGC AAAAGGATCT 
CTGAATCTTG ATTCAATGTG TGAATCTCAG GTTATAATCA GAGATGGGGA ATTACTGTGT 
GGAGTCTTAG ACAAAGCTCA CTTTGGCAGC TCTGCCTATG GGCTGGTCCA CTGCTGCTAT 
GAGATCTACG GGGGTGAAAC CAGTGGGAAA GTGCTGTCGT GTCTGGGGCG CCTCTTCACT 
GCTTACCTGC AGCTGTACAG GGGATTTACC ATGGGGATTG AAGATATTTT GGTTAAACGT 
GAAGCAGACC ACAAAAGAAA AAAAATCATT GAAAGGTCAA GGCAGAGTGG TATTGAAGCT 
GTTAGAGCTG CTCTTAATTT GCCAGAAACA GCTTCATGTG AGGAGGTCCA AGGGAAGTGG 
CAGGATGCCC ATCTCTGCAA AGACCAGAGG GATTTTAATA TGGTTGATAT GAAATTCAAG 
GAGGAAGTAA ACAATTACAA CAATGAAGTC AACAAGGTTT GCATGCCCCT TGGTCTCCAC 
AGGAGCTTTC CAGAGAACAA TTTGCAGTTG ATGGTACAGT CAGGAGCCAA AGGATCCACT 
GTAAACACCA TGCAGATTTC TTGTTTGCTG GGCCAGATTG AGCTGGAAGG CCGAAGACCC 
CCACTGATGG CATCTGGAAA ATCTCTGCCA TGTTTCCAGC CTTATGATTT TTCCCCTAGC 
TCAGGAGGAT TTGTGACTGG CAGATTTCTC ACTGGGATCA GACCTTCTGA ATTCTTCTTT 
CACTGCATGG CTGGCAGGGA AGGTCTTGTG GATACAGCTG TCAAAACCAG CCGTTCTGGG 
TACCTGCAAA GGTGTATCAT CAAACATTTG GAAGGACTGG TAGTTCAGTA TGACCTGACT 
GTACGAGACA GTGATGGCAG CGTGGTGCAG TTTCTGTATG GAGAAGATGG GCTTGATATC 
CCTAAAACTC AGTTCTTACA ACCTGAGCAG TTTCCTTTCA TTGCAGAAAA CTATGAGGTA 
ATCCAGAAGG CAGACCATCT GGATGAAGCT TTAGCAAGGA TGGAGTCTCA TCAAGCTAAC 
CAGCAGTTCA GAGCCATCAA GAAGTGGCGA GCCAGACACC AAAACTCTGT GCAAAGAGAA 
GGAGGCTTTC TGTTGTTTTC CCAGAAGAAA CTGGCAAGTT TGAAAGCACA GCTTCCAGGA 
GGTGAAATAA AGAATGGAAG AGATCCTGCT ACTTTACAGT TGTTGAAGAT GTGGTATGAG 
CTTGATGAGA AGAAACAAAG GAAGTATCTG AAGAAGACAA ATAAGTGTCC TGACCCAAGC 
CTTGGGGTTT GGCGTCCAGA TACTTATTTT GCATCTGTTT CAGAAACATT TGAAAATGGA 
GTGGAAGGCT ATATCAATAA ATGGGAATCT GAGAACAGCC AGAGTTACAT ATGCCCAGCA 
CTTTCTTCTG ATAGATTAAA GGATCTGTTG TATTTAAAGT GGCAGCGTTC TCTTTGTGAC 
CCAGGAGAAG CTGTGGGGCT TCTTGCTGCT CAGAGTATTG GGGAGCCCTC AACACAGATG 
ACTCTGAACA CCTTTCACTT TGCTGGCAGA GGTGAAATGA ATGTCACATT GGGTATTCCA 
AGGTTGCGAG AAATACTGAT GGTGGCCAGT GCAAACATTA AAACACCAAT GATGAGTGTT 
CCTGTGTTTA ACACCAAGAA AGCTCTCAAG AAGGTGAAAC AGCTTAAGAA AGAGCTCACA 
AGAGTGTGCT TAGCTGAGGT CTTGCAGAAA GTGGACATTG AGGAATCCCT GCATGTGAAG 
CACAAACTGA ACAAGCATCG CCTCTACAAA ATCAAATTCC ATTTCTTGCC CCATGAGTAT 
TACCAAGAGG AGAAGTGTGT GAAGCCCAGG CAGATCTTGC ACTTCATGGA AACAAGATTC 
TTTAAAGTTC TTCTGGAAGC AATTAAAAGG AAGACTGCAA AGATGGCATC TTTTAATGAA 
GTCAGCACTC GGAAGACAAC TTGGAAGGAT TTAGATGATG ACCAAGACAA GACACTGAAT 
GGTCTGGAAG CTGGAGCAGA GGAAGAAGAG AACATTGTTG ATGCAGAAGC TGATGAAGGG 
GATGGTGATG CTACAGAAAG AAAACGGAGG AAAAACCAGG AAGAAGAGGT TGATTATGAG 
AGCGAAGAAG AGAACGGGGA AGAAAATGCT AATGAGAATC TGGAAGATGA AGAGGCTGAA 
TCTGAAAAAG AAGAGGGGAC TCCTGGTGCT GAAGAGGATC AGAACAGAGC AGAGGGTGAA 
GATTCTCAGC ATCTTCCCTT TGTGTCTCAG ACTAAAAAAG GGAAAGATCG ATTGCTGCAG 
TCAGCAGAGG TGCGAGTGAG CGCTGTTGTG GAGAGCCACC CATCCATACA GGATTACATG 
TTTGACACCA AAAATGAGCT CTGGTGTGAG GTTTCCTTGG CATTGCCACT GACCAAGGTG 
TACTTTGACC TCTCCTCCCT GCTGGCATCC CTGGCACGCA GCACGGTGAT CCACGAGGTG 
AAGGGCATCA CTCGCTGCCT GCTGAATGAA AGCACCAACA GGGAGGGACA GCAGGAATTT 
GTGCTCCAGA CAGAAGGGAT AAACCTGGCA GAGCTCTTCA AATACTCTGA TATTTTGGAC 
CTGAACAGAC TTTATTGCAA TGATATCCAT GCCATGGCTA AGAATTATGG AATTGAATCA 
GCCCTGAGGG TGATTATAAA GGAAATAAAA GATGTATTTG CTGTATATGG AATTGTGGTA 
GACCCTCGAC ACCTTTCACT TGTGGCAGAT TACATGTGTT TTGAAGGAAT TTATAAACCA 
CTCAATCGAA TTGGAATTCA GTCCAACTCC TCCCCTCTGC AACAGATGAC GTTTGAAACC 
AGCTACAAAT TCTTGAAGGA AGCAACAATG ATGGGTGCCC ACGATGAGCT GCGCTCCCCC 
TCGGCCTGCC TGGTGGTTGG AAAAGTTGTC AAAGGAGGGA CTGGCTTGTT TGACCTCAAG 
CAGCCCCTGA CATAG

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

RefSeq	XP_016153630.1
CDS	26..4300
Translation	MNPHESSGFSPDMFFLDLLVVPPSRYRPVNRVGDRLFTNGQTVNLQAVMKDAQLIRKLLVFMAKEQCQPIKITEEMHTETGGDSEPLDRSVLSTVPGQSIADKLYNTWIRLQSHVNIVFDSDMDKLIKEKYPGIRQLLEKKEGLFRKHMMGKRVDFAARSVICPDMYIGTNEIGIPMVFATKLTYPQPVTPWNVKELRQAVINGPRVHPGASMVINEDGSRTVLSATSLTQREAIAKQLLTPSSGAPQTGLKIVCRHIRNGDVLLLNRQPTLHRPSIQAHRARILPGEKVLRLHYANCKAYNADFDGDEMNAHFPQSELGRAEAYTLAITDKQYLVPKDGKPLPGLIQDHMISGVSMTIRGCFFTREQYMELVYRGLTDKKGKIKVFPPAIVKPQRLWTGKQVVSTLLINVIPDNYAPLNLTGKAKIGGRAWVKGPAKGSLNLDSMCESQVIIRDGELLCGVLDKAHFGSSAYGLVHCCYEIYGGETSGKVLSCLGRLFTAYLQLYRGFTMGIEDILVKREADHKRKKIIERSRQSGIEAVRAALNLPETASCEEVQGKWQDAHLCKDQRDFNMVDMKFKEEVNNYNNEVNKVCMPLGLHRSFPENNLQLMVQSGAKGSTVNTMQISCLLGQIELEGRRPPLMASGKSLPCFQPYDFSPSSGGFVTGRFLTGIRPSEFFFHCMAGREGLVDTAVKTSRSGYLQRCIIKHLEGLVVQYDLTVRDSDGSVVQFLYGEDGLDIPKTQFLQPEQFPFIAENYEVIQKADHLDEALARMESHQANQQFRAIKKWRARHQNSVQREGGFLLFSQKKLASLKAQLPGGEIKNGRDPATLQLLKMWYELDEKKQRKYLKKTNKCPDPSLGVWRPDTYFASVSETFENGVEGYINKWESENSQSYICPALSSDRLKDLLYLKWQRSLCDPGEAVGLLAAQSIGEPSTQMTLNTFHFAGRGEMNVTLGIPRLREILMVASANIKTPMMSVPVFNTKKALKKVKQLKKELTRVCLAEVLQKVDIEESLHVKHKLNKHRLYKIKFHFLPHEYYQEEKCVKPRQILHFMETRFFKVLLEAIKRKTAKMASFNEVSTRKTTWKDLDDDQDKTLNGLEAGAEEEENIVDAEADEGDGDATERKRRKNQEEEVDYESEEENGEENANENLEDEEAESEKEEGTPGAEEDQNRAEGEDSQHLPFVSQTKKGKDRLLQSAEVRVSAVVESHPSIQDYMFDTKNELWCEVSLALPLTKVYFDLSSLLASLARSTVIHEVKGITRCLLNESTNREGQQEFVLQTEGINLAELFKYSDILDLNRLYCNDIHAMAKNYGIESALRVIIKEIKDVFAVYGIVVDPRHLSLVADYMCFEGIYKPLNRIGIQSNSSPLQQMTFETSYKFLKEATMMGAHDELRSPSACLVVGKVVKGGTGLFDLKQPLT

Target ORF information:

RefSeq Version	XM_016298144.1
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis polymerase (RNA) I subunit A (POLR1A), transcript variant X1, mRNA.

Target ORF information:

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

XM_016298144.1

ORF Insert Sequence:

ATGAATCCCC ATGAGAGTTC AGGATTCAGT CCAGACATGT TTTTTTTAGA TCTGCTCGTG 
GTTCCACCTT CAAGGTACCG TCCTGTGAAC CGCGTTGGCG ATCGCCTGTT CACAAACGGG 
CAGACGGTGA ACTTGCAGGC TGTGATGAAA GATGCCCAAT TGATTCGGAA GCTCTTGGTT 
TTCATGGCCA AAGAACAGTG CCAGCCAATA AAAATCACAG AAGAAATGCA CACAGAGACA 
GGAGGGGATA GTGAACCTCT GGACCGTTCT GTGCTGTCAA CAGTTCCAGG ACAGAGCATT 
GCAGATAAGC TGTACAATAC TTGGATACGT CTGCAGAGCC ATGTCAACAT TGTGTTTGAC 
AGTGACATGG ACAAGCTGAT AAAAGAAAAA TACCCTGGCA TTCGTCAGCT GCTGGAGAAG 
AAGGAGGGGC TGTTCCGCAA GCACATGATG GGGAAGCGCG TGGATTTCGC TGCTCGGTCC 
GTCATCTGCC CCGACATGTA CATTGGGACC AACGAGATTG GCATCCCTAT GGTGTTTGCC 
ACCAAACTGA CTTACCCCCA GCCAGTGACT CCCTGGAATG TCAAAGAGCT GAGGCAGGCT 
GTCATCAATG GCCCCAGGGT GCACCCTGGT GCCTCCATGG TCATCAACGA GGACGGGTCC 
CGCACGGTGC TGAGCGCCAC CAGCCTGACC CAGCGCGAGG CCATCGCCAA GCAGCTGCTC 
ACCCCCTCCT CAGGGGCACC CCAGACAGGC CTGAAGATTG TGTGTCGGCA CATTAGGAAC 
GGGGACGTGC TGCTGCTGAA CCGGCAGCCC ACGCTGCACA GACCTTCCAT CCAAGCGCAC 
CGGGCCCGCA TCCTGCCCGG GGAGAAGGTG CTGCGGCTGC ACTACGCCAA CTGCAAGGCC 
TACAACGCCG ACTTCGATGG CGACGAGATG AACGCGCACT TCCCGCAGAG CGAGCTGGGC 
AGGGCAGAGG CCTACACCTT GGCCATCACT GACAAACAGT ACCTGGTGCC AAAGGATGGG 
AAGCCACTTC CTGGCTTGAT CCAGGATCAT ATGATTTCTG GAGTGAGCAT GACAATCCGG 
GGCTGCTTTT TCACCAGAGA GCAGTACATG GAGCTTGTGT ACCGAGGGCT GACAGACAAA 
AAAGGAAAAA TTAAAGTCTT TCCTCCAGCC ATTGTGAAGC CACAGCGATT ATGGACAGGA 
AAGCAGGTTG TTTCCACGTT GTTGATAAAC GTTATTCCAG ACAACTATGC TCCACTGAAT 
TTGACTGGGA AAGCAAAAAT TGGTGGGAGA GCCTGGGTAA AGGGACCTGC AAAAGGATCT 
CTGAATCTTG ATTCAATGTG TGAATCTCAG GTTATAATCA GAGATGGGGA ATTACTGTGT 
GGAGTCTTAG ACAAAGCTCA CTTTGGCAGC TCTGCCTATG GGCTGGTCCA CTGCTGCTAT 
GAGATCTACG GGGGTGAAAC CAGTGGGAAA GTGCTGTCGT GTCTGGGGCG CCTCTTCACT 
GCTTACCTGC AGCTGTACAG GGGATTTACC ATGGGGATTG AAGATATTTT GGTTAAACGT 
GAAGCAGACC ACAAAAGAAA AAAAATCATT GAAAGGTCAA GGCAGAGTGG TATTGAAGCT 
GTTAGAGCTG CTCTTAATTT GCCAGAAACA GCTTCATGTG AGGAGGTCCA AGGGAAGTGG 
CAGGATGCCC ATCTCTGCAA AGACCAGAGG GATTTTAATA TGGTTGATAT GAAATTCAAG 
GAGGAAGTAA ACAATTACAA CAATGAAGTC AACAAGGTTT GCATGCCCCT TGGTCTCCAC 
AGGAGCTTTC CAGAGAACAA TTTGCAGTTG ATGGTACAGT CAGGAGCCAA AGGATCCACT 
GTAAACACCA TGCAGATTTC TTGTTTGCTG GGCCAGATTG AGCTGGAAGG CCGAAGACCC 
CCACTGATGG CATCTGGAAA ATCTCTGCCA TGTTTCCAGC CTTATGATTT TTCCCCTAGC 
TCAGGAGGAT TTGTGACTGG CAGATTTCTC ACTGGGATCA GACCTTCTGA ATTCTTCTTT 
CACTGCATGG CTGGCAGGGA AGGTCTTGTG GATACAGCTG TCAAAACCAG CCGTTCTGGG 
TACCTGCAAA GGTGTATCAT CAAACATTTG GAAGGACTGG TAGTTCAGTA TGACCTGACT 
GTACGAGACA GTGATGGCAG CGTGGTGCAG TTTCTGTATG GAGAAGATGG GCTTGATATC 
CCTAAAACTC AGTTCTTACA ACCTGAGCAG TTTCCTTTCA TTGCAGAAAA CTATGAGGTA 
ATCCAGAAGG CAGACCATCT GGATGAAGCT TTAGCAAGGA TGGAGTCTCA TCAAGCTAAC 
CAGCAGTTCA GAGCCATCAA GAAGTGGCGA GCCAGACACC AAAACTCTGT GCAAAGAGAA 
GGAGGCTTTC TGTTGTTTTC CCAGAAGAAA CTGGCAAGTT TGAAAGCACA GCTTCCAGGA 
GGTGAAATAA AGAATGGAAG AGATCCTGCT ACTTTACAGT TGTTGAAGAT GTGGTATGAG 
CTTGATGAGA AGAAACAAAG GAAGTATCTG AAGAAGACAA ATAAGTGTCC TGACCCAAGC 
CTTGGGGTTT GGCGTCCAGA TACTTATTTT GCATCTGTTT CAGAAACATT TGAAAATGGA 
GTGGAAGGCT ATATCAATAA ATGGGAATCT GAGAACAGCC AGAGTTACAT ATGCCCAGCA 
CTTTCTTCTG ATAGATTAAA GGATCTGTTG TATTTAAAGT GGCAGCGTTC TCTTTGTGAC 
CCAGGAGAAG CTGTGGGGCT TCTTGCTGCT CAGAGTATTG GGGAGCCCTC AACACAGATG 
ACTCTGAACA CCTTTCACTT TGCTGGCAGA GGTGAAATGA ATGTCACATT GGGTATTCCA 
AGGTTGCGAG AAATACTGAT GGTGGCCAGT GCAAACATTA AAACACCAAT GATGAGTGTT 
CCTGTGTTTA ACACCAAGAA AGCTCTCAAG AAGGTGAAAC AGCTTAAGAA AGAGCTCACA 
AGAGTGTGCT TAGCTGAGGT CTTGCAGAAA GTGGACATTG AGGAATCCCT GCATGTGAAG 
CACAAACTGA ACAAGCATCG CCTCTACAAA ATCAAATTCC ATTTCTTGCC CCATGAGTAT 
TACCAAGAGG AGAAGTGTGT GAAGCCCAGG CAGATCTTGC ACTTCATGGA AACAAGATTC 
TTTAAAGTTC TTCTGGAAGC AATTAAAAGG AAGACTGCAA AGATGGCATC TTTTAATGAA 
GTCAGCACTC GGAAGACAAC TTGGAAGGAT TTAGATGATG ACCAAGACAA GACACTGAAT 
GGTCTGGAAG CTGGAGCAGA GGAAGAAGAG AACATTGTTG ATGCAGAAGC TGATGAAGGG 
GATGGTGATG CTACAGAAAG AAAACGGAGG AAAAACCAGG AAGAAGAGGT TGATTATGAG 
AGCGAAGAAG AGAACGGGGA AGAAAATGCT AATGAGAATC TGGAAGATGA AGAGGCTGAA 
TCTGAAAAAG AAGAGGGGAC TCCTGGTGCT GAAGAGGATC AGAACAGAGC AGAGGGTGAA 
GATTCTCAGC ATCTTCCCTT TGTGTCTCAG ACTAAAAAAG GGAAAGATCG ATTGCTGCAG 
TCAGCAGAGG TGCGAGTGAG CGCTGTTGTG GAGAGCCACC CATCCATACA GGATTACATG 
TTTGACACCA AAAATGAGCT CTGGTGTGAG GTTTCCTTGG CATTGCCACT GACCAAGGTG 
TACTTTGACC TCTCCTCCCT GCTGGCATCC CTGGCACGCA GCACGGTGAT CCACGAGGTG 
AAGGGCATCA CTCGCTGCCT GCTGAATGAA AGCACCAACA GGGAGGGACA GCAGGAATTT 
GTGCTCCAGA CAGAAGGGAT AAACCTGGCA GAGCTCTTCA AATACTCTGA TATTTTGGAC 
CTGAACAGAC TTTATTGCAA TGATATCCAT GCCATGGCTA AGAATTATGG AATTGAATCA 
GCCCTGAGGG TGATTATAAA GGAAATAAAA GATGTATTTG CTGTATATGG AATTGTGGTA 
GACCCTCGAC ACCTTTCACT TGTGGCAGAT TACATGTGTT TTGAAGGAAT TTATAAACCA 
CTCAATCGAA TTGGAATTCA GTCCAACTCC TCCCCTCTGC AACAGATGAC GTTTGAAACC 
AGCTACAAAT TCTTGAAGGA AGCAACAATG ATGGGTGCCC ACGATGAGCT GCGCTCCCCC 
TCGGCCTGCC TGGTGGTTGG AAAAGTTGTC AAAGGAGGGA CTGGCTTGTT TGACCTCAAG 
CAGCCCCTGA CATAG

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

POLR1A ( XM_016298145.1 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_016153631.1 Ficedula albicollis polymerase (RNA) I subunit A (POLR1A), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OFi15590
Clone ID Related Accession (Same CDS sequence)	XM_016298145.1
Accession Version	XM_016298145.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5073bp) 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	2016-04-19
Organism	Ficedula albicollis(collared flycatcher)
Product	DNA-directed RNA polymerase I subunit RPA1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021675.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ficedula albicollis Annotation Release 101 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##

ATGTACACGG CCGAGGAGAT CAGGAAATTG AGTGTAAAAC CCATAACAAA CCCTCAGTAC 
CTGGATAATG TGGGGAATCC GGCTGTAAAT GGTCTGTACG ACTTGGCCTT GGGACCCCCG 
GACTCCAAGG AAGTGTGTGC GACTTGCATG CAGAACTTCA GCGACTGCCC CGGGCACTTT 
GGCCACATAG AGCTGCCTCT GCCTGTCTAC AACCCCCTGT TCTTCGATAA ATTATACCTT 
CTCATCCGAG GTTCTTGTTT GAACTGCCAC ATGCTGACAT GTCCTCGAGC CGTGGTTCAC 
TTACTGCTGA GTCAGCTGAA GGTGCTGGAG AAGGGGTTAC TTCATGCTGT CCATGACCTT 
GAAATCATTC TGAACAGGTT TGTAGAGCAA TGTGCAGATG CAACAAGCTC AGAAATTGAA 
GAGGAGTTAA ATCGCCACGT TCAGGAAATG TTACAAAGCT CTCAAGTACA AGATCGGTGT 
TCCAATGTTA AAAATGTGTG TGAGTGTAGA AATAAACTGG TATCACAGTT CTGGAAAGCA 
CACATGGGTT CAAAGAAATG CCCAAACTGC AAATCCAGGA GATCACTGGT GCGAAAGGAG 
CACAACAGCA AGCTGACAGT AACCTATCCT TCTACAGTGT ACCATAAGTC AGGAGGGGAA 
GGCATTCTGG ATGAGACAGC AGGTATTGAG GAAAGCCAGT TAGGGAAGAG AGGATACCTG 
ACACCAATGA CTGCCAAGGA ATACATCCTG GCTCTGTGGA AGAATGAAGG TTTCTTTCTG 
CGTTATCTCT TCCCTGGGAT GAATCCCCAT GAGAGTTCAG GATTCAGTCC AGACATGTTT 
TTTTTAGATC TGCTCGTGGT TCCACCTTCA AGGTACCGTC CTGTGAACCG CGTTGGCGAT 
CGCCTGTTCA CAAACGGGCA GACGGTGAAC TTGCAGGCTG TGATGAAAGA TGCCCAATTG 
ATTCGGAAGC TCTTGGTTTT CATGGCCAAA GAACAGTGCC AGCCAATAAA AATCACAGAA 
GAAATGCACA CAGAGACAGG AGGGGATAGT GAACCTCTGG ACCGTTCTGT GCTGTCAACA 
GTTCCAGGAC AGAGCATTGC AGATAAGCTG TACAATACTT GGATACGTCT GCAGAGCCAT 
GTCAACATTG TGTTTGACAG TGACATGGAC AAGCTGATAA AAGAAAAATA CCCTGGCATT 
CGTCAGCTGC TGGAGAAGAA GGAGGGGCTG TTCCGCAAGC ACATGATGGG GAAGCGCGTG 
GATTTCGCTG CTCGGTCCGT CATCTGCCCC GACATGTACA TTGGGACCAA CGAGATTGGC 
ATCCCTATGG TGTTTGCCAC CAAACTGACT TACCCCCAGC CAGTGACTCC CTGGAATGTC 
AAAGAGCTGA GGCAGGCTGT CATCAATGGC CCCAGGGTGC ACCCTGGTGC CTCCATGGTC 
ATCAACGAGG ACGGGTCCCG CACGGTGCTG AGCGCCACCA GCCTGACCCA GCGCGAGGCC 
ATCGCCAAGC AGCTGCTCAC CCCCTCCTCA GGGGCACCCC AGACAGGCCT GAAGATTGTG 
TGTCGGCACA TTAGGAACGG GGACGTGCTG CTGCTGAACC GGCAGCCCAC GCTGCACAGA 
CCTTCCATCC AAGCGCACCG GGCCCGCATC CTGCCCGGGG AGAAGGTGCT GCGGCTGCAC 
TACGCCAACT GCAAGGCCTA CAACGCCGAC TTCGATGGCG ACGAGATGAA CGCGCACTTC 
CCGCAGAGCG AGCTGGGCAG GGCAGAGGCC TACACCTTGG CCATCACTGA CAAACAGTAC 
CTGGTGCCAA AGGATGGGAA GCCACTTCCT GGCTTGATCC AGGATCATAT GATTTCTGGA 
GTGAGCATGA CAATCCGGGG CTGCTTTTTC ACCAGAGAGC AGTACATGGA GCTTGTGTAC 
CGAGGGCTGA CAGACAAAAA AGGAAAAATT AAAGTCTTTC CTCCAGCCAT TGTGAAGCCA 
CAGCGATTAT GGACAGGAAA GCAGGTTGTT TCCACGTTGT TGATAAACGT TATTCCAGAC 
AACTATGCTC CACTGAATTT GACTGGGAAA GCAAAAATTG GTGGGAGAGC CTGGGTAAAG 
GGACCTGCAA AAGGATCTCT GAATCTTGAT TCAATGTGTG AATCTCAGGT TATAATCAGA 
GATGGGGAAT TACTGTGTGG AGTCTTAGAC AAAGCTCACT TTGGCAGCTC TGCCTATGGG 
CTGGTCCACT GCTGCTATGA GATCTACGGG GGTGAAACCA GTGGGAAAGT GCTGTCGTGT 
CTGGGGCGCC TCTTCACTGC TTACCTGCAG CTGTACAGGG GATTTACCAT GGGGATTGAA 
GATATTTTGG TTAAACGTGA AGCAGACCAC AAAAGAAAAA AAATCATTGA AAGGTCAAGG 
CAGAGTGGTA TTGAAGCTGT TAGAGCTGCT CTTAATTTGC CAGAAACAGC TTCATGTGAG 
GAGGTCCAAG GGAAGTGGCA GGATGCCCAT CTCTGCAAAG ACCAGAGGGA TTTTAATATG 
GTTGATATGA AATTCAAGGA GGAAGTAAAC AATTACAACA ATGAAGTCAA CAAGGTTTGC 
ATGCCCCTTG GTCTCCACAG GAGCTTTCCA GAGAACAATT TGCAGTTGAT GGTACAGTCA 
GGAGCCAAAG GATCCACTGT AAACACCATG CAGATTTCTT GTTTGCTGGG CCAGATTGAG 
CTGGAAGGCC GAAGACCCCC ACTGATGGCA TCTGGAAAAT CTCTGCCATG TTTCCAGCCT 
TATGATTTTT CCCCTAGCTC AGGAGGATTT GTGACTGGCA GATTTCTCAC TGGGATCAGA 
CCTTCTGAAT TCTTCTTTCA CTGCATGGCT GGCAGGGAAG GTCTTGTGGA TACAGCTGTC 
AAAACCAGCC GTTCTGGGTA CCTGCAAAGG TGTATCATCA AACATTTGGA AGGACTGGTA 
GTTCAGTATG ACCTGACTGT ACGAGACAGT GATGGCAGCG TGGTGCAGTT TCTGTATGGA 
GAAGATGGGC TTGATATCCC TAAAACTCAG TTCTTACAAC CTGAGCAGTT TCCTTTCATT 
GCAGAAAACT ATGAGGTAAT CCAGAAGGCA GACCATCTGG ATGAAGCTTT AGCAAGGATG 
GAGTCTCATC AAGCTAACCA GCAGTTCAGA GCCATCAAGA AGTGGCGAGC CAGACACCAA 
AACTCTGTGC AAAGAGAAGG AGGCTTTCTG TTGTTTTCCC AGAAGAAACT GGCAAGTTTG 
AAAGCACAGC TTCCAGGAGG TGAAATAAAG AATGGAAGAG ATCCTGCTAC TTTACAGTTG 
TTGAAGATGT GGTATGAGCT TGATGAGAAG AAACAAAGGA AGTATCTGAA GAAGACAAAT 
AAGTGTCCTG ACCCAAGCCT TGGGGTTTGG CGTCCAGATA CTTATTTTGC ATCTGTTTCA 
GAAACATTTG AAAATGGAGT GGAAGGCTAT ATCAATAAAT GGGAATCTGA GAACAGCCAG 
AGTTACATAT GCCCAGCACT TTCTTCTGAT AGATTAAAGG ATCTGTTGTA TTTAAAGTGG 
CAGCGTTCTC TTTGTGACCC AGGAGAAGCT GTGGGGCTTC TTGCTGCTCA GAGTATTGGG 
GAGCCCTCAA CACAGATGAC TCTGAACACC TTTCACTTTG CTGGCAGAGG TGAAATGAAT 
GTCACATTGG GTATTCCAAG GTTGCGAGAA ATACTGATGG TGGCCAGTGC AAACATTAAA 
ACACCAATGA TGAGTGTTCC TGTGTTTAAC ACCAAGAAAG CTCTCAAGAA GGTGAAACAG 
CTTAAGAAAG AGCTCACAAG AGTGTGCTTA GCTGAGGTCT TGCAGAAAGT GGACATTGAG 
GAATCCCTGC ATGTGAAGCA CAAACTGAAC AAGCATCGCC TCTACAAAAT CAAATTCCAT 
TTCTTGCCCC ATGAGTATTA CCAAGAGGAG AAGTGTGTGA AGCCCAGGCA GATCTTGCAC 
TTCATGGAAA CAAGATTCTT TAAAGTTCTT CTGGAAGCAA TTAAAAGGAA GACTGCAAAG 
ATGGCATCTT TTAATGAAGT CAGCACTCGG AAGACAACTT GGAAGGATTT AGATGATGAC 
CAAGACAAGA CACTGAATGG TCTGGAAGCT GGAGCAGAGG AAGAAGAGAA CATTGTTGAT 
GCAGAAGCTG ATGAAGGGGA TGGTGATGCT ACAGAAAGAA AACGGAGGAA AAACCAGGAA 
GAAGAGGTTG ATTATGAGAG CGAAGAAGAG AACGGGGAAG AAAATGCTAA TGAGAATCTG 
GAAGATGAAG AGGCTGAATC TGAAAAAGAA GAGGGGACTC CTGGTGCTGA AGAGGATCAG 
AACAGAGCAG AGGGTGAAGA TTCTCAGCAT CTTCCCTTTG TGTCTCAGAC TAAAAAAGGG 
AAAGATCGAT TGCTGCAGTC AGCAGAGGTG CGAGTGAGCG CTGTTGTGGA GAGCCACCCA 
TCCATACAGG ATTACATGTT TGACACCAAA AATGAGCTCT GGTGTGAGGT TTCCTTGGCA 
TTGCCACTGA CCAAGGTGTA CTTTGACCTC TCCTCCCTGC TGGCATCCCT GGCACGCAGC 
ACGGTGATCC ACGAGGTGAA GGGCATCACT CGCTGCCTGC TGAATGAAAG CACCAACAGG 
GAGGGACAGC AGGAATTTGT GCTCCAGACA GAAGGGATAA ACCTGGCAGA GCTCTTCAAA 
TACTCTGATA TTTTGGACCT GAACAGACTT TATTGCAATG ATATCCATGC CATGGCTAAG 
AATTATGGAA TTGAATCAGC CCTGAGGGTG ATTATAAAGG AAATAAAAGA TGTATTTGCT 
GTATATGGAA TTGTGGTAGA CCCTCGACAC CTTTCACTTG TGGCAGATTA CATGTGTTTT 
GAAGGAATTT ATAAACCACT CAATCGAATT GGAATTCAGT CCAACTCCTC CCCTCTGCAA 
CAGATGACGT TTGAAACCAG CTACAAATTC TTGAAGGAAG CAACAATGAT GGGTGCCCAC 
GATGAGCTGC GCTCCCCCTC GGCCTGCCTG GTGGTTGGAA AAGTTGTCAA AGGAGGGACT 
GGCTTGTTTG ACCTCAAGCA GCCCCTGACA TAG

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

RefSeq	XP_016153631.1
CDS	25..5097
Translation	MYTAEEIRKLSVKPITNPQYLDNVGNPAVNGLYDLALGPPDSKEVCATCMQNFSDCPGHFGHIELPLPVYNPLFFDKLYLLIRGSCLNCHMLTCPRAVVHLLLSQLKVLEKGLLHAVHDLEIILNRFVEQCADATSSEIEEELNRHVQEMLQSSQVQDRCSNVKNVCECRNKLVSQFWKAHMGSKKCPNCKSRRSLVRKEHNSKLTVTYPSTVYHKSGGEGILDETAGIEESQLGKRGYLTPMTAKEYILALWKNEGFFLRYLFPGMNPHESSGFSPDMFFLDLLVVPPSRYRPVNRVGDRLFTNGQTVNLQAVMKDAQLIRKLLVFMAKEQCQPIKITEEMHTETGGDSEPLDRSVLSTVPGQSIADKLYNTWIRLQSHVNIVFDSDMDKLIKEKYPGIRQLLEKKEGLFRKHMMGKRVDFAARSVICPDMYIGTNEIGIPMVFATKLTYPQPVTPWNVKELRQAVINGPRVHPGASMVINEDGSRTVLSATSLTQREAIAKQLLTPSSGAPQTGLKIVCRHIRNGDVLLLNRQPTLHRPSIQAHRARILPGEKVLRLHYANCKAYNADFDGDEMNAHFPQSELGRAEAYTLAITDKQYLVPKDGKPLPGLIQDHMISGVSMTIRGCFFTREQYMELVYRGLTDKKGKIKVFPPAIVKPQRLWTGKQVVSTLLINVIPDNYAPLNLTGKAKIGGRAWVKGPAKGSLNLDSMCESQVIIRDGELLCGVLDKAHFGSSAYGLVHCCYEIYGGETSGKVLSCLGRLFTAYLQLYRGFTMGIEDILVKREADHKRKKIIERSRQSGIEAVRAALNLPETASCEEVQGKWQDAHLCKDQRDFNMVDMKFKEEVNNYNNEVNKVCMPLGLHRSFPENNLQLMVQSGAKGSTVNTMQISCLLGQIELEGRRPPLMASGKSLPCFQPYDFSPSSGGFVTGRFLTGIRPSEFFFHCMAGREGLVDTAVKTSRSGYLQRCIIKHLEGLVVQYDLTVRDSDGSVVQFLYGEDGLDIPKTQFLQPEQFPFIAENYEVIQKADHLDEALARMESHQANQQFRAIKKWRARHQNSVQREGGFLLFSQKKLASLKAQLPGGEIKNGRDPATLQLLKMWYELDEKKQRKYLKKTNKCPDPSLGVWRPDTYFASVSETFENGVEGYINKWESENSQSYICPALSSDRLKDLLYLKWQRSLCDPGEAVGLLAAQSIGEPSTQMTLNTFHFAGRGEMNVTLGIPRLREILMVASANIKTPMMSVPVFNTKKALKKVKQLKKELTRVCLAEVLQKVDIEESLHVKHKLNKHRLYKIKFHFLPHEYYQEEKCVKPRQILHFMETRFFKVLLEAIKRKTAKMASFNEVSTRKTTWKDLDDDQDKTLNGLEAGAEEEENIVDAEADEGDGDATERKRRKNQEEEVDYESEEENGEENANENLEDEEAESEKEEGTPGAEEDQNRAEGEDSQHLPFVSQTKKGKDRLLQSAEVRVSAVVESHPSIQDYMFDTKNELWCEVSLALPLTKVYFDLSSLLASLARSTVIHEVKGITRCLLNESTNREGQQEFVLQTEGINLAELFKYSDILDLNRLYCNDIHAMAKNYGIESALRVIIKEIKDVFAVYGIVVDPRHLSLVADYMCFEGIYKPLNRIGIQSNSSPLQQMTFETSYKFLKEATMMGAHDELRSPSACLVVGKVVKGGTGLFDLKQPLT

Target ORF information:

RefSeq Version	XM_016298145.1
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis polymerase (RNA) I subunit A (POLR1A), transcript variant X2, mRNA.

Target ORF information:

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

XM_016298145.1

ORF Insert Sequence:

ATGTACACGG CCGAGGAGAT CAGGAAATTG AGTGTAAAAC CCATAACAAA CCCTCAGTAC 
CTGGATAATG TGGGGAATCC GGCTGTAAAT GGTCTGTACG ACTTGGCCTT GGGACCCCCG 
GACTCCAAGG AAGTGTGTGC GACTTGCATG CAGAACTTCA GCGACTGCCC CGGGCACTTT 
GGCCACATAG AGCTGCCTCT GCCTGTCTAC AACCCCCTGT TCTTCGATAA ATTATACCTT 
CTCATCCGAG GTTCTTGTTT GAACTGCCAC ATGCTGACAT GTCCTCGAGC CGTGGTTCAC 
TTACTGCTGA GTCAGCTGAA GGTGCTGGAG AAGGGGTTAC TTCATGCTGT CCATGACCTT 
GAAATCATTC TGAACAGGTT TGTAGAGCAA TGTGCAGATG CAACAAGCTC AGAAATTGAA 
GAGGAGTTAA ATCGCCACGT TCAGGAAATG TTACAAAGCT CTCAAGTACA AGATCGGTGT 
TCCAATGTTA AAAATGTGTG TGAGTGTAGA AATAAACTGG TATCACAGTT CTGGAAAGCA 
CACATGGGTT CAAAGAAATG CCCAAACTGC AAATCCAGGA GATCACTGGT GCGAAAGGAG 
CACAACAGCA AGCTGACAGT AACCTATCCT TCTACAGTGT ACCATAAGTC AGGAGGGGAA 
GGCATTCTGG ATGAGACAGC AGGTATTGAG GAAAGCCAGT TAGGGAAGAG AGGATACCTG 
ACACCAATGA CTGCCAAGGA ATACATCCTG GCTCTGTGGA AGAATGAAGG TTTCTTTCTG 
CGTTATCTCT TCCCTGGGAT GAATCCCCAT GAGAGTTCAG GATTCAGTCC AGACATGTTT 
TTTTTAGATC TGCTCGTGGT TCCACCTTCA AGGTACCGTC CTGTGAACCG CGTTGGCGAT 
CGCCTGTTCA CAAACGGGCA GACGGTGAAC TTGCAGGCTG TGATGAAAGA TGCCCAATTG 
ATTCGGAAGC TCTTGGTTTT CATGGCCAAA GAACAGTGCC AGCCAATAAA AATCACAGAA 
GAAATGCACA CAGAGACAGG AGGGGATAGT GAACCTCTGG ACCGTTCTGT GCTGTCAACA 
GTTCCAGGAC AGAGCATTGC AGATAAGCTG TACAATACTT GGATACGTCT GCAGAGCCAT 
GTCAACATTG TGTTTGACAG TGACATGGAC AAGCTGATAA AAGAAAAATA CCCTGGCATT 
CGTCAGCTGC TGGAGAAGAA GGAGGGGCTG TTCCGCAAGC ACATGATGGG GAAGCGCGTG 
GATTTCGCTG CTCGGTCCGT CATCTGCCCC GACATGTACA TTGGGACCAA CGAGATTGGC 
ATCCCTATGG TGTTTGCCAC CAAACTGACT TACCCCCAGC CAGTGACTCC CTGGAATGTC 
AAAGAGCTGA GGCAGGCTGT CATCAATGGC CCCAGGGTGC ACCCTGGTGC CTCCATGGTC 
ATCAACGAGG ACGGGTCCCG CACGGTGCTG AGCGCCACCA GCCTGACCCA GCGCGAGGCC 
ATCGCCAAGC AGCTGCTCAC CCCCTCCTCA GGGGCACCCC AGACAGGCCT GAAGATTGTG 
TGTCGGCACA TTAGGAACGG GGACGTGCTG CTGCTGAACC GGCAGCCCAC GCTGCACAGA 
CCTTCCATCC AAGCGCACCG GGCCCGCATC CTGCCCGGGG AGAAGGTGCT GCGGCTGCAC 
TACGCCAACT GCAAGGCCTA CAACGCCGAC TTCGATGGCG ACGAGATGAA CGCGCACTTC 
CCGCAGAGCG AGCTGGGCAG GGCAGAGGCC TACACCTTGG CCATCACTGA CAAACAGTAC 
CTGGTGCCAA AGGATGGGAA GCCACTTCCT GGCTTGATCC AGGATCATAT GATTTCTGGA 
GTGAGCATGA CAATCCGGGG CTGCTTTTTC ACCAGAGAGC AGTACATGGA GCTTGTGTAC 
CGAGGGCTGA CAGACAAAAA AGGAAAAATT AAAGTCTTTC CTCCAGCCAT TGTGAAGCCA 
CAGCGATTAT GGACAGGAAA GCAGGTTGTT TCCACGTTGT TGATAAACGT TATTCCAGAC 
AACTATGCTC CACTGAATTT GACTGGGAAA GCAAAAATTG GTGGGAGAGC CTGGGTAAAG 
GGACCTGCAA AAGGATCTCT GAATCTTGAT TCAATGTGTG AATCTCAGGT TATAATCAGA 
GATGGGGAAT TACTGTGTGG AGTCTTAGAC AAAGCTCACT TTGGCAGCTC TGCCTATGGG 
CTGGTCCACT GCTGCTATGA GATCTACGGG GGTGAAACCA GTGGGAAAGT GCTGTCGTGT 
CTGGGGCGCC TCTTCACTGC TTACCTGCAG CTGTACAGGG GATTTACCAT GGGGATTGAA 
GATATTTTGG TTAAACGTGA AGCAGACCAC AAAAGAAAAA AAATCATTGA AAGGTCAAGG 
CAGAGTGGTA TTGAAGCTGT TAGAGCTGCT CTTAATTTGC CAGAAACAGC TTCATGTGAG 
GAGGTCCAAG GGAAGTGGCA GGATGCCCAT CTCTGCAAAG ACCAGAGGGA TTTTAATATG 
GTTGATATGA AATTCAAGGA GGAAGTAAAC AATTACAACA ATGAAGTCAA CAAGGTTTGC 
ATGCCCCTTG GTCTCCACAG GAGCTTTCCA GAGAACAATT TGCAGTTGAT GGTACAGTCA 
GGAGCCAAAG GATCCACTGT AAACACCATG CAGATTTCTT GTTTGCTGGG CCAGATTGAG 
CTGGAAGGCC GAAGACCCCC ACTGATGGCA TCTGGAAAAT CTCTGCCATG TTTCCAGCCT 
TATGATTTTT CCCCTAGCTC AGGAGGATTT GTGACTGGCA GATTTCTCAC TGGGATCAGA 
CCTTCTGAAT TCTTCTTTCA CTGCATGGCT GGCAGGGAAG GTCTTGTGGA TACAGCTGTC 
AAAACCAGCC GTTCTGGGTA CCTGCAAAGG TGTATCATCA AACATTTGGA AGGACTGGTA 
GTTCAGTATG ACCTGACTGT ACGAGACAGT GATGGCAGCG TGGTGCAGTT TCTGTATGGA 
GAAGATGGGC TTGATATCCC TAAAACTCAG TTCTTACAAC CTGAGCAGTT TCCTTTCATT 
GCAGAAAACT ATGAGGTAAT CCAGAAGGCA GACCATCTGG ATGAAGCTTT AGCAAGGATG 
GAGTCTCATC AAGCTAACCA GCAGTTCAGA GCCATCAAGA AGTGGCGAGC CAGACACCAA 
AACTCTGTGC AAAGAGAAGG AGGCTTTCTG TTGTTTTCCC AGAAGAAACT GGCAAGTTTG 
AAAGCACAGC TTCCAGGAGG TGAAATAAAG AATGGAAGAG ATCCTGCTAC TTTACAGTTG 
TTGAAGATGT GGTATGAGCT TGATGAGAAG AAACAAAGGA AGTATCTGAA GAAGACAAAT 
AAGTGTCCTG ACCCAAGCCT TGGGGTTTGG CGTCCAGATA CTTATTTTGC ATCTGTTTCA 
GAAACATTTG AAAATGGAGT GGAAGGCTAT ATCAATAAAT GGGAATCTGA GAACAGCCAG 
AGTTACATAT GCCCAGCACT TTCTTCTGAT AGATTAAAGG ATCTGTTGTA TTTAAAGTGG 
CAGCGTTCTC TTTGTGACCC AGGAGAAGCT GTGGGGCTTC TTGCTGCTCA GAGTATTGGG 
GAGCCCTCAA CACAGATGAC TCTGAACACC TTTCACTTTG CTGGCAGAGG TGAAATGAAT 
GTCACATTGG GTATTCCAAG GTTGCGAGAA ATACTGATGG TGGCCAGTGC AAACATTAAA 
ACACCAATGA TGAGTGTTCC TGTGTTTAAC ACCAAGAAAG CTCTCAAGAA GGTGAAACAG 
CTTAAGAAAG AGCTCACAAG AGTGTGCTTA GCTGAGGTCT TGCAGAAAGT GGACATTGAG 
GAATCCCTGC ATGTGAAGCA CAAACTGAAC AAGCATCGCC TCTACAAAAT CAAATTCCAT 
TTCTTGCCCC ATGAGTATTA CCAAGAGGAG AAGTGTGTGA AGCCCAGGCA GATCTTGCAC 
TTCATGGAAA CAAGATTCTT TAAAGTTCTT CTGGAAGCAA TTAAAAGGAA GACTGCAAAG 
ATGGCATCTT TTAATGAAGT CAGCACTCGG AAGACAACTT GGAAGGATTT AGATGATGAC 
CAAGACAAGA CACTGAATGG TCTGGAAGCT GGAGCAGAGG AAGAAGAGAA CATTGTTGAT 
GCAGAAGCTG ATGAAGGGGA TGGTGATGCT ACAGAAAGAA AACGGAGGAA AAACCAGGAA 
GAAGAGGTTG ATTATGAGAG CGAAGAAGAG AACGGGGAAG AAAATGCTAA TGAGAATCTG 
GAAGATGAAG AGGCTGAATC TGAAAAAGAA GAGGGGACTC CTGGTGCTGA AGAGGATCAG 
AACAGAGCAG AGGGTGAAGA TTCTCAGCAT CTTCCCTTTG TGTCTCAGAC TAAAAAAGGG 
AAAGATCGAT TGCTGCAGTC AGCAGAGGTG CGAGTGAGCG CTGTTGTGGA GAGCCACCCA 
TCCATACAGG ATTACATGTT TGACACCAAA AATGAGCTCT GGTGTGAGGT TTCCTTGGCA 
TTGCCACTGA CCAAGGTGTA CTTTGACCTC TCCTCCCTGC TGGCATCCCT GGCACGCAGC 
ACGGTGATCC ACGAGGTGAA GGGCATCACT CGCTGCCTGC TGAATGAAAG CACCAACAGG 
GAGGGACAGC AGGAATTTGT GCTCCAGACA GAAGGGATAA ACCTGGCAGA GCTCTTCAAA 
TACTCTGATA TTTTGGACCT GAACAGACTT TATTGCAATG ATATCCATGC CATGGCTAAG 
AATTATGGAA TTGAATCAGC CCTGAGGGTG ATTATAAAGG AAATAAAAGA TGTATTTGCT 
GTATATGGAA TTGTGGTAGA CCCTCGACAC CTTTCACTTG TGGCAGATTA CATGTGTTTT 
GAAGGAATTT ATAAACCACT CAATCGAATT GGAATTCAGT CCAACTCCTC CCCTCTGCAA 
CAGATGACGT TTGAAACCAG CTACAAATTC TTGAAGGAAG CAACAATGAT GGGTGCCCAC 
GATGAGCTGC GCTCCCCCTC GGCCTGCCTG GTGGTTGGAA AAGTTGTCAA AGGAGGGACT 
GGCTTGTTTG ACCTCAAGCA GCCCCTGACA TAG