LOC105359679 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105359679
Entrez Gene ID	105359679
Full Name	DNA-directed RNA polymerase I subunit RPA1
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011496326.1	XP_011494628.1	DNA-directed RNA polymerase I subunit RPA1

Pathways from BioSystems
Gene Ontology

The following LOC105359679 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105359679 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
OCe195251	XM_011496326.1 Latest version!	Ceratosolen solmsi marchali DNA-directed RNA polymerase I subunit RPA1 (LOC105359679), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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** 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)

LOC105359679 ( XM_011496326.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011494628.1 Ceratosolen solmsi marchali DNA-directed RNA polymerase I subunit RPA1 (LOC105359679), mRNA.

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CloneID	OCe195251
Clone ID Related Accession (Same CDS sequence)	XM_011496326.1
Accession Version	XM_011496326.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5088bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	DNA-directed RNA polymerase I subunit RPA1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948417.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATTAGAT ATCAAACAGG GATGAGAATA ACAGCCAAGC ATCTGGATCC AAAAAATCTA 
ACTTTCTCAG TTTTTACCGC AGATGATATT AAAAATTTAA GCGTAAAAAA AATAACAACT 
CCTGATTCCT TTAATGTAAT TGGACATCCT TTAATCGGAG GATTGTATGA TCCTTGTTTA 
GGTCCAACAT TTGATTTTTT AGACCCATGT AGAACATGCG GTGGTAATGT TTCTAAATGT 
CCTGGACATT TTGGACATAT AGAATTACCA ATGCCTGTTG TAAATCCATT ATTTTATAAA 
GCATTACGAA CTTTATTAAA GTTATCGTGT TTAAGTTGTT TCACATTACA AATTCCTCCA 
TGTGCCAAGT TATTACTAGC AGCTAAATTA AGACTTATAC ACGATGGTTT ATTTACTTCA 
ATCGAAGGAT TAGATCAAGA AGTTACATTA GCTTTATCAG ATATGAATAA TGCAGAAACT 
GAAGATGTTT CATATTTTCA CAATATTATT GAAAATTACA TGGAAAATAT TTATAATAAA 
GAAAGATATA GAATAAATAA GTCTTCAAAT GAATTATTTT TTGATACAAA GAATGCTAAC 
GTGCAGTGGC ATAGCTGTAT AGATCATTTT TTAAAACAAT ATAATGGTAG AAAAGTGTGT 
ATCAATTGTC AAAAAGTAAT ACCAAAAATT ATTAGTTTAA AAAATAAATT AATGACCACG 
AGAGTGCCAT CAAACGAAGA AGATAGTTCA CATCGGGTTG TACATAAATT AGAAACAATT 
ATTATAATGC CAGATCAATC GAAAGAATTT TTAAGAAAGT TATGGCAGAA TGAAAAAGAA 
ACGTTAAAAG TATTGGTTTC GTGTTTGAAC AATTTATTAA TAGAAAATCC TACGGATATA 
TTTTTTTTCG AAGTTATTCC TGTTGTGCCT CCAATAGTTA GACCGGTAAA TATGTTGAAC 
GAACAGATCG TGGAACATCC TCAAAGTCAA GTTTATAAAT CAATTATCAT CAATTGTCTC 
ACTCTACGAA ATGTTATTCA AGCTATTCAA GATGGTGACA CGAATCAACT CCCTGACGCA 
GGAAAGCTTG TATTTAACAG TATAAGAGGT AATTCTGCTG TCGAAAAACT GCACAATGCA 
TGGCAAGACT TACAAGGAAA TGTGGACCAT TTGATCGATC GCGATATGAA TAAGACAACA 
GATTCTACTA TTTGTCAAGG ATTACGACAG ATTATCGAAA AGAAAGAAGG TGTGATACGT 
ATGCACATGA TGGGCAAAAG AGTAAATTAT GCTGCCAGAT CGGTCATAAC ACCGGATCCA 
TATTTAAACA TAGATGAAAT TGGTATTCCA GAGCTCTTTG CTACTAAACT TACATATCCT 
GTACCAGTTA CACCCTGGAA CGTTACCGAG ATAAGGCAGT TAATTTTAAA CGGACCAAAT 
GTACATCCTG GAGCTGTGAT GATCGAAGGC GAAGATGGAT TAATTAAGCG TTTAAGTCCC 
GATAATTATG TACTTAGGGA AGCTATTGCC AAGCGACTTC TTACAATGAC TGAAAAGGCA 
AATAAATTTT TCCATGGTAT TAAAATAGTT CATAGACATC TTCAAAATGG TGATATGTTG 
TTACTAAATC GTCAACCAAC TCTTCACAAG CCCAGTATTA TGGCACATAA AGCTCGAATA 
CTTAAAGGAG AAAAGACGCT GCGCCTTCAT TACGCTAATT GTAAAGCATA TAATGCTGAT 
TTTGACGGTG ATGAGATGAA CGCGCATTTT CCTCAAAATG AATTGGCTCG CTCCGAAGGT 
TACTACATTG CCAATGTCAC GCATCAGTAT TTAGTACCTA AAGATGGAAC GCCATTAAGT 
GGTTTAATTC AGGATCACAT GATAGGTGGT GTAAAATTAA CACTTCGTAG CACATTTTTC 
AACAAAGAAG ATTATATGCA ACTCGTATTT TCGGCCCTTT CAATGATACA GGGTAATTTA 
ATATTGCTCG CCCCAGCTAT CATAAAGCCT ACGCCTATGT GGTCCGGGAA ACAAGTTATC 
TCTACCATTA TTATAAACAT AATTCCACCA AAAAAATCAT TGATCAATCT TACCGGAACC 
GCTAAAATAG GAGCGAATGA ATGGCGAGCG AAAAAATCAA GACCCTGGAA ATGTGGTACG 
CCATTTACGA ATCCTAACGA TATGTCTGAA GCTGAGATTA TTATTCGCAA TGGGGAATTG 
CTTTGTGGAG TACTTGATAA GAAGCATTAC GGTGCCACTC CGTTCGGTCT TATCCACTGT 
GTATTCGAGT TGTACGGTGG AACAACATCG AGTAAAATGT TAAGTGCTTT TGGAAAAGTA 
TTTCAAGCGT ACTTGCAAAC TATTGGATTC ACTTTGGGCA TCGAAGATAT TTTAGTTAAA 
CCAAAAGCCG ATCTTAAACG TGCTGTAATT ATTAATGAAT GCCGGCAGAT CGGAGAAAAT 
ATTCATAGAT CAATTCTGGA AGTTCCGGAT AATACGCCAA TGGAGGTGGT AACGGCAAAG 
ATGGAAGAAG CATATCGTTG CAATTCGAAA TTCCGGGCTC AAGTCGACAA AAGTTATAAG 
GCCGCTTTAG ATTTATACAC GAATAAAATC AATAAATTAT GCTTGCCTGA CAATCTCATA 
AAGACCTTCC CTAATAATAA TCTTCAGCTT ATGGTTCAAT CAGGAGCCAA AGGCTCCACT 
GTCAACACCA TGCAAATATC GTGTTTGCTA GGCCAAATTG AATTGGAAGG AAAGCGACCG 
CCTCTTATGA TCAGTGGCAA AAGTCTTCCG AGTTTTCCGC CGTATGATCC AATGCCAAGG 
GCGGGTGGTT TCATTGATAA CCGATTTATG ACGGGTCTTC AACCTCAAGA ATTCTTCTTT 
CATTGTATGG CTGGGCGCGA AGGTCTTATC GATACAGCTG TAAAAACAAG TAGATCTGGA 
TATCTTCAGA GATGCCTGAT AAAACACATG GAGGGATTGA TGGTTAATTA CGACGCGACG 
GTAAGGGACT CGGATGGTTG TCTCATTCAG TTTTCTTATG GTGAGGACGG TTTGGATATT 
CCCAAGTCGC GTTTTTTGAA CGAAGAACAA TTTCGATTCT TAATCGAGAA TAAGAATGCC 
GTCGCGGACG AGGATCTGAT GAGACGTCTG AAAATGTCCG CCGAGACCCA GACGATCGCC 
AAGCACGCAA AGAAAATCCG TAAGTGGACG AAGAGGAATG GCGGTGACCT ACTCGTTAAG 
CGGCGGCTCA GCGAATTTTC CAAGTTCTCC GTCGATAATA GGAATCCCAA CAGCAGCAAG 
AACAAGATCA TTGATTTCCA ATGCGGGAGG AGCAAAGCCG CGATCTCCCT CATGAAAAAG 
TGGATACGCG CGGACGAAGA AACAAAGAAC TCTTATAGGA GACAGTGCGT GAAGTGTCCG 
GAGCCACTGA TCGCCAAGTA CAGGCAGGAC ACGACCTTTG GTATATTGTC GGAAAGACTT 
GAGCAAATGT TGGAGAAATA CGTGAGCAAA GCCACCTCTT TTACGGCAAA ATTGAAAAAG 
GATGAGCTAA AGGATGTCTT ATGCGCAAAA GTCATGAATA CCTTTTGTTC GCCCGGCGAA 
CCAGTCGGTC TATTGGCCGC GCAGTCGATC GGCGAGCCCT CGACCCAGAT GACCCTCAAT 
ACCTTCCACT TCGCGGGACG TGGTGAGATG AACATGACTC TCGGTATACC ACGGCTACGC 
GAGATCTTGA TGATGGCCTC GAAAAACATC AAAACGCCGA GTATGGAGAT TCCGTTCAAG 
AAGGATATAG TCAATTTGGA AGTACAGTCG ACGAAGGTAC GACTTAAGCT GACCAAATGT 
TATGCCGCCA ACATCCTCGA GCACATCGAG ATCCGTAAGA GGCTCGTCCA GCGTGATCAA 
TACGTGATCG AGTACGTGAT TCACATCGAT TACCTGCCCT ACAAATGCTA CAAAAATGAG 
TTCTACATCC AACAGCACGA CGCGATCGCC AAGACGGAGA CGATGTTCTT TAAAGAAATG 
TTCAAACAAA TAAAGCGAGT CTTAAAGAAG ACGGGCGCCA ATGTATTTTT CCAGGAGGAT 
AAGAAGCAAA CGAAGAATGA CGATTTGAAA TTGGACGAGG AGGAGATGGT GTCCGAGAAC 
AATCCTAATT TAGGAAAGAG ATTCGACCTT GGAGAGATGC ACGAGTCGTC GGACGAGGAG 
GAGCTCGCCG AAGATGCGGA TGCGACCGTG TCGAGGTCGG TCGCGCGTCA CAAAGAGAAT 
CGGGAATACG AGGATCCGGA GGAGAGCGAT GAAGAGTTAG AGGACGCGCC CGACGATAAT 
CCAGCTGAGC CGACTAAGTT CAATGAGGAC GAAGACGAAG ACAACGACGT TGCAATGGAT 
TGGCAAAAGA CGGAGGATAT GAAATATGAG CAGAGGAAAA AACGCGTTAT CGAGACTTAC 
CTGCACTGCA CCAATTACGA TTATGACACG AAGGACAGCC AATGGTGCGA ATTTACATTT 
GAATTACCCA TTCAAATGTC CAAGTTTGAT ATGCCAATGA TACTTCGTAA TGTTGCGAAC 
AAATTGGTTT TCTGGGAAAC ACCCTGCATA AAGAGAGCAT TTATAATCGA AAATCAAAAT 
GGAGAACAAA TATTAAAGAC AGACGGCATC AATATTGTGG AGATGTTCAA ATACGATAAA 
ATTTTAGATT TGTGTAGATT GTATACCAAT GATATTTATG CCGTATCTCA GACTTACGGC 
ATCGAGGCGG CATACAAAGT TGTCATTAAA GAAATTAAAG ATGTATTTAA AATGTATGGA 
ATTGTTATAG ATACAAGACA TTTGTCGTTG ATAGCGGATT ACATGACGTT CGAAGGCACT 
TTCCAACCTC TTAGCCGTAA GGGCATGGAA GATTCAACTT CGCCACTTCA ACAAATGAGC 
TTCGAAAGCT CTCTTAATTT TTTAAAGAAT GCCACCCTTC AAGGTAAACG TGATAATTTA 
TCTTCACCCT CTAGCCGTCT GATGGTGGGT CAACCTTGTA AATCTGGTAC CGGCTCGTTT 
TCGTTATTGG TAGACATTCA ACAACAAATA GATCAATCAA ATTCCTAA

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

RefSeq	XP_011494628.1
CDS	76..5163
Translation	MIRYQTGMRITAKHLDPKNLTFSVFTADDIKNLSVKKITTPDSFNVIGHPLIGGLYDPCLGPTFDFLDPCRTCGGNVSKCPGHFGHIELPMPVVNPLFYKALRTLLKLSCLSCFTLQIPPCAKLLLAAKLRLIHDGLFTSIEGLDQEVTLALSDMNNAETEDVSYFHNIIENYMENIYNKERYRINKSSNELFFDTKNANVQWHSCIDHFLKQYNGRKVCINCQKVIPKIISLKNKLMTTRVPSNEEDSSHRVVHKLETIIIMPDQSKEFLRKLWQNEKETLKVLVSCLNNLLIENPTDIFFFEVIPVVPPIVRPVNMLNEQIVEHPQSQVYKSIIINCLTLRNVIQAIQDGDTNQLPDAGKLVFNSIRGNSAVEKLHNAWQDLQGNVDHLIDRDMNKTTDSTICQGLRQIIEKKEGVIRMHMMGKRVNYAARSVITPDPYLNIDEIGIPELFATKLTYPVPVTPWNVTEIRQLILNGPNVHPGAVMIEGEDGLIKRLSPDNYVLREAIAKRLLTMTEKANKFFHGIKIVHRHLQNGDMLLLNRQPTLHKPSIMAHKARILKGEKTLRLHYANCKAYNADFDGDEMNAHFPQNELARSEGYYIANVTHQYLVPKDGTPLSGLIQDHMIGGVKLTLRSTFFNKEDYMQLVFSALSMIQGNLILLAPAIIKPTPMWSGKQVISTIIINIIPPKKSLINLTGTAKIGANEWRAKKSRPWKCGTPFTNPNDMSEAEIIIRNGELLCGVLDKKHYGATPFGLIHCVFELYGGTTSSKMLSAFGKVFQAYLQTIGFTLGIEDILVKPKADLKRAVIINECRQIGENIHRSILEVPDNTPMEVVTAKMEEAYRCNSKFRAQVDKSYKAALDLYTNKINKLCLPDNLIKTFPNNNLQLMVQSGAKGSTVNTMQISCLLGQIELEGKRPPLMISGKSLPSFPPYDPMPRAGGFIDNRFMTGLQPQEFFFHCMAGREGLIDTAVKTSRSGYLQRCLIKHMEGLMVNYDATVRDSDGCLIQFSYGEDGLDIPKSRFLNEEQFRFLIENKNAVADEDLMRRLKMSAETQTIAKHAKKIRKWTKRNGGDLLVKRRLSEFSKFSVDNRNPNSSKNKIIDFQCGRSKAAISLMKKWIRADEETKNSYRRQCVKCPEPLIAKYRQDTTFGILSERLEQMLEKYVSKATSFTAKLKKDELKDVLCAKVMNTFCSPGEPVGLLAAQSIGEPSTQMTLNTFHFAGRGEMNMTLGIPRLREILMMASKNIKTPSMEIPFKKDIVNLEVQSTKVRLKLTKCYAANILEHIEIRKRLVQRDQYVIEYVIHIDYLPYKCYKNEFYIQQHDAIAKTETMFFKEMFKQIKRVLKKTGANVFFQEDKKQTKNDDLKLDEEEMVSENNPNLGKRFDLGEMHESSDEEELAEDADATVSRSVARHKENREYEDPEESDEELEDAPDDNPAEPTKFNEDEDEDNDVAMDWQKTEDMKYEQRKKRVIETYLHCTNYDYDTKDSQWCEFTFELPIQMSKFDMPMILRNVANKLVFWETPCIKRAFIIENQNGEQILKTDGINIVEMFKYDKILDLCRLYTNDIYAVSQTYGIEAAYKVVIKEIKDVFKMYGIVIDTRHLSLIADYMTFEGTFQPLSRKGMEDSTSPLQQMSFESSLNFLKNATLQGKRDNLSSPSSRLMVGQPCKSGTGSFSLLVDIQQQIDQSNS

Target ORF information:

RefSeq Version	XM_011496326.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali DNA-directed RNA polymerase I subunit RPA1 (LOC105359679), mRNA.

Target ORF information:

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

XM_011496326.1

ORF Insert Sequence:

ATGATTAGAT ATCAAACAGG GATGAGAATA ACAGCCAAGC ATCTGGATCC AAAAAATCTA 
ACTTTCTCAG TTTTTACCGC AGATGATATT AAAAATTTAA GCGTAAAAAA AATAACAACT 
CCTGATTCCT TTAATGTAAT TGGACATCCT TTAATCGGAG GATTGTATGA TCCTTGTTTA 
GGTCCAACAT TTGATTTTTT AGACCCATGT AGAACATGCG GTGGTAATGT TTCTAAATGT 
CCTGGACATT TTGGACATAT AGAATTACCA ATGCCTGTTG TAAATCCATT ATTTTATAAA 
GCATTACGAA CTTTATTAAA GTTATCGTGT TTAAGTTGTT TCACATTACA AATTCCTCCA 
TGTGCCAAGT TATTACTAGC AGCTAAATTA AGACTTATAC ACGATGGTTT ATTTACTTCA 
ATCGAAGGAT TAGATCAAGA AGTTACATTA GCTTTATCAG ATATGAATAA TGCAGAAACT 
GAAGATGTTT CATATTTTCA CAATATTATT GAAAATTACA TGGAAAATAT TTATAATAAA 
GAAAGATATA GAATAAATAA GTCTTCAAAT GAATTATTTT TTGATACAAA GAATGCTAAC 
GTGCAGTGGC ATAGCTGTAT AGATCATTTT TTAAAACAAT ATAATGGTAG AAAAGTGTGT 
ATCAATTGTC AAAAAGTAAT ACCAAAAATT ATTAGTTTAA AAAATAAATT AATGACCACG 
AGAGTGCCAT CAAACGAAGA AGATAGTTCA CATCGGGTTG TACATAAATT AGAAACAATT 
ATTATAATGC CAGATCAATC GAAAGAATTT TTAAGAAAGT TATGGCAGAA TGAAAAAGAA 
ACGTTAAAAG TATTGGTTTC GTGTTTGAAC AATTTATTAA TAGAAAATCC TACGGATATA 
TTTTTTTTCG AAGTTATTCC TGTTGTGCCT CCAATAGTTA GACCGGTAAA TATGTTGAAC 
GAACAGATCG TGGAACATCC TCAAAGTCAA GTTTATAAAT CAATTATCAT CAATTGTCTC 
ACTCTACGAA ATGTTATTCA AGCTATTCAA GATGGTGACA CGAATCAACT CCCTGACGCA 
GGAAAGCTTG TATTTAACAG TATAAGAGGT AATTCTGCTG TCGAAAAACT GCACAATGCA 
TGGCAAGACT TACAAGGAAA TGTGGACCAT TTGATCGATC GCGATATGAA TAAGACAACA 
GATTCTACTA TTTGTCAAGG ATTACGACAG ATTATCGAAA AGAAAGAAGG TGTGATACGT 
ATGCACATGA TGGGCAAAAG AGTAAATTAT GCTGCCAGAT CGGTCATAAC ACCGGATCCA 
TATTTAAACA TAGATGAAAT TGGTATTCCA GAGCTCTTTG CTACTAAACT TACATATCCT 
GTACCAGTTA CACCCTGGAA CGTTACCGAG ATAAGGCAGT TAATTTTAAA CGGACCAAAT 
GTACATCCTG GAGCTGTGAT GATCGAAGGC GAAGATGGAT TAATTAAGCG TTTAAGTCCC 
GATAATTATG TACTTAGGGA AGCTATTGCC AAGCGACTTC TTACAATGAC TGAAAAGGCA 
AATAAATTTT TCCATGGTAT TAAAATAGTT CATAGACATC TTCAAAATGG TGATATGTTG 
TTACTAAATC GTCAACCAAC TCTTCACAAG CCCAGTATTA TGGCACATAA AGCTCGAATA 
CTTAAAGGAG AAAAGACGCT GCGCCTTCAT TACGCTAATT GTAAAGCATA TAATGCTGAT 
TTTGACGGTG ATGAGATGAA CGCGCATTTT CCTCAAAATG AATTGGCTCG CTCCGAAGGT 
TACTACATTG CCAATGTCAC GCATCAGTAT TTAGTACCTA AAGATGGAAC GCCATTAAGT 
GGTTTAATTC AGGATCACAT GATAGGTGGT GTAAAATTAA CACTTCGTAG CACATTTTTC 
AACAAAGAAG ATTATATGCA ACTCGTATTT TCGGCCCTTT CAATGATACA GGGTAATTTA 
ATATTGCTCG CCCCAGCTAT CATAAAGCCT ACGCCTATGT GGTCCGGGAA ACAAGTTATC 
TCTACCATTA TTATAAACAT AATTCCACCA AAAAAATCAT TGATCAATCT TACCGGAACC 
GCTAAAATAG GAGCGAATGA ATGGCGAGCG AAAAAATCAA GACCCTGGAA ATGTGGTACG 
CCATTTACGA ATCCTAACGA TATGTCTGAA GCTGAGATTA TTATTCGCAA TGGGGAATTG 
CTTTGTGGAG TACTTGATAA GAAGCATTAC GGTGCCACTC CGTTCGGTCT TATCCACTGT 
GTATTCGAGT TGTACGGTGG AACAACATCG AGTAAAATGT TAAGTGCTTT TGGAAAAGTA 
TTTCAAGCGT ACTTGCAAAC TATTGGATTC ACTTTGGGCA TCGAAGATAT TTTAGTTAAA 
CCAAAAGCCG ATCTTAAACG TGCTGTAATT ATTAATGAAT GCCGGCAGAT CGGAGAAAAT 
ATTCATAGAT CAATTCTGGA AGTTCCGGAT AATACGCCAA TGGAGGTGGT AACGGCAAAG 
ATGGAAGAAG CATATCGTTG CAATTCGAAA TTCCGGGCTC AAGTCGACAA AAGTTATAAG 
GCCGCTTTAG ATTTATACAC GAATAAAATC AATAAATTAT GCTTGCCTGA CAATCTCATA 
AAGACCTTCC CTAATAATAA TCTTCAGCTT ATGGTTCAAT CAGGAGCCAA AGGCTCCACT 
GTCAACACCA TGCAAATATC GTGTTTGCTA GGCCAAATTG AATTGGAAGG AAAGCGACCG 
CCTCTTATGA TCAGTGGCAA AAGTCTTCCG AGTTTTCCGC CGTATGATCC AATGCCAAGG 
GCGGGTGGTT TCATTGATAA CCGATTTATG ACGGGTCTTC AACCTCAAGA ATTCTTCTTT 
CATTGTATGG CTGGGCGCGA AGGTCTTATC GATACAGCTG TAAAAACAAG TAGATCTGGA 
TATCTTCAGA GATGCCTGAT AAAACACATG GAGGGATTGA TGGTTAATTA CGACGCGACG 
GTAAGGGACT CGGATGGTTG TCTCATTCAG TTTTCTTATG GTGAGGACGG TTTGGATATT 
CCCAAGTCGC GTTTTTTGAA CGAAGAACAA TTTCGATTCT TAATCGAGAA TAAGAATGCC 
GTCGCGGACG AGGATCTGAT GAGACGTCTG AAAATGTCCG CCGAGACCCA GACGATCGCC 
AAGCACGCAA AGAAAATCCG TAAGTGGACG AAGAGGAATG GCGGTGACCT ACTCGTTAAG 
CGGCGGCTCA GCGAATTTTC CAAGTTCTCC GTCGATAATA GGAATCCCAA CAGCAGCAAG 
AACAAGATCA TTGATTTCCA ATGCGGGAGG AGCAAAGCCG CGATCTCCCT CATGAAAAAG 
TGGATACGCG CGGACGAAGA AACAAAGAAC TCTTATAGGA GACAGTGCGT GAAGTGTCCG 
GAGCCACTGA TCGCCAAGTA CAGGCAGGAC ACGACCTTTG GTATATTGTC GGAAAGACTT 
GAGCAAATGT TGGAGAAATA CGTGAGCAAA GCCACCTCTT TTACGGCAAA ATTGAAAAAG 
GATGAGCTAA AGGATGTCTT ATGCGCAAAA GTCATGAATA CCTTTTGTTC GCCCGGCGAA 
CCAGTCGGTC TATTGGCCGC GCAGTCGATC GGCGAGCCCT CGACCCAGAT GACCCTCAAT 
ACCTTCCACT TCGCGGGACG TGGTGAGATG AACATGACTC TCGGTATACC ACGGCTACGC 
GAGATCTTGA TGATGGCCTC GAAAAACATC AAAACGCCGA GTATGGAGAT TCCGTTCAAG 
AAGGATATAG TCAATTTGGA AGTACAGTCG ACGAAGGTAC GACTTAAGCT GACCAAATGT 
TATGCCGCCA ACATCCTCGA GCACATCGAG ATCCGTAAGA GGCTCGTCCA GCGTGATCAA 
TACGTGATCG AGTACGTGAT TCACATCGAT TACCTGCCCT ACAAATGCTA CAAAAATGAG 
TTCTACATCC AACAGCACGA CGCGATCGCC AAGACGGAGA CGATGTTCTT TAAAGAAATG 
TTCAAACAAA TAAAGCGAGT CTTAAAGAAG ACGGGCGCCA ATGTATTTTT CCAGGAGGAT 
AAGAAGCAAA CGAAGAATGA CGATTTGAAA TTGGACGAGG AGGAGATGGT GTCCGAGAAC 
AATCCTAATT TAGGAAAGAG ATTCGACCTT GGAGAGATGC ACGAGTCGTC GGACGAGGAG 
GAGCTCGCCG AAGATGCGGA TGCGACCGTG TCGAGGTCGG TCGCGCGTCA CAAAGAGAAT 
CGGGAATACG AGGATCCGGA GGAGAGCGAT GAAGAGTTAG AGGACGCGCC CGACGATAAT 
CCAGCTGAGC CGACTAAGTT CAATGAGGAC GAAGACGAAG ACAACGACGT TGCAATGGAT 
TGGCAAAAGA CGGAGGATAT GAAATATGAG CAGAGGAAAA AACGCGTTAT CGAGACTTAC 
CTGCACTGCA CCAATTACGA TTATGACACG AAGGACAGCC AATGGTGCGA ATTTACATTT 
GAATTACCCA TTCAAATGTC CAAGTTTGAT ATGCCAATGA TACTTCGTAA TGTTGCGAAC 
AAATTGGTTT TCTGGGAAAC ACCCTGCATA AAGAGAGCAT TTATAATCGA AAATCAAAAT 
GGAGAACAAA TATTAAAGAC AGACGGCATC AATATTGTGG AGATGTTCAA ATACGATAAA 
ATTTTAGATT TGTGTAGATT GTATACCAAT GATATTTATG CCGTATCTCA GACTTACGGC 
ATCGAGGCGG CATACAAAGT TGTCATTAAA GAAATTAAAG ATGTATTTAA AATGTATGGA 
ATTGTTATAG ATACAAGACA TTTGTCGTTG ATAGCGGATT ACATGACGTT CGAAGGCACT 
TTCCAACCTC TTAGCCGTAA GGGCATGGAA GATTCAACTT CGCCACTTCA ACAAATGAGC 
TTCGAAAGCT CTCTTAATTT TTTAAAGAAT GCCACCCTTC AAGGTAAACG TGATAATTTA 
TCTTCACCCT CTAGCCGTCT GATGGTGGGT CAACCTTGTA AATCTGGTAC CGGCTCGTTT 
TCGTTATTGG TAGACATTCA ACAACAAATA GATCAATCAA ATTCCTAA