BOH78_0640 cDNA ORF clone, Pichia kudriavzevii(Candida krusei)

Gene
Clones
gRNAs

Summary

Gene Symbol	BOH78_0640
Entrez Gene ID	31691254
Full Name	Helicase SEN1
Gene Type	protein-coding
Organism	Pichia kudriavzevii(Candida krusei)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020686457.1	XP_020546306.1	Helicase SEN1

Pathways from BioSystems
Gene Ontology

The following BOH78_0640 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BOH78_0640 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
OPi13522	XM_020686457.1 Latest version!	Pichia kudriavzevii Helicase SEN1 (BOH78_0640), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

BOH78_0640 ( XM_020686457.1 ) cDNA ORF clone, Pichia kudriavzevii(Candida krusei) -> XP_020546306.1 Pichia kudriavzevii Helicase SEN1 (BOH78_0640), partial mRNA.

Price & Availability↑

CloneID	OPi13522
Clone ID Related Accession (Same CDS sequence)	XM_020686457.1
Accession Version	XM_020686457.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5601bp) 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	2017-08-27
Organism	Pichia kudriavzevii(Candida krusei)
Product	Helicase SEN1
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_018150435). COMPLETENESS: incomplete on both ends.

ATGTCTTTGA CCAGCTCTTC GGACAGTATT GTCAGCAGGA TCAACAAGAC CTACACGGTC 
GATGATCCAG CATTGCAAGA GTCTGTTGTT GAAGAAGCAA TGAATTATTA TCTCTCAATT 
AGAGAATCGA ATGATCCAAT TAATAACAAC ACCAATGAAA ATAAATTGAT TAAAGACCAT 
CTCTTTTGTT GCTCAGACTC TTCCTCTACA ATTGTATCCT TTTTAGTTGT AGTTCTTGCT 
GGATTTGCTG TTGATTTTAA TAATGAACAA TTCATACCTA TTCGTACCTG TATAAATAAC 
TGTACTGACT GCTTGTTATC ATACCATAGG AAAAGGGCAT TAATAAGAAA GAATTTTTTG 
CTGGAGAAAA TGGTACCTTA TAATCAAATT CAATCGACTA TGGAGAAACC AACTATCTGG 
GAAGCTGATA ACCTATATTC ACAGATTGAA AAATCAATTG ATGATAAATT AGAAAATGAA 
GAATTGAAAA AGTTGTTGAC TAGGATCTTC TTTGAGTGTC TACTGAATCC GTCGATTTTA 
AGGTATCATG ATAAACTAAA GATTTACTTC AACCACTGTT TACAATTCTT GGACGATTCC 
CATGATTTAT TAGTTTCAAA AGGCTTGAAA ATTTATCCCG GTTTGGTGTA TTTGTTATTT 
TCTGATGACG AAAACCAAAG AAACTGGGCA ATATCAAAAT TACCTTATAA TAAAGAAGAT 
AAGATTTACT ACAAAGATAG TGACTTTGAT CCATTGTTCA TCGAAGAATA CGAGATTCAT 
TTTTTTAACA TTCAAAAGCC AGATTTTTTC ACTGATGAAA GATCAATTCA ATTTTGGACA 
AATTTAATAC CTCTTATCAG GTTTTCATCA GTTGATACGA TTAGAAGCAC CATAATGGAA 
CCTTTTTCCT GTGCTTCTTA TAGAGATGAC AAAAGAATCA GAATTGTTCC ACTCTATCAA 
GTTTTCATCA ACCATGTTTT TTCCTACCTG AAAACCCCAC TTCCTTTTTT ATTGAGGTTT 
TTAGGGGTAT CTCTGGAAAA ATTCAAAATG CAGTTATTCG AATTCATCAA ACCTCACAAT 
TACATGAGTT TCTTCGATAT GGCCTTCAAT AACCCAACCT ATAAAAAATA CTTACAAGAG 
CTACCGCCTG AAACATTTCC CTCTTCATTA TCTCAATTAG ATACATCAAG AAATCCGCTG 
TTTATTGATT TGGTCAAGTG GATGGAAATA TGTTCTCACA TACTTAATGA TTCAAGTAAG 
TGTCAGTTTG CTATTGCAAT GTTTGGCTTT TTAGCTGACT TCATCACTGA TCCAAATTGT 
GGAAAGTTTA TTGGGACCTA CATAATGGAA AACATGATTC AACAGCTTTC TTTGAAAAAT 
ACAGTTTTCC AGAGCGATAG ATTAGGTGTC GAGTTATCTT ATAAAGCAAG TGCAAGATCA 
CTACTTGATA AAAAATGTAT TGTTTTGTTT GATTCGATCA ACATAAAATT TTTAGAATCA 
AAAGCGATAA AACTAATCAA GACATGCTTG ATTTATGATA TCGAATCCTA CTCTTATTAC 
TCAAACAAAC TAAATTCAAA TGAGCCACTA CTTACTCCTG AATTCAACAA TGCTTTATGG 
AATTTATTAC AAGTTAAGGT CACCTCCAAT TCAAATATAG CCTTAAATGT TTTCTCCGCT 
TTTTCAAATA TTATCAATGT TTATATGATT GATATTCCTT ATAAGAAAAC AAAGCTAATA 
TCCGAAAGAA AAGAAGAGAG TGTTGTAAAG GGCATATCAT TCAATTGTAA TAGGCATAAC 
AAAATTATTG AAAGCTTTGC TACATCTGTG GAAAATGTTT TGAATAAACT TTCAGAATAT 
ATAACTTCGA CTCATATGAA GTCAATTATC AATGACAACG ACGCCTCCCT AGGGTTTTGG 
TCTCTTTTAT TGTCACCAAT TGACAGAATT TACTCATCAG CCGTGGCATT AATGTCAGAA 
ACATTTAATG TTGATGACAG ACTTGAGGCT TTTAAAGAGT GCTTAAAATT AAACATACAC 
TTAACACTAG ATGCTTTTAA AGCTCAGATT ACAAAATACA CACGCTTGCA ATTATTTTTA 
CCCACTCAGA GAACCGTAAA AATTTTGATG GATTTTATGA ATGCATTATT CAATCCAATG 
AATGGTATAA TTGTTTCGTC GAAAATCGAA CTAACCCTTG ACCTAAAAAC GTCGATAGTT 
GAATTTTGGA TTGATGTATG GGGATTCCTA GGAATGATTT TCAAGAATAT TTTTGACTGG 
TCAATCACTT ATGAACGACT CAAGGTTACT TTAGCCAAGG AAATATCAGA TAAAATTACG 
TCAGATTTGT TAAATTTCAC CAGAGATGTG CTAGATTTGT CTCATTTAGT TCTCAATGGT 
ATGAAAATCA TAGTTTCTCT TCTAGAAACA CAAAATTACA CAAGTACCGA CATCAAATTA 
ATCAAAGAAA CACTTTTGAA ACCAATTGTA GTTACATTAG GTAATCTATT TAAATGGTTG 
CGTCTATCTG ATAATACTAA ATCTGAATTA CAATACACTT CAAGGAAGCA ACAAAATACG 
CTTTCAGGCT TTTTAAAACC ATATGTCAGA GAGAATGTGC CATCTTTTAA TCCTCCGAAA 
AGAATGTCTA AATTGGAGAT TGCACAGGCT AAATTGGCCG AAAAAAGAAA GATGGAAGCA 
AAGGAGCCTG CACCTGCAAG GCCATCAGGA TTCAACATCA AAAAGAAAAT AGTCAACATT 
TCAGATAGTG AATCTGACCA CGATTCAGAT AATGAAACCC AAGATGGTAA TTTGTTCACG 
AAGGAACAAG TAGTTGCTAA AATGAAAAAA ACTAAAGCAG CTTTGCAATC ATTACAAGCT 
CCAAGGTTTA ATTCCAGCAA TACACAAAGT ATGAAACAGA TAGAATTAAT GCAAAAGAAG 
AAGCAGGAGG AGTTGATGAG GTTGAGGTTA AACGTCGACA CTACTCCTCT TTATAAAACC 
ATTTTGTCAT GGTCATATAA TAATGACAAG GAGTTACCTT CTGATTATGA TGAATCCAAG 
TATAAGCCGA TCACAGACAA ATTTGAAAGT GTGAAGGATT ATAGGAAAAC TTTTGAGCCT 
TTATTGTTGC TCGAATGTTG GCAATCAATC CAAAGGGCCA AGCAAGTTGG TTCGGAAATT 
CCCTTTAGAT TAACTATTGG TTCCAGATCC GCCACGGACT CCTTTTTTGA TATTTATACA 
TCCGTGAAAA AGGAAGTCGT TAATGAAACA AGATGTTTTG GTGATAATGA TCTAATTGTT 
CTTATGATGG TTGATAACTT ACCACCAGAG GAAGATAACA GAGGTATACC GAGAAAGTTG 
GTGGAGAAGT GTACTGTCAA CTGTTTTGCT AAGGTTAAAG AAATTAAAAA TACAAACGGG 
CCATATGCGG ATGTTGTTTT GAGGGTATCA TCTGACAATA AAGTTGTTCA TAAAATATCA 
CCAAGTATGG AACTGGTTGG ATTGAAAGTT AATACAATGA CTACCTTAGA AAGAGAGTTT 
TCATCTTTAT ATGGTTTACA GTACTATGAC TTGAGTAATG AGATTATCCA AGCTGTTCCT 
GATCCCGTTG AAACTCCAGA CGAGAAAAAG ATAAATAAAT TAAAGGATGT ATACGATGTC 
AACGATTCCC AAGCAAAAGC CATTTCGGGT ACAGTTCAAG GGCAAGGGTT TTCACTAATT 
CAAGGTCCTC CGGGTACAGG TAAGACAAAA ACAATTCTTG GTGTCATTGG TTATTTTCTC 
ACTCAAGAGG ATAAGAATGT ACATCGAGTA CTGGCTCCTG GTGTGAAGGC AAATATCTCA 
ACTTCAAAAG CATCAACAGG TTCAGTTGAT AATAAGAGAA AAATTCTAAT ATGTGCACCT 
TCTAATGCAG CTGTTGATGA ATTGGTGCTT AGAATCAGAA ATGGGATAAA GAATTCCAAA 
GGTGAAACTT TCAAACCGAA TGTTGTTAGA CTAGGTAAGT CAGATGCCAT CAATGAACAA 
GTTAAGGATT TAACCTTGGA GGAACAAGTT GATGCACAAT TATCAAAGAT AAAGAATAAT 
GATGACTCTA GTATTAGGGC AGAGCATAGA GCTTGTATTG TTGAACGTGA TGAATTAAGA 
AAGAAACTCG AGTCTAACAG TCTCACAGAA ACTGAGATTT CGAAGGCTGA AATGAGATTA 
CAAGAAGTTC TGACAAAGCG TAGAGAGCTG GGTAAAAGGC TAGATGAGAT GAGAGAGCAA 
AGGGCTGTAA ATTATCGTAA TAGAGAAATT GAAAGAAGGA ATATACAATT CAAAATTTTG 
AACAATGCAC AAGTTGTTTG TTCTACTCTT TCAGGATCAG CTCATGATGT TTTAGCGGGT 
ATGTCTTTGA CTTTTGAAAC TGTGGTTATT GACGAAGCTG CTCAGTGTAT CGAATTGAGT 
GCCATCATTC CTTTGAGATA TGGTTGCAAG AAATGTATTA TGGTTGGTGA CCCTAACCAA 
TTACCTCCAA CTGTTTTATC TCAAAAAGCA GCTTCATTCA AATACGAGCA ATCACTATTT 
GTCAGAATGC AAAACAACCA TAAAGATTCA GTTTATTTGT TAGATGTGCA ATACCGTATG 
CATCCAGAAA TTTCGGCATT TCCATCCAGG GAATTCTATA CCTCAAAGTT AAAGGATGGT 
CCAAACATGA AGCTACTGAC AGAAAGGCCA TGGCATGAGA TCGAGGAATA TGGACCTTAT 
AGATTTTTCA ATTTGAGGGG TAGGCAAAAT ATTAACGATA AAACAAAATC GTTGTATAAT 
ACAACTGAAT GCAAAGTCAT CCTTGAGATT ATTGAGAGTT TGTACAGAAA ATTCCCCAAT 
ATTGATTGGT CTAACAAAAT CGGGGTTATT TCTCCATATA AAGAACAGGT GAGGCTTTTG 
AAGAAAACTT TCGTAGATAA ATATGGCTTC TTGATAACTA AGCAGATTGA TTTCAACACG 
GTTGACGGTT TTCAAGGTCA AGAGAAAGAC ATTATTATTT TTTCATGTGT TAGAGCGGAA 
AATAATACCG GTGTTGGGTT CTTAGCTGAT ATAAGAAGAA TGAATGTTGC ATTGACAAGA 
GCGAGGTCTT CATTGTGGAT TGTAGGTTCT GTTGATGCGT TAGTTTCCAA TAAAACTTGG 
AGAGATTTAT TTGAAGATGC TAATAAAAGA AATCTGGTTA CGCAAGCCTA TGTCGGTTTC 
ACTAAAAACA TAAGGATTGG TGAGGGAAAC GCAAATTCTA GCCAGACTCC AAATACACAA 
AATATAACAA GAGCAGGTGC AAACAAGAAG ACGATTTCTC ATCATGACAA TGCCAAAAAA 
AGGACTATTT CTGATGATGG TAAAAAGATT GGACATTCAG ATAATCCAGA TTTTTCAAAG 
ATGAGAAAAA TTTCTAAAAC ATCGAATCCC TTACCCGTGA AGAAATATAG TGGACAAATA 
TCAGCTAATA AAATGACAAA AATTTCACAG CCCAAGTCTT CTGGTGTTAT CCTTCCAAGG 
GCACCTAATG GTGCTCCATC GGGTCTAGTG AAGATAAGTG ATAAGAAAAA GTATCCTACG 
AAGCCTTCTG GTAGAAAATA A

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

RefSeq	XP_020546306.1
CDS	1..5601
Translation	MSLTSSSDSIVSRINKTYTVDDPALQESVVEEAMNYYLSIRESNDPINNNTNENKLIKDHLFCCSDSSSTIVSFLVVVLAGFAVDFNNEQFIPIRTCINNCTDCLLSYHRKRALIRKNFLLEKMVPYNQIQSTMEKPTIWEADNLYSQIEKSIDDKLENEELKKLLTRIFFECLLNPSILRYHDKLKIYFNHCLQFLDDSHDLLVSKGLKIYPGLVYLLFSDDENQRNWAISKLPYNKEDKIYYKDSDFDPLFIEEYEIHFFNIQKPDFFTDERSIQFWTNLIPLIRFSSVDTIRSTIMEPFSCASYRDDKRIRIVPLYQVFINHVFSYLKTPLPFLLRFLGVSLEKFKMQLFEFIKPHNYMSFFDMAFNNPTYKKYLQELPPETFPSSLSQLDTSRNPLFIDLVKWMEICSHILNDSSKCQFAIAMFGFLADFITDPNCGKFIGTYIMENMIQQLSLKNTVFQSDRLGVELSYKASARSLLDKKCIVLFDSINIKFLESKAIKLIKTCLIYDIESYSYYSNKLNSNEPLLTPEFNNALWNLLQVKVTSNSNIALNVFSAFSNIINVYMIDIPYKKTKLISERKEESVVKGISFNCNRHNKIIESFATSVENVLNKLSEYITSTHMKSIINDNDASLGFWSLLLSPIDRIYSSAVALMSETFNVDDRLEAFKECLKLNIHLTLDAFKAQITKYTRLQLFLPTQRTVKILMDFMNALFNPMNGIIVSSKIELTLDLKTSIVEFWIDVWGFLGMIFKNIFDWSITYERLKVTLAKEISDKITSDLLNFTRDVLDLSHLVLNGMKIIVSLLETQNYTSTDIKLIKETLLKPIVVTLGNLFKWLRLSDNTKSELQYTSRKQQNTLSGFLKPYVRENVPSFNPPKRMSKLEIAQAKLAEKRKMEAKEPAPARPSGFNIKKKIVNISDSESDHDSDNETQDGNLFTKEQVVAKMKKTKAALQSLQAPRFNSSNTQSMKQIELMQKKKQEELMRLRLNVDTTPLYKTILSWSYNNDKELPSDYDESKYKPITDKFESVKDYRKTFEPLLLLECWQSIQRAKQVGSEIPFRLTIGSRSATDSFFDIYTSVKKEVVNETRCFGDNDLIVLMMVDNLPPEEDNRGIPRKLVEKCTVNCFAKVKEIKNTNGPYADVVLRVSSDNKVVHKISPSMELVGLKVNTMTTLEREFSSLYGLQYYDLSNEIIQAVPDPVETPDEKKINKLKDVYDVNDSQAKAISGTVQGQGFSLIQGPPGTGKTKTILGVIGYFLTQEDKNVHRVLAPGVKANISTSKASTGSVDNKRKILICAPSNAAVDELVLRIRNGIKNSKGETFKPNVVRLGKSDAINEQVKDLTLEEQVDAQLSKIKNNDDSSIRAEHRACIVERDELRKKLESNSLTETEISKAEMRLQEVLTKRRELGKRLDEMREQRAVNYRNREIERRNIQFKILNNAQVVCSTLSGSAHDVLAGMSLTFETVVIDEAAQCIELSAIIPLRYGCKKCIMVGDPNQLPPTVLSQKAASFKYEQSLFVRMQNNHKDSVYLLDVQYRMHPEISAFPSREFYTSKLKDGPNMKLLTERPWHEIEEYGPYRFFNLRGRQNINDKTKSLYNTTECKVILEIIESLYRKFPNIDWSNKIGVISPYKEQVRLLKKTFVDKYGFLITKQIDFNTVDGFQGQEKDIIIFSCVRAENNTGVGFLADIRRMNVALTRARSSLWIVGSVDALVSNKTWRDLFEDANKRNLVTQAYVGFTKNIRIGEGNANSSQTPNTQNITRAGANKKTISHHDNAKKRTISDDGKKIGHSDNPDFSKMRKISKTSNPLPVKKYSGQISANKMTKISQPKSSGVILPRAPNGAPSGLVKISDKKKYPTKPSGRK

Target ORF information:

RefSeq Version	XM_020686457.1
Organism	Pichia kudriavzevii(Candida krusei)
Definition	Pichia kudriavzevii Helicase SEN1 (BOH78_0640), partial mRNA.

Target ORF information:

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

XM_020686457.1

ORF Insert Sequence:

ATGTCTTTGA CCAGCTCTTC GGACAGTATT GTCAGCAGGA TCAACAAGAC CTACACGGTC 
GATGATCCAG CATTGCAAGA GTCTGTTGTT GAAGAAGCAA TGAATTATTA TCTCTCAATT 
AGAGAATCGA ATGATCCAAT TAATAACAAC ACCAATGAAA ATAAATTGAT TAAAGACCAT 
CTCTTTTGTT GCTCAGACTC TTCCTCTACA ATTGTATCCT TTTTAGTTGT AGTTCTTGCT 
GGATTTGCTG TTGATTTTAA TAATGAACAA TTCATACCTA TTCGTACCTG TATAAATAAC 
TGTACTGACT GCTTGTTATC ATACCATAGG AAAAGGGCAT TAATAAGAAA GAATTTTTTG 
CTGGAGAAAA TGGTACCTTA TAATCAAATT CAATCGACTA TGGAGAAACC AACTATCTGG 
GAAGCTGATA ACCTATATTC ACAGATTGAA AAATCAATTG ATGATAAATT AGAAAATGAA 
GAATTGAAAA AGTTGTTGAC TAGGATCTTC TTTGAGTGTC TACTGAATCC GTCGATTTTA 
AGGTATCATG ATAAACTAAA GATTTACTTC AACCACTGTT TACAATTCTT GGACGATTCC 
CATGATTTAT TAGTTTCAAA AGGCTTGAAA ATTTATCCCG GTTTGGTGTA TTTGTTATTT 
TCTGATGACG AAAACCAAAG AAACTGGGCA ATATCAAAAT TACCTTATAA TAAAGAAGAT 
AAGATTTACT ACAAAGATAG TGACTTTGAT CCATTGTTCA TCGAAGAATA CGAGATTCAT 
TTTTTTAACA TTCAAAAGCC AGATTTTTTC ACTGATGAAA GATCAATTCA ATTTTGGACA 
AATTTAATAC CTCTTATCAG GTTTTCATCA GTTGATACGA TTAGAAGCAC CATAATGGAA 
CCTTTTTCCT GTGCTTCTTA TAGAGATGAC AAAAGAATCA GAATTGTTCC ACTCTATCAA 
GTTTTCATCA ACCATGTTTT TTCCTACCTG AAAACCCCAC TTCCTTTTTT ATTGAGGTTT 
TTAGGGGTAT CTCTGGAAAA ATTCAAAATG CAGTTATTCG AATTCATCAA ACCTCACAAT 
TACATGAGTT TCTTCGATAT GGCCTTCAAT AACCCAACCT ATAAAAAATA CTTACAAGAG 
CTACCGCCTG AAACATTTCC CTCTTCATTA TCTCAATTAG ATACATCAAG AAATCCGCTG 
TTTATTGATT TGGTCAAGTG GATGGAAATA TGTTCTCACA TACTTAATGA TTCAAGTAAG 
TGTCAGTTTG CTATTGCAAT GTTTGGCTTT TTAGCTGACT TCATCACTGA TCCAAATTGT 
GGAAAGTTTA TTGGGACCTA CATAATGGAA AACATGATTC AACAGCTTTC TTTGAAAAAT 
ACAGTTTTCC AGAGCGATAG ATTAGGTGTC GAGTTATCTT ATAAAGCAAG TGCAAGATCA 
CTACTTGATA AAAAATGTAT TGTTTTGTTT GATTCGATCA ACATAAAATT TTTAGAATCA 
AAAGCGATAA AACTAATCAA GACATGCTTG ATTTATGATA TCGAATCCTA CTCTTATTAC 
TCAAACAAAC TAAATTCAAA TGAGCCACTA CTTACTCCTG AATTCAACAA TGCTTTATGG 
AATTTATTAC AAGTTAAGGT CACCTCCAAT TCAAATATAG CCTTAAATGT TTTCTCCGCT 
TTTTCAAATA TTATCAATGT TTATATGATT GATATTCCTT ATAAGAAAAC AAAGCTAATA 
TCCGAAAGAA AAGAAGAGAG TGTTGTAAAG GGCATATCAT TCAATTGTAA TAGGCATAAC 
AAAATTATTG AAAGCTTTGC TACATCTGTG GAAAATGTTT TGAATAAACT TTCAGAATAT 
ATAACTTCGA CTCATATGAA GTCAATTATC AATGACAACG ACGCCTCCCT AGGGTTTTGG 
TCTCTTTTAT TGTCACCAAT TGACAGAATT TACTCATCAG CCGTGGCATT AATGTCAGAA 
ACATTTAATG TTGATGACAG ACTTGAGGCT TTTAAAGAGT GCTTAAAATT AAACATACAC 
TTAACACTAG ATGCTTTTAA AGCTCAGATT ACAAAATACA CACGCTTGCA ATTATTTTTA 
CCCACTCAGA GAACCGTAAA AATTTTGATG GATTTTATGA ATGCATTATT CAATCCAATG 
AATGGTATAA TTGTTTCGTC GAAAATCGAA CTAACCCTTG ACCTAAAAAC GTCGATAGTT 
GAATTTTGGA TTGATGTATG GGGATTCCTA GGAATGATTT TCAAGAATAT TTTTGACTGG 
TCAATCACTT ATGAACGACT CAAGGTTACT TTAGCCAAGG AAATATCAGA TAAAATTACG 
TCAGATTTGT TAAATTTCAC CAGAGATGTG CTAGATTTGT CTCATTTAGT TCTCAATGGT 
ATGAAAATCA TAGTTTCTCT TCTAGAAACA CAAAATTACA CAAGTACCGA CATCAAATTA 
ATCAAAGAAA CACTTTTGAA ACCAATTGTA GTTACATTAG GTAATCTATT TAAATGGTTG 
CGTCTATCTG ATAATACTAA ATCTGAATTA CAATACACTT CAAGGAAGCA ACAAAATACG 
CTTTCAGGCT TTTTAAAACC ATATGTCAGA GAGAATGTGC CATCTTTTAA TCCTCCGAAA 
AGAATGTCTA AATTGGAGAT TGCACAGGCT AAATTGGCCG AAAAAAGAAA GATGGAAGCA 
AAGGAGCCTG CACCTGCAAG GCCATCAGGA TTCAACATCA AAAAGAAAAT AGTCAACATT 
TCAGATAGTG AATCTGACCA CGATTCAGAT AATGAAACCC AAGATGGTAA TTTGTTCACG 
AAGGAACAAG TAGTTGCTAA AATGAAAAAA ACTAAAGCAG CTTTGCAATC ATTACAAGCT 
CCAAGGTTTA ATTCCAGCAA TACACAAAGT ATGAAACAGA TAGAATTAAT GCAAAAGAAG 
AAGCAGGAGG AGTTGATGAG GTTGAGGTTA AACGTCGACA CTACTCCTCT TTATAAAACC 
ATTTTGTCAT GGTCATATAA TAATGACAAG GAGTTACCTT CTGATTATGA TGAATCCAAG 
TATAAGCCGA TCACAGACAA ATTTGAAAGT GTGAAGGATT ATAGGAAAAC TTTTGAGCCT 
TTATTGTTGC TCGAATGTTG GCAATCAATC CAAAGGGCCA AGCAAGTTGG TTCGGAAATT 
CCCTTTAGAT TAACTATTGG TTCCAGATCC GCCACGGACT CCTTTTTTGA TATTTATACA 
TCCGTGAAAA AGGAAGTCGT TAATGAAACA AGATGTTTTG GTGATAATGA TCTAATTGTT 
CTTATGATGG TTGATAACTT ACCACCAGAG GAAGATAACA GAGGTATACC GAGAAAGTTG 
GTGGAGAAGT GTACTGTCAA CTGTTTTGCT AAGGTTAAAG AAATTAAAAA TACAAACGGG 
CCATATGCGG ATGTTGTTTT GAGGGTATCA TCTGACAATA AAGTTGTTCA TAAAATATCA 
CCAAGTATGG AACTGGTTGG ATTGAAAGTT AATACAATGA CTACCTTAGA AAGAGAGTTT 
TCATCTTTAT ATGGTTTACA GTACTATGAC TTGAGTAATG AGATTATCCA AGCTGTTCCT 
GATCCCGTTG AAACTCCAGA CGAGAAAAAG ATAAATAAAT TAAAGGATGT ATACGATGTC 
AACGATTCCC AAGCAAAAGC CATTTCGGGT ACAGTTCAAG GGCAAGGGTT TTCACTAATT 
CAAGGTCCTC CGGGTACAGG TAAGACAAAA ACAATTCTTG GTGTCATTGG TTATTTTCTC 
ACTCAAGAGG ATAAGAATGT ACATCGAGTA CTGGCTCCTG GTGTGAAGGC AAATATCTCA 
ACTTCAAAAG CATCAACAGG TTCAGTTGAT AATAAGAGAA AAATTCTAAT ATGTGCACCT 
TCTAATGCAG CTGTTGATGA ATTGGTGCTT AGAATCAGAA ATGGGATAAA GAATTCCAAA 
GGTGAAACTT TCAAACCGAA TGTTGTTAGA CTAGGTAAGT CAGATGCCAT CAATGAACAA 
GTTAAGGATT TAACCTTGGA GGAACAAGTT GATGCACAAT TATCAAAGAT AAAGAATAAT 
GATGACTCTA GTATTAGGGC AGAGCATAGA GCTTGTATTG TTGAACGTGA TGAATTAAGA 
AAGAAACTCG AGTCTAACAG TCTCACAGAA ACTGAGATTT CGAAGGCTGA AATGAGATTA 
CAAGAAGTTC TGACAAAGCG TAGAGAGCTG GGTAAAAGGC TAGATGAGAT GAGAGAGCAA 
AGGGCTGTAA ATTATCGTAA TAGAGAAATT GAAAGAAGGA ATATACAATT CAAAATTTTG 
AACAATGCAC AAGTTGTTTG TTCTACTCTT TCAGGATCAG CTCATGATGT TTTAGCGGGT 
ATGTCTTTGA CTTTTGAAAC TGTGGTTATT GACGAAGCTG CTCAGTGTAT CGAATTGAGT 
GCCATCATTC CTTTGAGATA TGGTTGCAAG AAATGTATTA TGGTTGGTGA CCCTAACCAA 
TTACCTCCAA CTGTTTTATC TCAAAAAGCA GCTTCATTCA AATACGAGCA ATCACTATTT 
GTCAGAATGC AAAACAACCA TAAAGATTCA GTTTATTTGT TAGATGTGCA ATACCGTATG 
CATCCAGAAA TTTCGGCATT TCCATCCAGG GAATTCTATA CCTCAAAGTT AAAGGATGGT 
CCAAACATGA AGCTACTGAC AGAAAGGCCA TGGCATGAGA TCGAGGAATA TGGACCTTAT 
AGATTTTTCA ATTTGAGGGG TAGGCAAAAT ATTAACGATA AAACAAAATC GTTGTATAAT 
ACAACTGAAT GCAAAGTCAT CCTTGAGATT ATTGAGAGTT TGTACAGAAA ATTCCCCAAT 
ATTGATTGGT CTAACAAAAT CGGGGTTATT TCTCCATATA AAGAACAGGT GAGGCTTTTG 
AAGAAAACTT TCGTAGATAA ATATGGCTTC TTGATAACTA AGCAGATTGA TTTCAACACG 
GTTGACGGTT TTCAAGGTCA AGAGAAAGAC ATTATTATTT TTTCATGTGT TAGAGCGGAA 
AATAATACCG GTGTTGGGTT CTTAGCTGAT ATAAGAAGAA TGAATGTTGC ATTGACAAGA 
GCGAGGTCTT CATTGTGGAT TGTAGGTTCT GTTGATGCGT TAGTTTCCAA TAAAACTTGG 
AGAGATTTAT TTGAAGATGC TAATAAAAGA AATCTGGTTA CGCAAGCCTA TGTCGGTTTC 
ACTAAAAACA TAAGGATTGG TGAGGGAAAC GCAAATTCTA GCCAGACTCC AAATACACAA 
AATATAACAA GAGCAGGTGC AAACAAGAAG ACGATTTCTC ATCATGACAA TGCCAAAAAA 
AGGACTATTT CTGATGATGG TAAAAAGATT GGACATTCAG ATAATCCAGA TTTTTCAAAG 
ATGAGAAAAA TTTCTAAAAC ATCGAATCCC TTACCCGTGA AGAAATATAG TGGACAAATA 
TCAGCTAATA AAATGACAAA AATTTCACAG CCCAAGTCTT CTGGTGTTAT CCTTCCAAGG 
GCACCTAATG GTGCTCCATC GGGTCTAGTG AAGATAAGTG ATAAGAAAAA GTATCCTACG 
AAGCCTTCTG GTAGAAAATA A