CORT_0D05730 cDNA ORF clone, Candida orthopsilosis Co 90-125

Gene
Clones
gRNAs

Summary

Gene Symbol	CORT_0D05730
Entrez Gene ID	14540337
Full Name	ABC transporter
Gene Type	protein-coding
Organism	Candida orthopsilosis Co 90-125

mRNA and Protein(s)

mRNA	Protein	Name
XM_003869497.1	XP_003869546.1	ABC transporter

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Sequence and analysis of the genome of the pathogenic yeast Candida orthopsilosis.
Riccombeni A, Vidanes G, Proux-W?ra E, Wolfe KH, Butler G
PloS one7(4)e35750(2012)

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

The following CORT_0D05730 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CORT_0D05730 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
OCa366784	XM_003869497.1 Latest version!	Candida orthopsilosis Co 90-125 ABC transporter (CORT_0D05730), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

CORT_0D05730 ( XM_003869497.1 ) cDNA ORF clone, Candida orthopsilosis Co 90-125 -> XP_003869546.1 Candida orthopsilosis Co 90-125 ABC transporter (CORT_0D05730), partial mRNA.

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CloneID	OCa366784
Clone ID Related Accession (Same CDS sequence)	XM_003869497.1
Accession Version	XM_003869497.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4539bp) 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	2017-09-21
Organism	Candida orthopsilosis Co 90-125
Product	ABC transporter
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_018297). COMPLETENESS: incomplete on both ends.

ATGGATTATC CCAAGTTAAC TTGTGGGTTG CAATCGGTCT TAGTACCGAT GGCACCAAAC 
AATGAAAATG CTTTTAACCC TTGTTTTTAC ACTATGATGG TATCAATATT TGCTACATTC 
ATGCTTCTAT GGGGAGGGTT TACTTTATGG CGACAGTGGA AGAAGTTTAA TCGTCCAAAT 
TACTTGCTTG ATAACGTAGG TTGTGCACAG TACGTACGAG TAGCATCGGT ACTCTTTCAG 
GTCGTTTTAT TTGCATACAT AAGTAGCTTT ATCAGTATAC ATGAGAGATT GGCGGATCAG 
AAAATTATTG CATTTGGTTT GTCTAATGTT GTGATGCTAT GTGTTATCTT GCCTTTACAT 
GTGTTGGAGG TTGTGAGTTC TCCCATACAG CTAGATATAT TACTTGTTTT CTGGCCCTGC 
TTTAGTGTAT TTGCTATTTC ACTATATTTC CAAGACAATT ACACAGATTG GGTAATTATC 
CAGCTGGTCA AATCGATTCT GGTTATTGAG ATTATTGTGG TGCTCAATAG TATCAACATA 
TTCATAGTGG AATATTTCAA ATGGACACCA AGTAGGGATT TAATTGAGGA ATACAAAAGA 
ACGGGACGAG CAGACAAATT AGAAGAACCC AATATACTAC AACGCCTCAC ATTTACGTGG 
ATGAATGAGT TAATCGTCAA TTCCTACAAG AGTAAAACTG TAACAAATAC TGAATTGCCA 
AATACACCAA AAACAATCTC AACAATATAT TCTACCACCA TGTTGGAAAA GCATTGGAAT 
AATGGGAGTT TATTGGTCAG TTTGTTCAAC TCGTTTGGTA AGGGTCTATT CGTGGCATTT 
GGCTATGAAC TAGCGGCTAG AGCACTTAAT TTCACCAGGC CACAGTTGTT AAGATTTCTT 
ATTTTATTTT TTACTATCAA AAGTCCACCA ATGTTACGTG GATTATTGAT TTGTTTGGGG 
ATTTTTGCAA ATACAGTGGC CCAAAATGCA TTAAACAACA AATACATGTT GAGAAATTTG 
GAAAATAGCT TGAATATCAG AAGCTCACTT ACATCTTTGG TTTACAAAAA GACTTTAAAA 
TTATCAAGCG AGGCAAGATT GAATAGCTCA TCTGGTGACA TCATCAATTT GATGTCAGTT 
GATATCAATA GAATTTCGTC TACAATGACG AATATTAGTA CCTTGATTAT CGCTCCCTTT 
GATATAATTT TAGGGTTGAT ATCTTTGTGG CCATTATTAG GGGTATCTAC ATTTGCTGGT 
TTTGTAGCCA TCGCGGTGGC TTTACCAATT AACGCAATCT TGGTCAAGTA CATTACAAGT 
TGGAACAAAA AACAAATGAA ATTGAAGGAT GCTAGAACGG GGGTGATTAA TGAAATTCTA 
ACATCAATCA AAAGTATCAA GTTATTCGCA TGGGAGAAAC CTATGTTGGC AAAGTTGTCA 
GAGGCTAGGA ATGATCGCGA ATTGAAAAAC TTGATAAAGG TTAGATTCTA CAATCAGATT 
TCAAATTTTG TTTGGTCTTT GATACCAATC TTGATGAACT TGCTTTGCTT TGGGTCGTAT 
GTTTTAACAC AAAAGAAGCC ATTGACTTCG GATATTGTTT TTCCTGCATT GAGTTTGTTA 
AATTTGGTCT CAAGTCCCAT CTTGGAATTC TCAGAGACCA TAAACTCATA TATTGAAGGA 
AAGGTTGCGT TGGGAAGAGT GCGCAATTTT TTGGTTAATG AGGAGCTAGA CCCCCACGCA 
ATAAACAAAG TAGTGGACTC GAATGATACG CTGGGAAACG CAGTAGAGAT AATCAACGCC 
TCATTCTATT GGACCAGACC AAAATACTAC GACGACGGCG AAAACGAGGT AGCTAACTCA 
AATGAATCAC ATGCGTTAAA AGATGTTAAT TTCGAAGCTC CTGTTGGAAG TTTGTCCTGT 
ATAATTGGTA AGGTTGGAAG TGGAAAGACG TCTTTGCTAT ACGCACTCCT TGGTCAAATG 
GTTTGCATAA AAGGACATCT ACCCAGGAAG CCGATTGTAA AAGTCCACGG CTCGATAGCT 
TATTGCGCTC AAAGTCCTTG GATTATGAAT GCTTCTGTAA AGGAAAACAT TCTATTTGGA 
TGTAGATTTG ATTCTGAATT TTACAAGTTG ACTATCTCCG CGTGCCAGCT AGAGCAAGAC 
TTGAAGATTT TACCAGATGG AGATGAAACA CAAGTCGGGG AGAAAGGGGT CAGTTTGTCT 
GGTGGACAAA AGGCTAGACT AGCACTCGCG AGAGCAGTAT ATGCCAGAGC GGACATCTAC 
TTGTTGGATG ATATTCTATC AGCTGTTGAT TCGCATGTGG GTAGGAAAAT AATTGACCAA 
GTTCTATCCA AAAGTGGATT GTTGGGTTCT AAAACAATCA TTTTATGCAC CAATTCGATC 
CTGGTGTTGA AATATTCAGA CAGTGTCACA ATGATTGAAA GGGGAATGAT TATAGAGTCG 
GTTCCATACC TGGAAGTAGA TCAAAATCAT CATCCTAAGA TCTACAATTT GATCAAGAAT 
TTTGGGAACG ATTCAGGGGA GAGTTCATCA GCTATACCAC CACCATCATC AAGCGAATCT 
GAATCTTTTG AAAGAGAATT AACGCCCGGA CCTCAAACAC CAACGACATT AAGACGTGCG 
AGTATTGAGT CATTTCATTG GGATCCTTTG CAAAAATTGT TGCCAAATTT AAAGTCAGGT 
CTGACTCAAG AAGAGAGCCA AAAGGGAAAG GTTAAATGGG AAGTTTACAT GGCTTATATT 
AAAGCTTGTT CGATTGGAGG GGTATTTGTG TGGATTTGTT TTATCATAAT GTCAAATCTT 
CTATCCATTG GAAGTAATTA CTGGCTTAAG CATTGGACTG AAAAGAATTC AGAGGCTGGT 
GAAAATAAGG ATATTTGGAA CTTTCTTATT GTTTATGCTG CTTTGGGTGT GGGAGCCACC 
TTTATGACAA TTGGGAGATC TTTAATAATG AGGATGTGGC TTGGTATAAA TGCATCTAGA 
AAGATCCACA ACCTAATGGC ACAGAGAGTC ATGGGTGCTC CTATGGAGTT TTTTGAAAGG 
ACCCCAGTCG GAAGAATCAT GAATCGATTC ACCAATGATA TAAACAGGAT TGACGATGGA 
ATCCCAGCTA TATTTCTGGC TTTCGTGTCA CAAATTAGTC GAACTATATT CACCCTAATA 
GTGGTTAGCT TTGCAATTCC TGCCTACTTT ATTCTGATTT TGATTCTAGG GGCCATTTAC 
GCTTATTACG AGGTTTACTA CGTCGCCATC TCAAGAGAGT TAAAAAGGTT GGTCAGTGTT 
TCGAGGTCTC CAATATATGG TCACTTGGGT GAAAGTTTGA ATGGTATTGA TACAATTAGA 
GCTTATGGAC AGAATGATAG ATTTGACTTT ATTATGAATA AAGTTGTTGA TTTCAACTTA 
AAGTCCCAAT ACATGCTCAC CTCCATCAAC AGATGGCTAT TTTTTAGATT GCAAGTTGTG 
GGCGGTTTGG CTGTATTGTC CGCTTCGATC ATGTTGATCT TGAGTGTTAA GACTGCACAT 
CCATTGACTT CTTCTATGGC AGGGTTTTTA ATGACCTACG CATTACAGGT CACAGGATCT 
TTAAGAATAG TGGTGAGGCA ATCGGCCGAA GTAGAAACCA GCATTGTCGC TGTTGAGCGA 
TGCTTGGAAT ATACAGAATT ACCAATGGAG GAGGATGACA GCAAAAAGAT AATCACACCG 
CCAATTGCTT GGTACAAGTG TGGAGATATT CAATTCAACA ACTTTTCTAC AAGGTACAGA 
AAAAATTTAG ATTTAGTGTT GAAGAATATC CATTTAACTA TTGCTGAGGG TGAGAAGGTA 
GGAGTTGTTG GCCGAACTGG TGCCGGTAAA AGCTCTCTAG CTTTGGCCAT ATTCCGAATC 
ATTGAACCTG TTGAAGGAAA TGTCGATATA AATAGCATCA ACACAAGCGC TATCTCCTTG 
TATGAATTAA GACATCGCTT AAGCATAATA CCTCAAGATT CTCAGTTATT TCAAGGTACA 
ATCAGACAAA ACTTGGACCC CTTTAACTAT TATACCGATG GTGAAATTTG GAATGCCTTG 
GATTTGGCCC ACTTGAAGGA TCACGTTGCT CAGCTTAATT CCGATGACGT TGCCAAAACA 
GATGAACATT ATACAAAAGA CGCTCAAGAA TTAACCAGCA ACAAACTTTT GCATAAGGTG 
AAAGAGGGTG GCTCTAATTT CTCAGCGGGT CAACGACAGT TAATGTCACT TGCAAGAGTA 
TTGTTGAAAA TGAATGACTC AAAGATTTTA GTTCTTGATG AAGCCACCGC TGCAGTTGAC 
GTGGAGACTG ACAAAATCAT TCAAGAAACA ATACGTAAAC AATTTAAGGA TAAGACGATA 
GTAACCATTG CTCATAGACT AGAAACTGTG ATGGATAGTG ACAAGATACT AGTTTTGGAT 
GAAGGGGAGG TAGCGGAGTT TGACTCTCCT CAAAATCTTT TAGAGTCTAA ACAAGGAATA 
TTTTATGGCT TGTGTGAACA AGGGGGTTAC TTGTCATAG

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

RefSeq	XP_003869546.1
CDS	1..4539
Translation	MDYPKLTCGLQSVLVPMAPNNENAFNPCFYTMMVSIFATFMLLWGGFTLWRQWKKFNRPNYLLDNVGCAQYVRVASVLFQVVLFAYISSFISIHERLADQKIIAFGLSNVVMLCVILPLHVLEVVSSPIQLDILLVFWPCFSVFAISLYFQDNYTDWVIIQLVKSILVIEIIVVLNSINIFIVEYFKWTPSRDLIEEYKRTGRADKLEEPNILQRLTFTWMNELIVNSYKSKTVTNTELPNTPKTISTIYSTTMLEKHWNNGSLLVSLFNSFGKGLFVAFGYELAARALNFTRPQLLRFLILFFTIKSPPMLRGLLICLGIFANTVAQNALNNKYMLRNLENSLNIRSSLTSLVYKKTLKLSSEARLNSSSGDIINLMSVDINRISSTMTNISTLIIAPFDIILGLISLWPLLGVSTFAGFVAIAVALPINAILVKYITSWNKKQMKLKDARTGVINEILTSIKSIKLFAWEKPMLAKLSEARNDRELKNLIKVRFYNQISNFVWSLIPILMNLLCFGSYVLTQKKPLTSDIVFPALSLLNLVSSPILEFSETINSYIEGKVALGRVRNFLVNEELDPHAINKVVDSNDTLGNAVEIINASFYWTRPKYYDDGENEVANSNESHALKDVNFEAPVGSLSCIIGKVGSGKTSLLYALLGQMVCIKGHLPRKPIVKVHGSIAYCAQSPWIMNASVKENILFGCRFDSEFYKLTISACQLEQDLKILPDGDETQVGEKGVSLSGGQKARLALARAVYARADIYLLDDILSAVDSHVGRKIIDQVLSKSGLLGSKTIILCTNSILVLKYSDSVTMIERGMIIESVPYLEVDQNHHPKIYNLIKNFGNDSGESSSAIPPPSSSESESFERELTPGPQTPTTLRRASIESFHWDPLQKLLPNLKSGLTQEESQKGKVKWEVYMAYIKACSIGGVFVWICFIIMSNLLSIGSNYWLKHWTEKNSEAGENKDIWNFLIVYAALGVGATFMTIGRSLIMRMWLGINASRKIHNLMAQRVMGAPMEFFERTPVGRIMNRFTNDINRIDDGIPAIFLAFVSQISRTIFTLIVVSFAIPAYFILILILGAIYAYYEVYYVAISRELKRLVSVSRSPIYGHLGESLNGIDTIRAYGQNDRFDFIMNKVVDFNLKSQYMLTSINRWLFFRLQVVGGLAVLSASIMLILSVKTAHPLTSSMAGFLMTYALQVTGSLRIVVRQSAEVETSIVAVERCLEYTELPMEEDDSKKIITPPIAWYKCGDIQFNNFSTRYRKNLDLVLKNIHLTIAEGEKVGVVGRTGAGKSSLALAIFRIIEPVEGNVDINSINTSAISLYELRHRLSIIPQDSQLFQGTIRQNLDPFNYYTDGEIWNALDLAHLKDHVAQLNSDDVAKTDEHYTKDAQELTSNKLLHKVKEGGSNFSAGQRQLMSLARVLLKMNDSKILVLDEATAAVDVETDKIIQETIRKQFKDKTIVTIAHRLETVMDSDKILVLDEGEVAEFDSPQNLLESKQGIFYGLCEQGGYLS

Target ORF information:

RefSeq Version	XM_003869497.1
Organism	Candida orthopsilosis Co 90-125
Definition	Candida orthopsilosis Co 90-125 ABC transporter (CORT_0D05730), partial mRNA.

Target ORF information:

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

XM_003869497.1

ORF Insert Sequence:

ATGGATTATC CCAAGTTAAC TTGTGGGTTG CAATCGGTCT TAGTACCGAT GGCACCAAAC 
AATGAAAATG CTTTTAACCC TTGTTTTTAC ACTATGATGG TATCAATATT TGCTACATTC 
ATGCTTCTAT GGGGAGGGTT TACTTTATGG CGACAGTGGA AGAAGTTTAA TCGTCCAAAT 
TACTTGCTTG ATAACGTAGG TTGTGCACAG TACGTACGAG TAGCATCGGT ACTCTTTCAG 
GTCGTTTTAT TTGCATACAT AAGTAGCTTT ATCAGTATAC ATGAGAGATT GGCGGATCAG 
AAAATTATTG CATTTGGTTT GTCTAATGTT GTGATGCTAT GTGTTATCTT GCCTTTACAT 
GTGTTGGAGG TTGTGAGTTC TCCCATACAG CTAGATATAT TACTTGTTTT CTGGCCCTGC 
TTTAGTGTAT TTGCTATTTC ACTATATTTC CAAGACAATT ACACAGATTG GGTAATTATC 
CAGCTGGTCA AATCGATTCT GGTTATTGAG ATTATTGTGG TGCTCAATAG TATCAACATA 
TTCATAGTGG AATATTTCAA ATGGACACCA AGTAGGGATT TAATTGAGGA ATACAAAAGA 
ACGGGACGAG CAGACAAATT AGAAGAACCC AATATACTAC AACGCCTCAC ATTTACGTGG 
ATGAATGAGT TAATCGTCAA TTCCTACAAG AGTAAAACTG TAACAAATAC TGAATTGCCA 
AATACACCAA AAACAATCTC AACAATATAT TCTACCACCA TGTTGGAAAA GCATTGGAAT 
AATGGGAGTT TATTGGTCAG TTTGTTCAAC TCGTTTGGTA AGGGTCTATT CGTGGCATTT 
GGCTATGAAC TAGCGGCTAG AGCACTTAAT TTCACCAGGC CACAGTTGTT AAGATTTCTT 
ATTTTATTTT TTACTATCAA AAGTCCACCA ATGTTACGTG GATTATTGAT TTGTTTGGGG 
ATTTTTGCAA ATACAGTGGC CCAAAATGCA TTAAACAACA AATACATGTT GAGAAATTTG 
GAAAATAGCT TGAATATCAG AAGCTCACTT ACATCTTTGG TTTACAAAAA GACTTTAAAA 
TTATCAAGCG AGGCAAGATT GAATAGCTCA TCTGGTGACA TCATCAATTT GATGTCAGTT 
GATATCAATA GAATTTCGTC TACAATGACG AATATTAGTA CCTTGATTAT CGCTCCCTTT 
GATATAATTT TAGGGTTGAT ATCTTTGTGG CCATTATTAG GGGTATCTAC ATTTGCTGGT 
TTTGTAGCCA TCGCGGTGGC TTTACCAATT AACGCAATCT TGGTCAAGTA CATTACAAGT 
TGGAACAAAA AACAAATGAA ATTGAAGGAT GCTAGAACGG GGGTGATTAA TGAAATTCTA 
ACATCAATCA AAAGTATCAA GTTATTCGCA TGGGAGAAAC CTATGTTGGC AAAGTTGTCA 
GAGGCTAGGA ATGATCGCGA ATTGAAAAAC TTGATAAAGG TTAGATTCTA CAATCAGATT 
TCAAATTTTG TTTGGTCTTT GATACCAATC TTGATGAACT TGCTTTGCTT TGGGTCGTAT 
GTTTTAACAC AAAAGAAGCC ATTGACTTCG GATATTGTTT TTCCTGCATT GAGTTTGTTA 
AATTTGGTCT CAAGTCCCAT CTTGGAATTC TCAGAGACCA TAAACTCATA TATTGAAGGA 
AAGGTTGCGT TGGGAAGAGT GCGCAATTTT TTGGTTAATG AGGAGCTAGA CCCCCACGCA 
ATAAACAAAG TAGTGGACTC GAATGATACG CTGGGAAACG CAGTAGAGAT AATCAACGCC 
TCATTCTATT GGACCAGACC AAAATACTAC GACGACGGCG AAAACGAGGT AGCTAACTCA 
AATGAATCAC ATGCGTTAAA AGATGTTAAT TTCGAAGCTC CTGTTGGAAG TTTGTCCTGT 
ATAATTGGTA AGGTTGGAAG TGGAAAGACG TCTTTGCTAT ACGCACTCCT TGGTCAAATG 
GTTTGCATAA AAGGACATCT ACCCAGGAAG CCGATTGTAA AAGTCCACGG CTCGATAGCT 
TATTGCGCTC AAAGTCCTTG GATTATGAAT GCTTCTGTAA AGGAAAACAT TCTATTTGGA 
TGTAGATTTG ATTCTGAATT TTACAAGTTG ACTATCTCCG CGTGCCAGCT AGAGCAAGAC 
TTGAAGATTT TACCAGATGG AGATGAAACA CAAGTCGGGG AGAAAGGGGT CAGTTTGTCT 
GGTGGACAAA AGGCTAGACT AGCACTCGCG AGAGCAGTAT ATGCCAGAGC GGACATCTAC 
TTGTTGGATG ATATTCTATC AGCTGTTGAT TCGCATGTGG GTAGGAAAAT AATTGACCAA 
GTTCTATCCA AAAGTGGATT GTTGGGTTCT AAAACAATCA TTTTATGCAC CAATTCGATC 
CTGGTGTTGA AATATTCAGA CAGTGTCACA ATGATTGAAA GGGGAATGAT TATAGAGTCG 
GTTCCATACC TGGAAGTAGA TCAAAATCAT CATCCTAAGA TCTACAATTT GATCAAGAAT 
TTTGGGAACG ATTCAGGGGA GAGTTCATCA GCTATACCAC CACCATCATC AAGCGAATCT 
GAATCTTTTG AAAGAGAATT AACGCCCGGA CCTCAAACAC CAACGACATT AAGACGTGCG 
AGTATTGAGT CATTTCATTG GGATCCTTTG CAAAAATTGT TGCCAAATTT AAAGTCAGGT 
CTGACTCAAG AAGAGAGCCA AAAGGGAAAG GTTAAATGGG AAGTTTACAT GGCTTATATT 
AAAGCTTGTT CGATTGGAGG GGTATTTGTG TGGATTTGTT TTATCATAAT GTCAAATCTT 
CTATCCATTG GAAGTAATTA CTGGCTTAAG CATTGGACTG AAAAGAATTC AGAGGCTGGT 
GAAAATAAGG ATATTTGGAA CTTTCTTATT GTTTATGCTG CTTTGGGTGT GGGAGCCACC 
TTTATGACAA TTGGGAGATC TTTAATAATG AGGATGTGGC TTGGTATAAA TGCATCTAGA 
AAGATCCACA ACCTAATGGC ACAGAGAGTC ATGGGTGCTC CTATGGAGTT TTTTGAAAGG 
ACCCCAGTCG GAAGAATCAT GAATCGATTC ACCAATGATA TAAACAGGAT TGACGATGGA 
ATCCCAGCTA TATTTCTGGC TTTCGTGTCA CAAATTAGTC GAACTATATT CACCCTAATA 
GTGGTTAGCT TTGCAATTCC TGCCTACTTT ATTCTGATTT TGATTCTAGG GGCCATTTAC 
GCTTATTACG AGGTTTACTA CGTCGCCATC TCAAGAGAGT TAAAAAGGTT GGTCAGTGTT 
TCGAGGTCTC CAATATATGG TCACTTGGGT GAAAGTTTGA ATGGTATTGA TACAATTAGA 
GCTTATGGAC AGAATGATAG ATTTGACTTT ATTATGAATA AAGTTGTTGA TTTCAACTTA 
AAGTCCCAAT ACATGCTCAC CTCCATCAAC AGATGGCTAT TTTTTAGATT GCAAGTTGTG 
GGCGGTTTGG CTGTATTGTC CGCTTCGATC ATGTTGATCT TGAGTGTTAA GACTGCACAT 
CCATTGACTT CTTCTATGGC AGGGTTTTTA ATGACCTACG CATTACAGGT CACAGGATCT 
TTAAGAATAG TGGTGAGGCA ATCGGCCGAA GTAGAAACCA GCATTGTCGC TGTTGAGCGA 
TGCTTGGAAT ATACAGAATT ACCAATGGAG GAGGATGACA GCAAAAAGAT AATCACACCG 
CCAATTGCTT GGTACAAGTG TGGAGATATT CAATTCAACA ACTTTTCTAC AAGGTACAGA 
AAAAATTTAG ATTTAGTGTT GAAGAATATC CATTTAACTA TTGCTGAGGG TGAGAAGGTA 
GGAGTTGTTG GCCGAACTGG TGCCGGTAAA AGCTCTCTAG CTTTGGCCAT ATTCCGAATC 
ATTGAACCTG TTGAAGGAAA TGTCGATATA AATAGCATCA ACACAAGCGC TATCTCCTTG 
TATGAATTAA GACATCGCTT AAGCATAATA CCTCAAGATT CTCAGTTATT TCAAGGTACA 
ATCAGACAAA ACTTGGACCC CTTTAACTAT TATACCGATG GTGAAATTTG GAATGCCTTG 
GATTTGGCCC ACTTGAAGGA TCACGTTGCT CAGCTTAATT CCGATGACGT TGCCAAAACA 
GATGAACATT ATACAAAAGA CGCTCAAGAA TTAACCAGCA ACAAACTTTT GCATAAGGTG 
AAAGAGGGTG GCTCTAATTT CTCAGCGGGT CAACGACAGT TAATGTCACT TGCAAGAGTA 
TTGTTGAAAA TGAATGACTC AAAGATTTTA GTTCTTGATG AAGCCACCGC TGCAGTTGAC 
GTGGAGACTG ACAAAATCAT TCAAGAAACA ATACGTAAAC AATTTAAGGA TAAGACGATA 
GTAACCATTG CTCATAGACT AGAAACTGTG ATGGATAGTG ACAAGATACT AGTTTTGGAT 
GAAGGGGAGG TAGCGGAGTT TGACTCTCCT CAAAATCTTT TAGAGTCTAA ACAAGGAATA 
TTTTATGGCT TGTGTGAACA AGGGGGTTAC TTGTCATAG