CNBB5570 cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A

Gene
Clones
gRNAs

Summary

Gene Symbol	CNBB5570
Entrez Gene ID	4934653
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Cryptococcus neoformans var. neoformans B-3501A

mRNA and Protein(s)

mRNA	Protein	Name
XM_771938.1	XP_777031.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following CNBB5570 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNBB5570 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
OCo01369	XM_771938.1 Latest version!	Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBB5570) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00

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
30% OFF

*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)

CNBB5570 ( XM_771938.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A -> XP_777031.1 Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBB5570) partial mRNA.

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CloneID	OCo01369
Clone ID Related Accession (Same CDS sequence)	XM_771938.1
Accession Version	XM_771938.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4686bp) 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	2008-03-20
Organism	Cryptococcus neoformans var. neoformans B-3501A
Product	hypothetical protein
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_009178). COMPLETENESS: incomplete on both ends.

ATGGAAGAGG GTGAACAGCA ACACACGCAA GACCCACCAC GGGTGAGAGA CGAGCCAGTA 
GGAGGAGAAG CAAGCGAGCA AGGAAAACAG CAGCTCGAGA CAGCACAGTC GGAGCCAGAA 
CCGCAGACTG AGCCACAACA ACAAGCTCAG CTCGAACAAC CATCGCAACT ACAACCGGAA 
GCAACACCCC AGCAACAGCC TCAAGAAGGG TCTCAAGGAG CACCAGAACC ACCCCGTCCA 
GCAAAAAGAC GTCCTTTACC ACCCAAAAAG GGTATACTGA AACCCCCTCC CCCACCATCA 
AAGCCGACTC TTGGTCATCG GTTGAGGGAT ATGGTTGGAG GTGCAGTGAC TGCTGTTGGC 
ACCAGGGTTG CTGGAGGGGA AGGCGATGAG GCGGTTGTGT CAGGTGATGG GACTGGTAGA 
GCTGGAGTGA ATGGGAATGG TCAATGGACA GCGCCAGGAT CAACATCAAC GCAGCAGATG 
TCGGCACACG GGCAAGGACA ACAGGCAAAT ACGCCAATGC CGACTCCAAG AGTCCTAGGT 
GGACAAGGGG GGACGTTGGC ATCGCTCAGT GGGAGGCTGG CTATGGGTAT AGGCCGATTA 
GTTACAAACG CCCAGAATCA GGTTCAGTCG CAAAGTCAAG GACAGGGGCA AGAAGCCAGT 
CATGGCCATG GTCTCGCGAG ACAACTCTTT TCAACTTCCA TGCCCTCGCC CCCACCGCCG 
CCGCCTTCGC AAGACGATTA CCTTAGCCAC GCGCGAGGAC CGAGTTTACC AAGGAAAGAA 
GCGCCCCCGT TACCACCTCG CGATGGTGCT GCGTCACCTA CACCCAAGTT CATCACCTCC 
ACCCCAACCA CCAACCATCG CAATAATAAC GATAGCAAAA AGAAACAACC TCTCAAGAAA 
GTTACTTTCC TCCTTCCGAG CATGAGTATC ATCTATCCTA TCTCTTCGAA CGGTGAACCA 
TGGAGTGAAA AGGTCTTGGC CGATCGGGCA AAGATTGAAA ACACTCAACG TTCACTTCTC 
ATAACCTCTC TCCATCCATC TTACTGGACC CCACACCGCC TCGTGGTACT CTACGAACAA 
GCCTGTCGAG GACGTGAGGA GCGACCCCGT ATAGGTGTTA TCCGGGCTCT TGAATCCCTT 
CCGGCCGTCT CCAAATCTCC TTCCCTTGCT CCAGAACGCA TAATCCACCT CACCCTCCGC 
CCAATCAACC ACGCCACCAT CTCCTCCTCC CTTCCACCCG GCATTCACCC GCTCGACGTC 
CCTTTGGGCC ATCATTCCGC TGAACCGGTG GCGGACGTGT TGGCGACACG ATTTGGGCTG 
GTCGGTCTGT TGTTGGAGGA TGGGGCAGTG GAGGAAGGGG GTTTGAAGAG TATTTTGCAT 
GCTTTGCTTG TAAGTGGCGG TCCCGGTGAT AAGGAATCAA CTGGGGGGAA AGAGAGGGGG 
TCGGATGGGG TGGAAAGATT GAGTTTGAAG GGATGTAAGA AGATTCGTGA GAATGGGTGG 
GGTCTGGTAG CAGAATATCT CAAGATGGCA AAGAATTTGA AGCACCTCGA TTTATCCGAA 
ACAGTATGGA ACCGAAAATC GATGGAAGCG CTCGTCAAAG CTCTGAACGA ACCTTGCTAT 
TCCTCCGTCT CTCAATCAAC CTCCTCGCAT TCTATTTCTA CTTCCATTTC TGCGTCGAGG 
GGAGGACAGA AGATTGAAGG GATGTTAATG ATTTCCTCAT CTCCTACCGA TACAAGAAAC 
GGAAAAGAAA AGACTGCAGC GTCGGATTGT GAAGAGAATG AAGAAGAGCG GGACGAAGGG 
GAATGGGAGG GTGAGGGAAG GAAACGTAAT TTGTATAGCA CTTTCCTTCC TCCTGCGCCT 
TTGCTCAAAC CCTCTTCATT AACCGACGTT TTTTCTCTCG ATCCCGCGCA GCAGGTCCAG 
CAACAACTGC ACTCGTCTAC GCCTCAGCCC CAGCCACAGT CTCTCCAGGT ACAAACCCAA 
ACTCAACCCC CACCTCAAAC CCAATCCCCC TCCCAACAAC AAACATCCCT TCAAACCCTC 
CGCCTCGACT CTTGCTCCCT TCGTCCACCC CTCCTTGAAG TTCTCGCCCA TGGGATCCGC 
ACATCCGGAC TTAAACATCT TTCTCTTCGG GGGAATAGGA TAAACAGAGA TGGGGCGGTA 
GGGGTGGCTG TCATGGTTAG GGATTATGAT TACGATTCTT TCTCTTCCCG CTTAGCTGGT 
GTGGGGCGTT CGGGAGTTGC TAGTGGTGGT GGCGGCGGTG GGATGAGCGG AGTAGAAGGA 
TTCGGTAGAA AGGAAAAAGG AGAAGAGGGG GTGGTACCCC ATATAACAGG ATCAAGAGGC 
GTGACATCAA TGACGGTGCC GAAAGGGTAT ACACCCCCGC GAATGTCGGT GATGGAGAGA 
TTGCAAATGC CATTTGATGC GTCTTCCTCA CTTGATTCTC ATTCCGAATC ACATTTGTAC 
TCGCGCTCTC GTGCTCAAAA CGATAAGGGT ACGGATACAC CAGAAAAATC GAAAGCGACA 
ATCGACAAGG AGAAAGAGAG GGAGAAGGAA AAGTCGGAGA GATGGGTACC AGGCCCAACG 
AGTAGAGCAT TGGAAAGGAG TGTGAGAGCC CTTGAAAACG TACAGCGGAT CGGAAAGTTA 
CAGACGCTTG ATTTGAAGGG GAATGATATT CGGGGAGGTG TGACATACAT TGCCCAAGTT 
TTAAAGCGTA ACCGTACCCT CAGAATCCTC AACCTCTCAT CCAACTCTAT CCCACCTTCC 
GGTCTTGCAG CACTCGCCGA GTCGCTCAAG TACAATACTT CCCTCTCTAC TCTGTCGCTC 
TCTGATAATC CATGCTGTAA CACGTCCTCT TCCCCTGTTT CTAGCAACAG CAGGGGTATA 
ACAGCAAACA CCTTGGGCGC AAATTCGGAA GGACGCGATG CGGTAGTCAG CCTGCGTAAT 
GCATTGGCTG TCAACACTAC TCTCAAACGA TTATTCCTCA GCTCTGTGGG TATGGGCGAC 
GAAGGTGCCA TTGCGCTCGC AGAATTTTTG GGTGAGAACC AAGGCCTCCT TCACCTTGAT 
TTAACAGCAA ACCCTATCGG TGCGGCGGGC GTGCACGCGT TGTATGGCGG CTTAAGGGTG 
AACCGCCTGA TCAGGTGCTT GGATCTTAGC ATGCCTATGT CTGCTGGTGG GGAAAGGGAA 
GATGAGGAGG AGGAAAAGGA AAGGGAAAGA GAGGCAATGG CAAGAGTCAT GCAGGGTGTC 
CTCAGCATTT GTGTGAGGAA TACAGAAGAA GCGGCGGCGG TACTTGCTGC TTCTTATGAT 
GAAGCGTATG GAGTATCATC GGGGACTGTA CAAGGGCAAC ATACAGAGCA CGAGCCGTAT 
GGTCATAAAG GGGGCGAAGC TTCAAGTGAT GCGACTACCC ACTCCAGGGC GCAGGCAAAT 
GATGGTGCAA GTATGCCTGG AGAGGCAGAA GCGGATGGAT CTAAGAAAGG AGAGAGTGAA 
CACAAGGCAC TGAGTGCAGC GGCCGAAGCG GAAGTCTGGG CGCCTTTAAA GCGTTCAGAC 
CTTTTGCGTT CTTTGAAAGC CCAATCGACA TCTTCTCCCA CTCCAACCAA ATCAGGATCC 
ACCTCCGCAG CGCCGCGTGT AAATGTACTC AGCGAGGCCG AGCGAGCAAA AATCATCTCT 
CTCCCCTTGC CGGCTCTCTT TGCGCTCGGC AAAACCTCTG TCTCCCTTCT CGACCAGTAT 
TTTACTGCTA GTAAGGTCTA CGACGATCTT TTAAAACAAG GCAACGCGCA AAACTGGGAA 
GGCGGGAAGG AGATGCCCAC AGAAGAGTAT GAAAAAGTAC TCGCCAAGGC GCAAATGGTG 
TTGGAGAGGT TGGTGGAAAT AATACAACGC GTTGTGGAAG GTGCAGAGGA GGGAAACGGA 
GTCGGGATTG AAGAGTTATT GGAGGTGAAT GATCGGCTTA CTGCCTTGAT TAAGCAGAGT 
GAAGGATTTA CCCCCCCTCC TCGCGTCTTG CTTCCTTCTC AAATCATGTC TTCGTCCTCT 
TCCACCTCTA AATATTCGTC GAATCAGCAA AGTAAGAAGC AGAAGAAGGA CGGCAAGCAG 
CTTTTGACGC CGATATCTAG ACGCCACGCG CATCACGCCA AGGGGAGTAG TCTTGAGATC 
TCAAGCCCGA ACTTTTCGAT CGGAGATAGT GATGATAATG ATAGTGATGC GGAAGAGCTG 
GACATGATGC AGCTTGCGGC GAGACATGCG GCACACACGC GTTCGGCTTC GATGCAGAGT 
AAGGCTAGCA ATCATGGTGA ATCAGTTGGG CTGGGGATCA TAGCGAAGGG AGACGAGGAC 
GCAGAGAGCG AGGGGAAGGA AAAAGATAAA GATGAAGAAA ATGTTGAGGG CGGTCCAGGA 
AGAGGGGTGA AGGAAGAAGA TGAAAAACAA AAAGAAATCG AACGAGCGGA AAAAACTTCA 
AAAGCGTGGC CAGAGGAGGA GAGCGAGATT TTTAGGAAGG GTGTCCAGCT CGGCGTGGCG 
GATGAGGATG AGGATGATGA TGGGGAACAA GGACAGGAAG GGGTCAGTGG TGAAGAGTTG 
AGGAAAGAAA TCCTGGATAC TCCCGTGGCG AGGAGTACAA CGAAACGAGT AATCCCTGTG 
GAGAGCGAAG GCGGTGAGCG CGAGGATGAT GATGATGATG ATGAAGAGGA GCAGGGAGGG 
GATTAA

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

RefSeq	XP_777031.1
CDS	1..4686
Translation	MEEGEQQHTQDPPRVRDEPVGGEASEQGKQQLETAQSEPEPQTEPQQQAQLEQPSQLQPEATPQQQPQEGSQGAPEPPRPAKRRPLPPKKGILKPPPPPSKPTLGHRLRDMVGGAVTAVGTRVAGGEGDEAVVSGDGTGRAGVNGNGQWTAPGSTSTQQMSAHGQGQQANTPMPTPRVLGGQGGTLASLSGRLAMGIGRLVTNAQNQVQSQSQGQGQEASHGHGLARQLFSTSMPSPPPPPPSQDDYLSHARGPSLPRKEAPPLPPRDGAASPTPKFITSTPTTNHRNNNDSKKKQPLKKVTFLLPSMSIIYPISSNGEPWSEKVLADRAKIENTQRSLLITSLHPSYWTPHRLVVLYEQACRGREERPRIGVIRALESLPAVSKSPSLAPERIIHLTLRPINHATISSSLPPGIHPLDVPLGHHSAEPVADVLATRFGLVGLLLEDGAVEEGGLKSILHALLVSGGPGDKESTGGKERGSDGVERLSLKGCKKIRENGWGLVAEYLKMAKNLKHLDLSETVWNRKSMEALVKALNEPCYSSVSQSTSSHSISTSISASRGGQKIEGMLMISSSPTDTRNGKEKTAASDCEENEEERDEGEWEGEGRKRNLYSTFLPPAPLLKPSSLTDVFSLDPAQQVQQQLHSSTPQPQPQSLQVQTQTQPPPQTQSPSQQQTSLQTLRLDSCSLRPPLLEVLAHGIRTSGLKHLSLRGNRINRDGAVGVAVMVRDYDYDSFSSRLAGVGRSGVASGGGGGGMSGVEGFGRKEKGEEGVVPHITGSRGVTSMTVPKGYTPPRMSVMERLQMPFDASSSLDSHSESHLYSRSRAQNDKGTDTPEKSKATIDKEKEREKEKSERWVPGPTSRALERSVRALENVQRIGKLQTLDLKGNDIRGGVTYIAQVLKRNRTLRILNLSSNSIPPSGLAALAESLKYNTSLSTLSLSDNPCCNTSSSPVSSNSRGITANTLGANSEGRDAVVSLRNALAVNTTLKRLFLSSVGMGDEGAIALAEFLGENQGLLHLDLTANPIGAAGVHALYGGLRVNRLIRCLDLSMPMSAGGEREDEEEEKEREREAMARVMQGVLSICVRNTEEAAAVLAASYDEAYGVSSGTVQGQHTEHEPYGHKGGEASSDATTHSRAQANDGASMPGEAEADGSKKGESEHKALSAAAEAEVWAPLKRSDLLRSLKAQSTSSPTPTKSGSTSAAPRVNVLSEAERAKIISLPLPALFALGKTSVSLLDQYFTASKVYDDLLKQGNAQNWEGGKEMPTEEYEKVLAKAQMVLERLVEIIQRVVEGAEEGNGVGIEELLEVNDRLTALIKQSEGFTPPPRVLLPSQIMSSSSSTSKYSSNQQSKKQKKDGKQLLTPISRRHAHHAKGSSLEISSPNFSIGDSDDNDSDAEELDMMQLAARHAAHTRSASMQSKASNHGESVGLGIIAKGDEDAESEGKEKDKDEENVEGGPGRGVKEEDEKQKEIERAEKTSKAWPEEESEIFRKGVQLGVADEDEDDDGEQGQEGVSGEELRKEILDTPVARSTTKRVIPVESEGGEREDDDDDDEEEQGGD

Target ORF information:

RefSeq Version	XM_771938.1
Organism	Cryptococcus neoformans var. neoformans B-3501A
Definition	Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBB5570) partial mRNA.

Target ORF information:

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

XM_771938.1

ORF Insert Sequence:

ATGGAAGAGG GTGAACAGCA ACACACGCAA GACCCACCAC GGGTGAGAGA CGAGCCAGTA 
GGAGGAGAAG CAAGCGAGCA AGGAAAACAG CAGCTCGAGA CAGCACAGTC GGAGCCAGAA 
CCGCAGACTG AGCCACAACA ACAAGCTCAG CTCGAACAAC CATCGCAACT ACAACCGGAA 
GCAACACCCC AGCAACAGCC TCAAGAAGGG TCTCAAGGAG CACCAGAACC ACCCCGTCCA 
GCAAAAAGAC GTCCTTTACC ACCCAAAAAG GGTATACTGA AACCCCCTCC CCCACCATCA 
AAGCCGACTC TTGGTCATCG GTTGAGGGAT ATGGTTGGAG GTGCAGTGAC TGCTGTTGGC 
ACCAGGGTTG CTGGAGGGGA AGGCGATGAG GCGGTTGTGT CAGGTGATGG GACTGGTAGA 
GCTGGAGTGA ATGGGAATGG TCAATGGACA GCGCCAGGAT CAACATCAAC GCAGCAGATG 
TCGGCACACG GGCAAGGACA ACAGGCAAAT ACGCCAATGC CGACTCCAAG AGTCCTAGGT 
GGACAAGGGG GGACGTTGGC ATCGCTCAGT GGGAGGCTGG CTATGGGTAT AGGCCGATTA 
GTTACAAACG CCCAGAATCA GGTTCAGTCG CAAAGTCAAG GACAGGGGCA AGAAGCCAGT 
CATGGCCATG GTCTCGCGAG ACAACTCTTT TCAACTTCCA TGCCCTCGCC CCCACCGCCG 
CCGCCTTCGC AAGACGATTA CCTTAGCCAC GCGCGAGGAC CGAGTTTACC AAGGAAAGAA 
GCGCCCCCGT TACCACCTCG CGATGGTGCT GCGTCACCTA CACCCAAGTT CATCACCTCC 
ACCCCAACCA CCAACCATCG CAATAATAAC GATAGCAAAA AGAAACAACC TCTCAAGAAA 
GTTACTTTCC TCCTTCCGAG CATGAGTATC ATCTATCCTA TCTCTTCGAA CGGTGAACCA 
TGGAGTGAAA AGGTCTTGGC CGATCGGGCA AAGATTGAAA ACACTCAACG TTCACTTCTC 
ATAACCTCTC TCCATCCATC TTACTGGACC CCACACCGCC TCGTGGTACT CTACGAACAA 
GCCTGTCGAG GACGTGAGGA GCGACCCCGT ATAGGTGTTA TCCGGGCTCT TGAATCCCTT 
CCGGCCGTCT CCAAATCTCC TTCCCTTGCT CCAGAACGCA TAATCCACCT CACCCTCCGC 
CCAATCAACC ACGCCACCAT CTCCTCCTCC CTTCCACCCG GCATTCACCC GCTCGACGTC 
CCTTTGGGCC ATCATTCCGC TGAACCGGTG GCGGACGTGT TGGCGACACG ATTTGGGCTG 
GTCGGTCTGT TGTTGGAGGA TGGGGCAGTG GAGGAAGGGG GTTTGAAGAG TATTTTGCAT 
GCTTTGCTTG TAAGTGGCGG TCCCGGTGAT AAGGAATCAA CTGGGGGGAA AGAGAGGGGG 
TCGGATGGGG TGGAAAGATT GAGTTTGAAG GGATGTAAGA AGATTCGTGA GAATGGGTGG 
GGTCTGGTAG CAGAATATCT CAAGATGGCA AAGAATTTGA AGCACCTCGA TTTATCCGAA 
ACAGTATGGA ACCGAAAATC GATGGAAGCG CTCGTCAAAG CTCTGAACGA ACCTTGCTAT 
TCCTCCGTCT CTCAATCAAC CTCCTCGCAT TCTATTTCTA CTTCCATTTC TGCGTCGAGG 
GGAGGACAGA AGATTGAAGG GATGTTAATG ATTTCCTCAT CTCCTACCGA TACAAGAAAC 
GGAAAAGAAA AGACTGCAGC GTCGGATTGT GAAGAGAATG AAGAAGAGCG GGACGAAGGG 
GAATGGGAGG GTGAGGGAAG GAAACGTAAT TTGTATAGCA CTTTCCTTCC TCCTGCGCCT 
TTGCTCAAAC CCTCTTCATT AACCGACGTT TTTTCTCTCG ATCCCGCGCA GCAGGTCCAG 
CAACAACTGC ACTCGTCTAC GCCTCAGCCC CAGCCACAGT CTCTCCAGGT ACAAACCCAA 
ACTCAACCCC CACCTCAAAC CCAATCCCCC TCCCAACAAC AAACATCCCT TCAAACCCTC 
CGCCTCGACT CTTGCTCCCT TCGTCCACCC CTCCTTGAAG TTCTCGCCCA TGGGATCCGC 
ACATCCGGAC TTAAACATCT TTCTCTTCGG GGGAATAGGA TAAACAGAGA TGGGGCGGTA 
GGGGTGGCTG TCATGGTTAG GGATTATGAT TACGATTCTT TCTCTTCCCG CTTAGCTGGT 
GTGGGGCGTT CGGGAGTTGC TAGTGGTGGT GGCGGCGGTG GGATGAGCGG AGTAGAAGGA 
TTCGGTAGAA AGGAAAAAGG AGAAGAGGGG GTGGTACCCC ATATAACAGG ATCAAGAGGC 
GTGACATCAA TGACGGTGCC GAAAGGGTAT ACACCCCCGC GAATGTCGGT GATGGAGAGA 
TTGCAAATGC CATTTGATGC GTCTTCCTCA CTTGATTCTC ATTCCGAATC ACATTTGTAC 
TCGCGCTCTC GTGCTCAAAA CGATAAGGGT ACGGATACAC CAGAAAAATC GAAAGCGACA 
ATCGACAAGG AGAAAGAGAG GGAGAAGGAA AAGTCGGAGA GATGGGTACC AGGCCCAACG 
AGTAGAGCAT TGGAAAGGAG TGTGAGAGCC CTTGAAAACG TACAGCGGAT CGGAAAGTTA 
CAGACGCTTG ATTTGAAGGG GAATGATATT CGGGGAGGTG TGACATACAT TGCCCAAGTT 
TTAAAGCGTA ACCGTACCCT CAGAATCCTC AACCTCTCAT CCAACTCTAT CCCACCTTCC 
GGTCTTGCAG CACTCGCCGA GTCGCTCAAG TACAATACTT CCCTCTCTAC TCTGTCGCTC 
TCTGATAATC CATGCTGTAA CACGTCCTCT TCCCCTGTTT CTAGCAACAG CAGGGGTATA 
ACAGCAAACA CCTTGGGCGC AAATTCGGAA GGACGCGATG CGGTAGTCAG CCTGCGTAAT 
GCATTGGCTG TCAACACTAC TCTCAAACGA TTATTCCTCA GCTCTGTGGG TATGGGCGAC 
GAAGGTGCCA TTGCGCTCGC AGAATTTTTG GGTGAGAACC AAGGCCTCCT TCACCTTGAT 
TTAACAGCAA ACCCTATCGG TGCGGCGGGC GTGCACGCGT TGTATGGCGG CTTAAGGGTG 
AACCGCCTGA TCAGGTGCTT GGATCTTAGC ATGCCTATGT CTGCTGGTGG GGAAAGGGAA 
GATGAGGAGG AGGAAAAGGA AAGGGAAAGA GAGGCAATGG CAAGAGTCAT GCAGGGTGTC 
CTCAGCATTT GTGTGAGGAA TACAGAAGAA GCGGCGGCGG TACTTGCTGC TTCTTATGAT 
GAAGCGTATG GAGTATCATC GGGGACTGTA CAAGGGCAAC ATACAGAGCA CGAGCCGTAT 
GGTCATAAAG GGGGCGAAGC TTCAAGTGAT GCGACTACCC ACTCCAGGGC GCAGGCAAAT 
GATGGTGCAA GTATGCCTGG AGAGGCAGAA GCGGATGGAT CTAAGAAAGG AGAGAGTGAA 
CACAAGGCAC TGAGTGCAGC GGCCGAAGCG GAAGTCTGGG CGCCTTTAAA GCGTTCAGAC 
CTTTTGCGTT CTTTGAAAGC CCAATCGACA TCTTCTCCCA CTCCAACCAA ATCAGGATCC 
ACCTCCGCAG CGCCGCGTGT AAATGTACTC AGCGAGGCCG AGCGAGCAAA AATCATCTCT 
CTCCCCTTGC CGGCTCTCTT TGCGCTCGGC AAAACCTCTG TCTCCCTTCT CGACCAGTAT 
TTTACTGCTA GTAAGGTCTA CGACGATCTT TTAAAACAAG GCAACGCGCA AAACTGGGAA 
GGCGGGAAGG AGATGCCCAC AGAAGAGTAT GAAAAAGTAC TCGCCAAGGC GCAAATGGTG 
TTGGAGAGGT TGGTGGAAAT AATACAACGC GTTGTGGAAG GTGCAGAGGA GGGAAACGGA 
GTCGGGATTG AAGAGTTATT GGAGGTGAAT GATCGGCTTA CTGCCTTGAT TAAGCAGAGT 
GAAGGATTTA CCCCCCCTCC TCGCGTCTTG CTTCCTTCTC AAATCATGTC TTCGTCCTCT 
TCCACCTCTA AATATTCGTC GAATCAGCAA AGTAAGAAGC AGAAGAAGGA CGGCAAGCAG 
CTTTTGACGC CGATATCTAG ACGCCACGCG CATCACGCCA AGGGGAGTAG TCTTGAGATC 
TCAAGCCCGA ACTTTTCGAT CGGAGATAGT GATGATAATG ATAGTGATGC GGAAGAGCTG 
GACATGATGC AGCTTGCGGC GAGACATGCG GCACACACGC GTTCGGCTTC GATGCAGAGT 
AAGGCTAGCA ATCATGGTGA ATCAGTTGGG CTGGGGATCA TAGCGAAGGG AGACGAGGAC 
GCAGAGAGCG AGGGGAAGGA AAAAGATAAA GATGAAGAAA ATGTTGAGGG CGGTCCAGGA 
AGAGGGGTGA AGGAAGAAGA TGAAAAACAA AAAGAAATCG AACGAGCGGA AAAAACTTCA 
AAAGCGTGGC CAGAGGAGGA GAGCGAGATT TTTAGGAAGG GTGTCCAGCT CGGCGTGGCG 
GATGAGGATG AGGATGATGA TGGGGAACAA GGACAGGAAG GGGTCAGTGG TGAAGAGTTG 
AGGAAAGAAA TCCTGGATAC TCCCGTGGCG AGGAGTACAA CGAAACGAGT AATCCCTGTG 
GAGAGCGAAG GCGGTGAGCG CGAGGATGAT GATGATGATG ATGAAGAGGA GCAGGGAGGG 
GATTAA