UA08_03570 cDNA ORF clone, Talaromyces atroroseus

Gene
Clones
gRNAs

Summary

Gene Symbol	UA08_03570
Entrez Gene ID	31003325
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Talaromyces atroroseus

mRNA and Protein(s)

mRNA	Protein	Name
XM_020265884.1	XP_020121044.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following UA08_03570 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UA08_03570 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
OTa85712	XM_020265884.1 Latest version!	Talaromyces atroroseus hypothetical protein (UA08_03570), partial 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
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)

UA08_03570 ( XM_020265884.1 ) cDNA ORF clone, Talaromyces atroroseus -> XP_020121044.1 Talaromyces atroroseus hypothetical protein (UA08_03570), partial mRNA.

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CloneID	OTa85712
Clone ID Related Accession (Same CDS sequence)	XM_020265884.1
Accession Version	XM_020265884.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5415bp) 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	Talaromyces atroroseus
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 (NW_017971435). COMPLETENESS: incomplete on both ends.

ATGGATCAGG GTCGATTTCC AGCAGTCCAG GTGGTCATCG GTAGTCAGAA CCATTTCCAT 
GGCCCTCCAA ATGGCGCCTC CAACGGCGTC TCGAGTGGGA TGCGCCAGCT TCCCACGCGA 
CCGTTGCTGG TGGATGAAGC CTTGCAATTT TCTCCAATGA CCACCGCGCC TGTGTTCGGT 
TTAGATGAAG ACGCAATCAC ACGCCCCGAC GTCGCCGGGC AATCGTCGAC GAATTTTCCC 
GCATACCCAC GACCGGCTGC TCGTAAAATG ATACAAGACC TTGATACTGA AGCTCGGCTG 
GGATCTGGAA AGTCCCCTCG ACTGATGGCT GTCTATGGAG AACTAGTGAA CGAACACCTT 
AACGCCGATA GACTGTCGGA TTTCAAATTC AAGCTCCCGA CGGGGCTGGC AAGGGCGAAC 
AAGCCAGCGC AACGTGACGA CCGCTCGGCA CTTACTCGCA ACCTGAGCCC ATTCGCGAAA 
ATGGTATTGA ATGGAACTGA CGTAGCATTC AACTATCCCG AACCCAAGTT GCCTTCGTCA 
GGTGCGAGGA CCGCCGGTAG CTCCTTCCTC CCAAGCCATT TCCCCTCAAC ATCGCTCGCT 
GCCAGTGCTT CTAACAAGAA AATGTCTTCC GAACCAGGAT CAGGGAGATT CCTCCAGCCT 
GCCGTCGTTA TTCCCCCGTT CGGCTCGCCA GGCGGGTCTC GTTCAGTAGC CGATCAAGGT 
GGCGTCAAGA AGCGAAAGTT GAATGTGGAT GGGGAGTCTT CTGTAGCCAA TATAAGGCTC 
AAAGATCAGA AGGAGGAGGC AGACGCAGCT ATTTTGAAGT TACAAGATCT CATGCATGAG 
ATTTTCGAAG CAGAAGATCA ACTGGAGCCT GACACCTCAT CAGCAGCCGT CAGCCGAGAT 
TCAAATTCCA TGTTCAGGAG TGCTAATGTT TTGGAGGTCA GTGAGCCTAT TCTTGGCCCT 
GAGGCTCATG GTCGGCTTCA AAAGTCCTTG CAGAAAGTTG TCAGCTTTGG GAGATTGCAT 
GACATCCCTT CCGAATATCT CATTAGGATC CAGAAGATCT GCGAGAACCC TATAGTGTCT 
GCACAAGGTC TGGACCTAAG ACTGGATGAT GCCTTGAACG ACTCTGAAAC CCATGCTTGG 
CTTCAAAAGC TGGAGGATAT ATACAACACA CTGCTCGCCA TTGGCACACT ACTTCAGACC 
ATGTCTAGTC GAAGACCCGA GCGAGACCTA TGCCCTGAAG ATTTATTACA AGCAATCCCA 
AATGTCTTGA CAACCTTATT CGACCAATGC ATAATTCCTG CCGTGGAAGT ACGCCCTGCT 
AGCGAAGATT CAAGGCTGTT CGAGCTTGTG TCTCGTGAAA AAAAGACAAT TGGCACCCTA 
ATGCATCAAT CCAGGAAGCT GCTCGGTCTT TTGGCAAGTT TTCTCTCGCG AATAGACGTT 
TCTGAGGGCA TTATCACGTC TACAGAGTTC TTGGCAACCA AGTTGATTTT CGTCGAGAAC 
GCACATAATG ATAAAGAGTC CGCCGTTGGA TACCAGAAAT TTGAATCTGT GCGTCGTGCA 
GCAATGGACG TTCTTGCTAA GGTCTTCTCC CGCTATCCCT CCCAACGCCC GTTCATTCTA 
GACGAGATTC TGGTGTCACT TGAGAAATTA CCATCAACCC GTCAGAATGC CCGACAGTTC 
AAATTGATTG ATGGTAAAGC CATACAGTTG CTTACGGCCC TGGTTATACA GCTTGTGCAA 
ACCACAGCTT TGGACATACC ACAATCGAAA AAGAGCAGAG CGAGGCGAAA TCCTTTACTC 
GGAGCAGATA CGGACGAAAA TCAGGGCGAG ATACACACCA AGGAAGAAGA TAATGTACAA 
GAAGAAGAAG AAGCAGCAGC AGCAGCAGCA GCAGAGAGTG ACTCCGAGGA CGAATTTGGC 
TTGAAGTTAT CATTGGAACG CCTTACGAGT CGGGCGAACA AACTTTACGA CAACGCGGTT 
CGTAGTGCTC AATACATTAT CAAATTTATC GTCCAACGAG CAATGACATC CACCAAAACG 
GGCGATCAAC CTTACCGAAA TATATTGGAT CTTTTCACAG AGGATTTGAT TAGTGTTTTG 
GGCTCGACAG ACTGGCCCGC TGCTGAGTTA TTGCTTCGTA TTCTTGCATC TCACATGATC 
GGTATAGCTG AGCTTGACAA GAGTTCAGCT ACCGCCAAAA ACATGGCCCT TGAATTACTC 
GGTTGGATGG GTTCTGGCAT CTCGGATCTT TCAGTTGCCG CCCAACATTT AATTCCTTCC 
ATGGAAGATG CAAACAACAA AGTTACTGAG TATTTACGGC AACTCTACGA CGATCACGTA 
AGGCATGCTT TGCACGTACA GGATTTGATC TCGTCACATG GGCCTTATCG TATTACCTTG 
GAGTACCTTC AGGACCGTGA CCTCGACAAC TGGCAGCTTA CCAGTGCTCG GGGCTACTAC 
GTGGTTCAAT GGGCTAAGAC GATTACATCT ACATATTACG ATTCAGAAGA TAAGGCTGTG 
ACTGTTCAAC AGGATCGTGG TCTTGATGAT TTATTATCTA TTCTCCCTAG GCTCTTGTCA 
GATCCAAAAT GGCTAGAGAC TAATAACCAC TATGACAAGA TTTCGACAGC TCACGGGAAA 
TTTGCCTACA TCCTGACGGT TCTAAATATG GGCTTTTCGA AAGCCTTTGA TACTATTTTC 
AAGGTTCTTT TGAACTCTAT CACGAGTGAC CAGGCAAAAG TTCGAAGCCG TAGCTTGAAA 
AGTGTTATTA CCATGCTTGA AAAAGACCCA AGTTTGCTCG ATCGTGACAC CTCAGTGATG 
CGAGTGGTGC TTCGGTGTGC AGCTGATGCT TCGCCCATGG TTCGCGATTC TGCGCTTTCA 
TTAATAGCCA AGTGTATTGG ACTCAAACCA AGGCTTGAAG AGGAGGGGTG TCGGGCTATT 
CTCGCCTGTG CGGCTGATGC CACAGCAGGT GTTCGAAAGC GCTGCATATC TCTGTTAAAG 
GATATATATT TCAATACTAT GCGCAAGGAA CTCAAGCTTG CTATACTCGA TAGCTTGCTT 
CAAAGAACAA ACGATTACGA AGAAGCTGTT GCGGTTCAGG CCCGACAAAC GATCGACGAA 
ATCTGGTTTA CACCATTCGT CGTGGTGATT GATAATCTGC ACGATGATCC TAAAGCTCAA 
GTTGCATTAG GTGAACAAGT CTCCCTTGTG ATCAGCTTAG TGCAACGTAG TGAGACTGCG 
GTGGATAGCT TAGGGTCATA CTTGAAGAAA ATTGTTTCTG ATAAGGTTAA AGTCCCAAGC 
CAAAACTTCA AGGTCTGCAA AGCGATGGTC GCAAACATGT TTGAGCGACT TGTGGATGAC 
CCTGGTGCTT TGGAGAAAAT AGATCACCAG GCTCTTCTTC AAACGATTAC CATCTTTGCG 
AAGGCTAGTG CGAAGCTTTT CAGCTCTGAG CAACTCCAAG CACTCCATCC ATACATTGGG 
CATCTTGTCA CTGCCGATGA CCTCTTTCTT TTCCGCTCTG TGGTTATAAT TTACCGCAGT 
GTCCTTCCCT TTATATCTTC AGCGCATAAT ACCTTCCTCA AAGATGTACA GAATGATCTG 
TTCAAGAGCG TGGCAAAACT TGCTCGATCC GAACTGAATG AAGTTATGGC ATGTCTTTGG 
ACCATCAACG GGGTCCTACA AAACGCAGAC AGGCTAGTCA AACTTACAAT CTCCGTGTTG 
AAGGGTATCG GGCAAGCTAG AGGAGTTGAT CTTACGGACG GCAGTAAGAC AGACTTATTG 
AACCGAGCTC GCAGCTACAT TCGTATTGCA GGCTGCGTGG GACGGCATTG TGATCTCGAG 
AAATTTGAAC CACATTTCAA AAAAGCCTTT GTCTCGTGGA GAGGAGGCTC GGTAGCTGGT 
CTCCTGGTCG ATTTCATCTT GCCTTTCGTG CATCAAGGCC AACCACTGGA ACTGAGAACA 
ATGGCACTCG AAAGTCTCGG ATCTATTTGT CAATCTTGGC CCGCGCAGTT CAGCCGGGAA 
GAACCCAGGG AAGTTATATC GTCTGTTTTC AAAGAAGACA ATGCTAGTCT TCATAACATC 
ATTCTTCGGG CTTTCTCTGA ATTCTTTGCC ATTCATGAAG GCAAACTGGA GAAGCTTGTT 
CAGCCTACGG CTGAATCGTC GGATCCGGAA GCAGCAACTC GATTAGGCGG ATCGTTGAAA 
GCCAATGACA ATGATGGTGC AGCAGCACTA ATTGCCCAGC ACTTTCTACA TGAAATGCTT 
CGGATAGCCC ACTCTAGTCA GGATGCGTAC GCGCTGACCG CCATCGAGCT GATATCAAGT 
ATTAACCGCC AAGGTCTCGT GCATCCTAAA GAATGTGCTG GTGTCTTGGT CTCTTTGGAA 
ACTTCAACCA TCCCTGCAAT AGCGAAGACA GCATATGAGA CGCATAAAAT GCTCCACCAG 
CAATATGAAT CTATGTTTGA ACGGGAATAT ATGCGAGCCA TCCAGGATGC CTTTGTTTAT 
CAACGAGACG TTGTTGGCGA CTCCACGGGG GCATTGGCCC GTCCCTATAC TGCAAAGCTT 
TCTCCTCTTT TCAACATCGT CAAGATTAGC AACAGTAAAT ACCAGAAGAA ATTTCTTGCT 
AATCTCTGCT CCAAGGTAAA CATTGACTTA AAGAACCTTG ATGTGTCTGG CAATCCTCCC 
GAACATCTTC TTCTAGCGAG GTTTGTCTGT CAAAACATTG CTTTCTTTGA CTACGCCCAG 
TTAGCGGAGT TACTACCAAC TATCACTTGC ATGGAAAGAA TTGTTTCGGC TACTGGTACC 
ATCGTTGCAC ATTCTATCGA GACCGAGCTG TCTCCTCCCC AGCTGGAGGT ACCCGTTGTA 
TCCGAGCAAG TTGTGGCCGG TGCGCAGGTG AATGTAAGCC CTCCACATGC GGTTAAACCT 
TACATACTGC GCCAACTTGC AACTGCGGCT GCTGTCCTAT CGATGCTCTG GGAGACTAGA 
ACCCATCTGA AGCGACAGTA CGGCGTCAAC TCCAATATGA GACATAATGG AAATAAGGCG 
AACATCAAAG AACTTAACAA AGCTCCGACT AAGGTCCACG GAGTTACCGG TGACCGCTAC 
TGGGAGGCTG TAACGAAAAT CATGACCTGC CTTGACAGCG AGGACAATAT GTTTCAGCAA 
TGTCAAATGT TCACCACTTT ACTTTCTATC GACGACGAGC TAAAGGTACC TAATGGCGAA 
GACGACGATG TTGAAATAGA CGATCTTGAT GATGCTGCCG ACGACGACGT GAAGGAAGTC 
AACGGTAGCA AAGCCATGAA ACGAAAGAAC TCTCTTCATG GTGGTTTGCC TTCAAAACGA 
CCTAGAGGTC GACCTCCCGG CAGCAAAAAG CGATCGAGCT CTGAGATGGG AGATTCTTTT 
GTCTTTCAAA CATAG

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

RefSeq	XP_020121044.1
CDS	1..5415
Translation	MDQGRFPAVQVVIGSQNHFHGPPNGASNGVSSGMRQLPTRPLLVDEALQFSPMTTAPVFGLDEDAITRPDVAGQSSTNFPAYPRPAARKMIQDLDTEARLGSGKSPRLMAVYGELVNEHLNADRLSDFKFKLPTGLARANKPAQRDDRSALTRNLSPFAKMVLNGTDVAFNYPEPKLPSSGARTAGSSFLPSHFPSTSLAASASNKKMSSEPGSGRFLQPAVVIPPFGSPGGSRSVADQGGVKKRKLNVDGESSVANIRLKDQKEEADAAILKLQDLMHEIFEAEDQLEPDTSSAAVSRDSNSMFRSANVLEVSEPILGPEAHGRLQKSLQKVVSFGRLHDIPSEYLIRIQKICENPIVSAQGLDLRLDDALNDSETHAWLQKLEDIYNTLLAIGTLLQTMSSRRPERDLCPEDLLQAIPNVLTTLFDQCIIPAVEVRPASEDSRLFELVSREKKTIGTLMHQSRKLLGLLASFLSRIDVSEGIITSTEFLATKLIFVENAHNDKESAVGYQKFESVRRAAMDVLAKVFSRYPSQRPFILDEILVSLEKLPSTRQNARQFKLIDGKAIQLLTALVIQLVQTTALDIPQSKKSRARRNPLLGADTDENQGEIHTKEEDNVQEEEEAAAAAAAESDSEDEFGLKLSLERLTSRANKLYDNAVRSAQYIIKFIVQRAMTSTKTGDQPYRNILDLFTEDLISVLGSTDWPAAELLLRILASHMIGIAELDKSSATAKNMALELLGWMGSGISDLSVAAQHLIPSMEDANNKVTEYLRQLYDDHVRHALHVQDLISSHGPYRITLEYLQDRDLDNWQLTSARGYYVVQWAKTITSTYYDSEDKAVTVQQDRGLDDLLSILPRLLSDPKWLETNNHYDKISTAHGKFAYILTVLNMGFSKAFDTIFKVLLNSITSDQAKVRSRSLKSVITMLEKDPSLLDRDTSVMRVVLRCAADASPMVRDSALSLIAKCIGLKPRLEEEGCRAILACAADATAGVRKRCISLLKDIYFNTMRKELKLAILDSLLQRTNDYEEAVAVQARQTIDEIWFTPFVVVIDNLHDDPKAQVALGEQVSLVISLVQRSETAVDSLGSYLKKIVSDKVKVPSQNFKVCKAMVANMFERLVDDPGALEKIDHQALLQTITIFAKASAKLFSSEQLQALHPYIGHLVTADDLFLFRSVVIIYRSVLPFISSAHNTFLKDVQNDLFKSVAKLARSELNEVMACLWTINGVLQNADRLVKLTISVLKGIGQARGVDLTDGSKTDLLNRARSYIRIAGCVGRHCDLEKFEPHFKKAFVSWRGGSVAGLLVDFILPFVHQGQPLELRTMALESLGSICQSWPAQFSREEPREVISSVFKEDNASLHNIILRAFSEFFAIHEGKLEKLVQPTAESSDPEAATRLGGSLKANDNDGAAALIAQHFLHEMLRIAHSSQDAYALTAIELISSINRQGLVHPKECAGVLVSLETSTIPAIAKTAYETHKMLHQQYESMFEREYMRAIQDAFVYQRDVVGDSTGALARPYTAKLSPLFNIVKISNSKYQKKFLANLCSKVNIDLKNLDVSGNPPEHLLLARFVCQNIAFFDYAQLAELLPTITCMERIVSATGTIVAHSIETELSPPQLEVPVVSEQVVAGAQVNVSPPHAVKPYILRQLATAAAVLSMLWETRTHLKRQYGVNSNMRHNGNKANIKELNKAPTKVHGVTGDRYWEAVTKIMTCLDSEDNMFQQCQMFTTLLSIDDELKVPNGEDDDVEIDDLDDAADDDVKEVNGSKAMKRKNSLHGGLPSKRPRGRPPGSKKRSSSEMGDSFVFQT

Target ORF information:

RefSeq Version	XM_020265884.1
Organism	Talaromyces atroroseus
Definition	Talaromyces atroroseus hypothetical protein (UA08_03570), partial mRNA.

Target ORF information:

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

XM_020265884.1

ORF Insert Sequence:

ATGGATCAGG GTCGATTTCC AGCAGTCCAG GTGGTCATCG GTAGTCAGAA CCATTTCCAT 
GGCCCTCCAA ATGGCGCCTC CAACGGCGTC TCGAGTGGGA TGCGCCAGCT TCCCACGCGA 
CCGTTGCTGG TGGATGAAGC CTTGCAATTT TCTCCAATGA CCACCGCGCC TGTGTTCGGT 
TTAGATGAAG ACGCAATCAC ACGCCCCGAC GTCGCCGGGC AATCGTCGAC GAATTTTCCC 
GCATACCCAC GACCGGCTGC TCGTAAAATG ATACAAGACC TTGATACTGA AGCTCGGCTG 
GGATCTGGAA AGTCCCCTCG ACTGATGGCT GTCTATGGAG AACTAGTGAA CGAACACCTT 
AACGCCGATA GACTGTCGGA TTTCAAATTC AAGCTCCCGA CGGGGCTGGC AAGGGCGAAC 
AAGCCAGCGC AACGTGACGA CCGCTCGGCA CTTACTCGCA ACCTGAGCCC ATTCGCGAAA 
ATGGTATTGA ATGGAACTGA CGTAGCATTC AACTATCCCG AACCCAAGTT GCCTTCGTCA 
GGTGCGAGGA CCGCCGGTAG CTCCTTCCTC CCAAGCCATT TCCCCTCAAC ATCGCTCGCT 
GCCAGTGCTT CTAACAAGAA AATGTCTTCC GAACCAGGAT CAGGGAGATT CCTCCAGCCT 
GCCGTCGTTA TTCCCCCGTT CGGCTCGCCA GGCGGGTCTC GTTCAGTAGC CGATCAAGGT 
GGCGTCAAGA AGCGAAAGTT GAATGTGGAT GGGGAGTCTT CTGTAGCCAA TATAAGGCTC 
AAAGATCAGA AGGAGGAGGC AGACGCAGCT ATTTTGAAGT TACAAGATCT CATGCATGAG 
ATTTTCGAAG CAGAAGATCA ACTGGAGCCT GACACCTCAT CAGCAGCCGT CAGCCGAGAT 
TCAAATTCCA TGTTCAGGAG TGCTAATGTT TTGGAGGTCA GTGAGCCTAT TCTTGGCCCT 
GAGGCTCATG GTCGGCTTCA AAAGTCCTTG CAGAAAGTTG TCAGCTTTGG GAGATTGCAT 
GACATCCCTT CCGAATATCT CATTAGGATC CAGAAGATCT GCGAGAACCC TATAGTGTCT 
GCACAAGGTC TGGACCTAAG ACTGGATGAT GCCTTGAACG ACTCTGAAAC CCATGCTTGG 
CTTCAAAAGC TGGAGGATAT ATACAACACA CTGCTCGCCA TTGGCACACT ACTTCAGACC 
ATGTCTAGTC GAAGACCCGA GCGAGACCTA TGCCCTGAAG ATTTATTACA AGCAATCCCA 
AATGTCTTGA CAACCTTATT CGACCAATGC ATAATTCCTG CCGTGGAAGT ACGCCCTGCT 
AGCGAAGATT CAAGGCTGTT CGAGCTTGTG TCTCGTGAAA AAAAGACAAT TGGCACCCTA 
ATGCATCAAT CCAGGAAGCT GCTCGGTCTT TTGGCAAGTT TTCTCTCGCG AATAGACGTT 
TCTGAGGGCA TTATCACGTC TACAGAGTTC TTGGCAACCA AGTTGATTTT CGTCGAGAAC 
GCACATAATG ATAAAGAGTC CGCCGTTGGA TACCAGAAAT TTGAATCTGT GCGTCGTGCA 
GCAATGGACG TTCTTGCTAA GGTCTTCTCC CGCTATCCCT CCCAACGCCC GTTCATTCTA 
GACGAGATTC TGGTGTCACT TGAGAAATTA CCATCAACCC GTCAGAATGC CCGACAGTTC 
AAATTGATTG ATGGTAAAGC CATACAGTTG CTTACGGCCC TGGTTATACA GCTTGTGCAA 
ACCACAGCTT TGGACATACC ACAATCGAAA AAGAGCAGAG CGAGGCGAAA TCCTTTACTC 
GGAGCAGATA CGGACGAAAA TCAGGGCGAG ATACACACCA AGGAAGAAGA TAATGTACAA 
GAAGAAGAAG AAGCAGCAGC AGCAGCAGCA GCAGAGAGTG ACTCCGAGGA CGAATTTGGC 
TTGAAGTTAT CATTGGAACG CCTTACGAGT CGGGCGAACA AACTTTACGA CAACGCGGTT 
CGTAGTGCTC AATACATTAT CAAATTTATC GTCCAACGAG CAATGACATC CACCAAAACG 
GGCGATCAAC CTTACCGAAA TATATTGGAT CTTTTCACAG AGGATTTGAT TAGTGTTTTG 
GGCTCGACAG ACTGGCCCGC TGCTGAGTTA TTGCTTCGTA TTCTTGCATC TCACATGATC 
GGTATAGCTG AGCTTGACAA GAGTTCAGCT ACCGCCAAAA ACATGGCCCT TGAATTACTC 
GGTTGGATGG GTTCTGGCAT CTCGGATCTT TCAGTTGCCG CCCAACATTT AATTCCTTCC 
ATGGAAGATG CAAACAACAA AGTTACTGAG TATTTACGGC AACTCTACGA CGATCACGTA 
AGGCATGCTT TGCACGTACA GGATTTGATC TCGTCACATG GGCCTTATCG TATTACCTTG 
GAGTACCTTC AGGACCGTGA CCTCGACAAC TGGCAGCTTA CCAGTGCTCG GGGCTACTAC 
GTGGTTCAAT GGGCTAAGAC GATTACATCT ACATATTACG ATTCAGAAGA TAAGGCTGTG 
ACTGTTCAAC AGGATCGTGG TCTTGATGAT TTATTATCTA TTCTCCCTAG GCTCTTGTCA 
GATCCAAAAT GGCTAGAGAC TAATAACCAC TATGACAAGA TTTCGACAGC TCACGGGAAA 
TTTGCCTACA TCCTGACGGT TCTAAATATG GGCTTTTCGA AAGCCTTTGA TACTATTTTC 
AAGGTTCTTT TGAACTCTAT CACGAGTGAC CAGGCAAAAG TTCGAAGCCG TAGCTTGAAA 
AGTGTTATTA CCATGCTTGA AAAAGACCCA AGTTTGCTCG ATCGTGACAC CTCAGTGATG 
CGAGTGGTGC TTCGGTGTGC AGCTGATGCT TCGCCCATGG TTCGCGATTC TGCGCTTTCA 
TTAATAGCCA AGTGTATTGG ACTCAAACCA AGGCTTGAAG AGGAGGGGTG TCGGGCTATT 
CTCGCCTGTG CGGCTGATGC CACAGCAGGT GTTCGAAAGC GCTGCATATC TCTGTTAAAG 
GATATATATT TCAATACTAT GCGCAAGGAA CTCAAGCTTG CTATACTCGA TAGCTTGCTT 
CAAAGAACAA ACGATTACGA AGAAGCTGTT GCGGTTCAGG CCCGACAAAC GATCGACGAA 
ATCTGGTTTA CACCATTCGT CGTGGTGATT GATAATCTGC ACGATGATCC TAAAGCTCAA 
GTTGCATTAG GTGAACAAGT CTCCCTTGTG ATCAGCTTAG TGCAACGTAG TGAGACTGCG 
GTGGATAGCT TAGGGTCATA CTTGAAGAAA ATTGTTTCTG ATAAGGTTAA AGTCCCAAGC 
CAAAACTTCA AGGTCTGCAA AGCGATGGTC GCAAACATGT TTGAGCGACT TGTGGATGAC 
CCTGGTGCTT TGGAGAAAAT AGATCACCAG GCTCTTCTTC AAACGATTAC CATCTTTGCG 
AAGGCTAGTG CGAAGCTTTT CAGCTCTGAG CAACTCCAAG CACTCCATCC ATACATTGGG 
CATCTTGTCA CTGCCGATGA CCTCTTTCTT TTCCGCTCTG TGGTTATAAT TTACCGCAGT 
GTCCTTCCCT TTATATCTTC AGCGCATAAT ACCTTCCTCA AAGATGTACA GAATGATCTG 
TTCAAGAGCG TGGCAAAACT TGCTCGATCC GAACTGAATG AAGTTATGGC ATGTCTTTGG 
ACCATCAACG GGGTCCTACA AAACGCAGAC AGGCTAGTCA AACTTACAAT CTCCGTGTTG 
AAGGGTATCG GGCAAGCTAG AGGAGTTGAT CTTACGGACG GCAGTAAGAC AGACTTATTG 
AACCGAGCTC GCAGCTACAT TCGTATTGCA GGCTGCGTGG GACGGCATTG TGATCTCGAG 
AAATTTGAAC CACATTTCAA AAAAGCCTTT GTCTCGTGGA GAGGAGGCTC GGTAGCTGGT 
CTCCTGGTCG ATTTCATCTT GCCTTTCGTG CATCAAGGCC AACCACTGGA ACTGAGAACA 
ATGGCACTCG AAAGTCTCGG ATCTATTTGT CAATCTTGGC CCGCGCAGTT CAGCCGGGAA 
GAACCCAGGG AAGTTATATC GTCTGTTTTC AAAGAAGACA ATGCTAGTCT TCATAACATC 
ATTCTTCGGG CTTTCTCTGA ATTCTTTGCC ATTCATGAAG GCAAACTGGA GAAGCTTGTT 
CAGCCTACGG CTGAATCGTC GGATCCGGAA GCAGCAACTC GATTAGGCGG ATCGTTGAAA 
GCCAATGACA ATGATGGTGC AGCAGCACTA ATTGCCCAGC ACTTTCTACA TGAAATGCTT 
CGGATAGCCC ACTCTAGTCA GGATGCGTAC GCGCTGACCG CCATCGAGCT GATATCAAGT 
ATTAACCGCC AAGGTCTCGT GCATCCTAAA GAATGTGCTG GTGTCTTGGT CTCTTTGGAA 
ACTTCAACCA TCCCTGCAAT AGCGAAGACA GCATATGAGA CGCATAAAAT GCTCCACCAG 
CAATATGAAT CTATGTTTGA ACGGGAATAT ATGCGAGCCA TCCAGGATGC CTTTGTTTAT 
CAACGAGACG TTGTTGGCGA CTCCACGGGG GCATTGGCCC GTCCCTATAC TGCAAAGCTT 
TCTCCTCTTT TCAACATCGT CAAGATTAGC AACAGTAAAT ACCAGAAGAA ATTTCTTGCT 
AATCTCTGCT CCAAGGTAAA CATTGACTTA AAGAACCTTG ATGTGTCTGG CAATCCTCCC 
GAACATCTTC TTCTAGCGAG GTTTGTCTGT CAAAACATTG CTTTCTTTGA CTACGCCCAG 
TTAGCGGAGT TACTACCAAC TATCACTTGC ATGGAAAGAA TTGTTTCGGC TACTGGTACC 
ATCGTTGCAC ATTCTATCGA GACCGAGCTG TCTCCTCCCC AGCTGGAGGT ACCCGTTGTA 
TCCGAGCAAG TTGTGGCCGG TGCGCAGGTG AATGTAAGCC CTCCACATGC GGTTAAACCT 
TACATACTGC GCCAACTTGC AACTGCGGCT GCTGTCCTAT CGATGCTCTG GGAGACTAGA 
ACCCATCTGA AGCGACAGTA CGGCGTCAAC TCCAATATGA GACATAATGG AAATAAGGCG 
AACATCAAAG AACTTAACAA AGCTCCGACT AAGGTCCACG GAGTTACCGG TGACCGCTAC 
TGGGAGGCTG TAACGAAAAT CATGACCTGC CTTGACAGCG AGGACAATAT GTTTCAGCAA 
TGTCAAATGT TCACCACTTT ACTTTCTATC GACGACGAGC TAAAGGTACC TAATGGCGAA 
GACGACGATG TTGAAATAGA CGATCTTGAT GATGCTGCCG ACGACGACGT GAAGGAAGTC 
AACGGTAGCA AAGCCATGAA ACGAAAGAAC TCTCTTCATG GTGGTTTGCC TTCAAAACGA 
CCTAGAGGTC GACCTCCCGG CAGCAAAAAG CGATCGAGCT CTGAGATGGG AGATTCTTTT 
GTCTTTCAAA CATAG