TUT7 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	TUT7
Entrez Gene ID	107289726
Full Name	zinc finger CCHC-type containing 6
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015818527.1	XP_015674013.1	terminal uridylyltransferase 7

Pathways from BioSystems
Gene Ontology

The following TUT7 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TUT7 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
OPr32369	XM_015818527.1 Latest version!	Protobothrops mucrosquamatus terminal uridylyl transferase 7 (TUT7), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

TUT7 ( XM_015818527.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015674013.1 Protobothrops mucrosquamatus terminal uridylyl transferase 7 (TUT7), mRNA.

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CloneID	OPr32369
Clone ID Related Accession (Same CDS sequence)	XM_015818527.1
Accession Version	XM_015818527.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	terminal uridylyltransferase 7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015387028.1) 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 Name :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGTGATG CTGCAAAACC TTGCTGTACA AGACGTAATA AAGACTGGGG GCTTATAAAT 
GAGGAAGATT TCCAGAAATG TACTTCACGT CAAGTAATGG ATGATTGTGG AAATGGACAC 
AATATCAAAG TGGACACCAG ATTTGAAAAA AGAAAGGGAA CATCAAGTGA CTATGGAACA 
AGTCCAAGAA AGGGAGCACA TGCTGCTTTG AGTAGTCCAA ATTCTTCAAA AAGCATGGTT 
TACAATCAAG GGGCAAGAAT AAATGATTCT TCAAAAGACC AAATTAAGAA GTGGGTGTCT 
GACAACCATC AAGCTAATTC CAGCAATTGG AGAGAATTCA AATCTACAGC CCGGATACCT 
GTGATTATCA GGCCACGGAA AGAGTTTCCT CACGAATGTG AGAATTTAGG AGGCAGAAGT 
GGAAGGAGAC AGCTCCTTAG AGACCTAACA AGTGAAGACT TATCTGATAG AAAAGGAAAT 
TCTGAAATGA AGAAACATAG GAAACCAAGG AGATCAAGAA GAATAAAAAA AGAAGACAAT 
GATATGGATG ATGAAATGGA TGGACCTGTT ATAGAGGAGG CTTTACTGAC AGCAAAAGAA 
TTACTGGGGT TGCAGCAGGC TGAAGAACGA CTTAAGAGAG ACTACATTTA TAGACTGAAG 
AAGCGACCTC GAAGCTACCC AACAGCTAAA TATACTTGCA GGTTATGTGA TGTATTGATG 
GAGTCAGTGA TGTTTGCTCA TAAGCATATA AAGGAAAAAA GACACAAGAA AAACATAAAG 
GAAAAGCAAG AACAACAACT GCTGAATGCA CTTCCTCCAC CAACACTTTT GCAAATTGAA 
GCTATTGGTA TAGCTGTTCA AAAAGTAGTA GAAGAGTTTG GATTAAATGA TGAAGATGTG 
GAACAAAGGC TTGGAATCAA AACTACTATG GAAAATATAT TTCAACCAAA ATTGCCAGAT 
TGTTCTCTAA GATTGTATGG TTCTTCCTGG AGCAGATTTG GCTTTAAAAA TTCTGATATA 
AATCTGGACA TCCAGTTTCC AGCCAGCATG TCCCAACCAG ATGTTCTCTT ACTTGTACAA 
GAAAGCCTAA AGAGCAATGA ATCTTTTATT GATGTTGATG CAGATTTCCA TGCTAAAGTA 
CCTATGGTGG TGTGCAAAGA AAAACAAAGT GGCCTTGTTT GCAGAGTAAG TGCAGGAAAT 
GATAATGCTT GTCTGACGAC AAATCACTTG GCTATGCTTG GAAAATTAGA GCCTCATCTT 
GTGTCCTTGG TCATTGCTTT CAGACACTGG GCCAAGCTAT GTTGTATAGA TCACCCTGAA 
GAAGGTGGAT TACCACCTTA TGTATTTGCT CTAATGGTTA TTTTCTTTCT GCAACAAAGG 
AAAGAACCTT TTCTGCCTGT CTATTTAGGT TCATGGATTG GAGGATTTTC ATTAAACAAA 
TTAGTGAATT TTATTCTCAA AGAAGTTGAA AATAATACTG TGGTCTGGGA ATACAGCCCT 
GGTACTGATA CCACTTCTTC AAAGGAATCT TTTCCTAAAA GAGGAAAGGT TCCTTTAGTA 
TTTGATTCAG ATCAAAAGTG TTCAGTTCCA ATGGGACAGC TGTGGGTTGA ACTGCTTCGT 
TTTTATGCCT TGGAATTTAA TCTGTCTGAC TTGGTAATAA GCATACGGCT CAAAGAAGAA 
GTATCTCGTG AATCCAAGGA TTGGCCTAAA AAACGAATTG CCGTGGAAGA TCCTTATTCC 
GTAAAGAGGA ATGTGGCAAG AACTCTTAAT AGTCAGTTAG TATATGAGTA TATACTTCAT 
TGTTTACGGT CAACTTACAA GTACTTTGCC TTGCCTCATA AAAAGAATGC AAAAAGGAAC 
CAAATAAAAT CTCTAGAGGG TTCAGTACTT CTAGAACCTG AGAAGAATGC CTTTAAGCAA 
ACAACTCCTG ATATAAAAAA TGTCCATAAT GAAATGGAGA ATACTGTAAT AGACAACTAT 
ATAACTTCTA CTAAGAAAAG TTCATATTTT CCTCAAGAAC GTATGTGTGA GCCTTCTCAG 
GTACTTACTG ATGAAAACTT TGTGGAAGAA CAGTTGGCAG ATGGTGAACA TATAGGAATG 
TCTTATGAGG ACTCAGATTG CATAATTGAA GAATTCATTT CGGGAGACAA TGAGGAATTT 
AAACCAAGCT GTGAGGAGAC TGAGAGTGGA AATGAAGAGG AGGAAGGTGA AGAGAGACAC 
GAGCAGGAAC ATTTGGATAG TAACCAAGAC AGTGAAAGTG GAGATCTTGC TATTCCAATT 
AGTGAGCATG ATGTTGAAAC AGACAGCATT TCTGATTTGG AAAATTTTCA AAATGTAGTA 
GCTGCCCTTG ATGAGTTTGG TTTAGAAGAG AGTGGTATTC CAAATGATAA ACTTGACATT 
GATGAAGAGA GCACAGAAGG TACTGATGAA CTGGATGATT CCCTGTTCAA ACTGGAACCA 
CCAACTCGGG AACAAGTATC TGAAATGGAT AACTCAGAAG AAGAAGATGA GGAGGAGGAG 
GAGGAAGAAG AAGACGAAGA GTGTAGTATT AAAAACCAGG GGCAACTCGA GAACATAATC 
AATACTGAAG ATGAGCTGGA CAATACATAC ACTGGATCTG GTGTTGAGGA ACCTCTTTCA 
GAAGAGGAAG AATTGCTTAT TGCTCATGTG GACATTGAGC TAAAGAAGAG AGTAGATGAA 
TGTTCAAGTG TAGATTTGAA CAAAGAAGAT GATCCTGAAA AAGAAGTACT TGCTGAAAGT 
AACAAGCAAG TAGACCAGAG TAACAGGTCT GAACTCTTCT ATGAATTTAA TAAAACTACT 
TTCACAAAAG GCAAGACTCC TACAGTTGTA TGCAGTTTAT GTAAGCGAGA AGGTCATCTA 
AAGAGGGACT GTCCAGAAGA CTTTAAAAAA ATTGAACTGG ATCCTTTGCC ACCATTAACA 
TCCAAGTTTT CCAGTATTCT GGATCAAGTG TGCATCCAAT GTTATAAAGA TTTTGCTCCA 
AATATTATAG AAGACCAGGC TCGGGAATAT ATAAGGCAAA ATCTTGAAAG TTTCATCCAA 
CAAGAATTTC CAGGCACAAA ATTAAACTTG TTTGGGTCTT CAAAGAATGG ATTTGGCTTC 
AAGCAAAGCG ATCTTGATAT TTGTATGACA ATTGATGGTC TGGAAACTGC TGAGGGACTT 
GATTGTATAA GAATTATTGA AGAACTTGCA AGAGTGCTGA AGAAACATTC AGGTTTACGA 
AACATCTTAC CCATAACAAC TGCTAAAGTG CCGATTGTCA AGTTTTTTCA TGTCCGAAGT 
GGCCTTGAAG TAGACATCAG TCTGTATAAC ACATTGGCTC TGCATAACAC AAGGCTCTTG 
TCTTGTTATG CCACAATCGA TCCCAGAGTA AAATATCTTT GTTACACAAT GAAAGTATTT 
ACAAAGATGT GCGACATTGG TGATGCATCC AGAGGCAGCT TATCTTCCTA TGCATATACT 
CTAATGGTGC TCTATTTTCT TCAGCAGAGA AGTCCACCTG TTATTCCAGT TCTTCAAGAG 
ATCTTTAAAG AGCCAAAGAA ACCTGAAATT CTAGTTGATG ACTGGAATGT TTATTTCTTT 
GACAGAATAA ATGAACTGTC AGAGGATTGG TCAGATTTTG GTAAAAATAA AGAATCCATT 
GGTGAATTAT GGCTAGGACT TCTACGTTTT TATACTGAAG AATTTGATTT TAAAGAGCAT 
GTTATCTGCA TCCGAAGAAA AAGTTTGCTT ACAACATTCA AGAAACAGTG GACTTCGAAA 
TACATAGTCA TTGAAGATCC TTTTGATCTG AATCATAATC TTGGAGCTGG ATTATCAAGA 
AAAATGACAA ATTTTATAAT GAAGGCTTTT ATAAATGGCA GGAGGGTATT TGGCACTCCA 
ATAAGAGGAT TTCCAAAAGA ATATTCTTCA AAAATGGAAT ATTTTTTTGA CCCAGAAGTG 
CTTACAGAAG GAGAATTGGC CCCGAATGAC AGATGTTGCA GAATTTGTGG AAAAATTGGA 
CATTTCATGA AAGACTGCCC GATGCGGAGA AAATCCCGAA GACGGCATGA TAGTGAAGAT 
CCTAAAAACC AAAGATACAC AGAAAATAAA GAAAAAAGAA GTAAAGATGA AAAAGAAACC 
CCAGTTAAAA CTACAGAAAG AGAAGTGTTG CTAAAGGATG GAAAGATGCA AATATGTGCG 
CCCAACAAAA ATAAACCAGG AAGAGGAGCA ATGGAAATTG GAAAAGAGAA ATCTCCCAAG 
CCGATGGGAG AGAAATGGAA GCGGCAAGAA GATAGAGATT TAAGAGAAAA ACGTTGTTTT 
ATTTGTGGAA GGGAAGGACA CATAAAAAAA GAATGCCCAC AGCACAAAGG AGGTGCAGGT 
GTTCTGGTGT TAGAAAATCC ATGTGGGACC CCTTTATCCA GTGCTGTTAA ACACTCTGGT 
CGATTAAATC AGGGACTTTC TCCACAGGAA GACAAAAAGA ATCAGAAAGG GAAACTACTT 
TTGGGTCCCC AGTCAGGCAG CCTTTCCAGT AAATACATGA CTCAGGGAAA AGCTTCACAG 
AAGAGACCCC AACAAGATTC TTGA

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

RefSeq	XP_015674013.1
CDS	86..4669
Translation	MGDAAKPCCTRRNKDWGLINEEDFQKCTSRQVMDDCGNGHNIKVDTRFEKRKGTSSDYGTSPRKGAHAALSSPNSSKSMVYNQGARINDSSKDQIKKWVSDNHQANSSNWREFKSTARIPVIIRPRKEFPHECENLGGRSGRRQLLRDLTSEDLSDRKGNSEMKKHRKPRRSRRIKKEDNDMDDEMDGPVIEEALLTAKELLGLQQAEERLKRDYIYRLKKRPRSYPTAKYTCRLCDVLMESVMFAHKHIKEKRHKKNIKEKQEQQLLNALPPPTLLQIEAIGIAVQKVVEEFGLNDEDVEQRLGIKTTMENIFQPKLPDCSLRLYGSSWSRFGFKNSDINLDIQFPASMSQPDVLLLVQESLKSNESFIDVDADFHAKVPMVVCKEKQSGLVCRVSAGNDNACLTTNHLAMLGKLEPHLVSLVIAFRHWAKLCCIDHPEEGGLPPYVFALMVIFFLQQRKEPFLPVYLGSWIGGFSLNKLVNFILKEVENNTVVWEYSPGTDTTSSKESFPKRGKVPLVFDSDQKCSVPMGQLWVELLRFYALEFNLSDLVISIRLKEEVSRESKDWPKKRIAVEDPYSVKRNVARTLNSQLVYEYILHCLRSTYKYFALPHKKNAKRNQIKSLEGSVLLEPEKNAFKQTTPDIKNVHNEMENTVIDNYITSTKKSSYFPQERMCEPSQVLTDENFVEEQLADGEHIGMSYEDSDCIIEEFISGDNEEFKPSCEETESGNEEEEGEERHEQEHLDSNQDSESGDLAIPISEHDVETDSISDLENFQNVVAALDEFGLEESGIPNDKLDIDEESTEGTDELDDSLFKLEPPTREQVSEMDNSEEEDEEEEEEEEDEECSIKNQGQLENIINTEDELDNTYTGSGVEEPLSEEEELLIAHVDIELKKRVDECSSVDLNKEDDPEKEVLAESNKQVDQSNRSELFYEFNKTTFTKGKTPTVVCSLCKREGHLKRDCPEDFKKIELDPLPPLTSKFSSILDQVCIQCYKDFAPNIIEDQAREYIRQNLESFIQQEFPGTKLNLFGSSKNGFGFKQSDLDICMTIDGLETAEGLDCIRIIEELARVLKKHSGLRNILPITTAKVPIVKFFHVRSGLEVDISLYNTLALHNTRLLSCYATIDPRVKYLCYTMKVFTKMCDIGDASRGSLSSYAYTLMVLYFLQQRSPPVIPVLQEIFKEPKKPEILVDDWNVYFFDRINELSEDWSDFGKNKESIGELWLGLLRFYTEEFDFKEHVICIRRKSLLTTFKKQWTSKYIVIEDPFDLNHNLGAGLSRKMTNFIMKAFINGRRVFGTPIRGFPKEYSSKMEYFFDPEVLTEGELAPNDRCCRICGKIGHFMKDCPMRRKSRRRHDSEDPKNQRYTENKEKRSKDEKETPVKTTEREVLLKDGKMQICAPNKNKPGRGAMEIGKEKSPKPMGEKWKRQEDRDLREKRCFICGREGHIKKECPQHKGGAGVLVLENPCGTPLSSAVKHSGRLNQGLSPQEDKKNQKGKLLLGPQSGSLSSKYMTQGKASQKRPQQDS

Target ORF information:

RefSeq Version	XM_015818527.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus terminal uridylyl transferase 7 (TUT7), mRNA.

Target ORF information:

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

XM_015818527.1

ORF Insert Sequence:

ATGGGTGATG CTGCAAAACC TTGCTGTACA AGACGTAATA AAGACTGGGG GCTTATAAAT 
GAGGAAGATT TCCAGAAATG TACTTCACGT CAAGTAATGG ATGATTGTGG AAATGGACAC 
AATATCAAAG TGGACACCAG ATTTGAAAAA AGAAAGGGAA CATCAAGTGA CTATGGAACA 
AGTCCAAGAA AGGGAGCACA TGCTGCTTTG AGTAGTCCAA ATTCTTCAAA AAGCATGGTT 
TACAATCAAG GGGCAAGAAT AAATGATTCT TCAAAAGACC AAATTAAGAA GTGGGTGTCT 
GACAACCATC AAGCTAATTC CAGCAATTGG AGAGAATTCA AATCTACAGC CCGGATACCT 
GTGATTATCA GGCCACGGAA AGAGTTTCCT CACGAATGTG AGAATTTAGG AGGCAGAAGT 
GGAAGGAGAC AGCTCCTTAG AGACCTAACA AGTGAAGACT TATCTGATAG AAAAGGAAAT 
TCTGAAATGA AGAAACATAG GAAACCAAGG AGATCAAGAA GAATAAAAAA AGAAGACAAT 
GATATGGATG ATGAAATGGA TGGACCTGTT ATAGAGGAGG CTTTACTGAC AGCAAAAGAA 
TTACTGGGGT TGCAGCAGGC TGAAGAACGA CTTAAGAGAG ACTACATTTA TAGACTGAAG 
AAGCGACCTC GAAGCTACCC AACAGCTAAA TATACTTGCA GGTTATGTGA TGTATTGATG 
GAGTCAGTGA TGTTTGCTCA TAAGCATATA AAGGAAAAAA GACACAAGAA AAACATAAAG 
GAAAAGCAAG AACAACAACT GCTGAATGCA CTTCCTCCAC CAACACTTTT GCAAATTGAA 
GCTATTGGTA TAGCTGTTCA AAAAGTAGTA GAAGAGTTTG GATTAAATGA TGAAGATGTG 
GAACAAAGGC TTGGAATCAA AACTACTATG GAAAATATAT TTCAACCAAA ATTGCCAGAT 
TGTTCTCTAA GATTGTATGG TTCTTCCTGG AGCAGATTTG GCTTTAAAAA TTCTGATATA 
AATCTGGACA TCCAGTTTCC AGCCAGCATG TCCCAACCAG ATGTTCTCTT ACTTGTACAA 
GAAAGCCTAA AGAGCAATGA ATCTTTTATT GATGTTGATG CAGATTTCCA TGCTAAAGTA 
CCTATGGTGG TGTGCAAAGA AAAACAAAGT GGCCTTGTTT GCAGAGTAAG TGCAGGAAAT 
GATAATGCTT GTCTGACGAC AAATCACTTG GCTATGCTTG GAAAATTAGA GCCTCATCTT 
GTGTCCTTGG TCATTGCTTT CAGACACTGG GCCAAGCTAT GTTGTATAGA TCACCCTGAA 
GAAGGTGGAT TACCACCTTA TGTATTTGCT CTAATGGTTA TTTTCTTTCT GCAACAAAGG 
AAAGAACCTT TTCTGCCTGT CTATTTAGGT TCATGGATTG GAGGATTTTC ATTAAACAAA 
TTAGTGAATT TTATTCTCAA AGAAGTTGAA AATAATACTG TGGTCTGGGA ATACAGCCCT 
GGTACTGATA CCACTTCTTC AAAGGAATCT TTTCCTAAAA GAGGAAAGGT TCCTTTAGTA 
TTTGATTCAG ATCAAAAGTG TTCAGTTCCA ATGGGACAGC TGTGGGTTGA ACTGCTTCGT 
TTTTATGCCT TGGAATTTAA TCTGTCTGAC TTGGTAATAA GCATACGGCT CAAAGAAGAA 
GTATCTCGTG AATCCAAGGA TTGGCCTAAA AAACGAATTG CCGTGGAAGA TCCTTATTCC 
GTAAAGAGGA ATGTGGCAAG AACTCTTAAT AGTCAGTTAG TATATGAGTA TATACTTCAT 
TGTTTACGGT CAACTTACAA GTACTTTGCC TTGCCTCATA AAAAGAATGC AAAAAGGAAC 
CAAATAAAAT CTCTAGAGGG TTCAGTACTT CTAGAACCTG AGAAGAATGC CTTTAAGCAA 
ACAACTCCTG ATATAAAAAA TGTCCATAAT GAAATGGAGA ATACTGTAAT AGACAACTAT 
ATAACTTCTA CTAAGAAAAG TTCATATTTT CCTCAAGAAC GTATGTGTGA GCCTTCTCAG 
GTACTTACTG ATGAAAACTT TGTGGAAGAA CAGTTGGCAG ATGGTGAACA TATAGGAATG 
TCTTATGAGG ACTCAGATTG CATAATTGAA GAATTCATTT CGGGAGACAA TGAGGAATTT 
AAACCAAGCT GTGAGGAGAC TGAGAGTGGA AATGAAGAGG AGGAAGGTGA AGAGAGACAC 
GAGCAGGAAC ATTTGGATAG TAACCAAGAC AGTGAAAGTG GAGATCTTGC TATTCCAATT 
AGTGAGCATG ATGTTGAAAC AGACAGCATT TCTGATTTGG AAAATTTTCA AAATGTAGTA 
GCTGCCCTTG ATGAGTTTGG TTTAGAAGAG AGTGGTATTC CAAATGATAA ACTTGACATT 
GATGAAGAGA GCACAGAAGG TACTGATGAA CTGGATGATT CCCTGTTCAA ACTGGAACCA 
CCAACTCGGG AACAAGTATC TGAAATGGAT AACTCAGAAG AAGAAGATGA GGAGGAGGAG 
GAGGAAGAAG AAGACGAAGA GTGTAGTATT AAAAACCAGG GGCAACTCGA GAACATAATC 
AATACTGAAG ATGAGCTGGA CAATACATAC ACTGGATCTG GTGTTGAGGA ACCTCTTTCA 
GAAGAGGAAG AATTGCTTAT TGCTCATGTG GACATTGAGC TAAAGAAGAG AGTAGATGAA 
TGTTCAAGTG TAGATTTGAA CAAAGAAGAT GATCCTGAAA AAGAAGTACT TGCTGAAAGT 
AACAAGCAAG TAGACCAGAG TAACAGGTCT GAACTCTTCT ATGAATTTAA TAAAACTACT 
TTCACAAAAG GCAAGACTCC TACAGTTGTA TGCAGTTTAT GTAAGCGAGA AGGTCATCTA 
AAGAGGGACT GTCCAGAAGA CTTTAAAAAA ATTGAACTGG ATCCTTTGCC ACCATTAACA 
TCCAAGTTTT CCAGTATTCT GGATCAAGTG TGCATCCAAT GTTATAAAGA TTTTGCTCCA 
AATATTATAG AAGACCAGGC TCGGGAATAT ATAAGGCAAA ATCTTGAAAG TTTCATCCAA 
CAAGAATTTC CAGGCACAAA ATTAAACTTG TTTGGGTCTT CAAAGAATGG ATTTGGCTTC 
AAGCAAAGCG ATCTTGATAT TTGTATGACA ATTGATGGTC TGGAAACTGC TGAGGGACTT 
GATTGTATAA GAATTATTGA AGAACTTGCA AGAGTGCTGA AGAAACATTC AGGTTTACGA 
AACATCTTAC CCATAACAAC TGCTAAAGTG CCGATTGTCA AGTTTTTTCA TGTCCGAAGT 
GGCCTTGAAG TAGACATCAG TCTGTATAAC ACATTGGCTC TGCATAACAC AAGGCTCTTG 
TCTTGTTATG CCACAATCGA TCCCAGAGTA AAATATCTTT GTTACACAAT GAAAGTATTT 
ACAAAGATGT GCGACATTGG TGATGCATCC AGAGGCAGCT TATCTTCCTA TGCATATACT 
CTAATGGTGC TCTATTTTCT TCAGCAGAGA AGTCCACCTG TTATTCCAGT TCTTCAAGAG 
ATCTTTAAAG AGCCAAAGAA ACCTGAAATT CTAGTTGATG ACTGGAATGT TTATTTCTTT 
GACAGAATAA ATGAACTGTC AGAGGATTGG TCAGATTTTG GTAAAAATAA AGAATCCATT 
GGTGAATTAT GGCTAGGACT TCTACGTTTT TATACTGAAG AATTTGATTT TAAAGAGCAT 
GTTATCTGCA TCCGAAGAAA AAGTTTGCTT ACAACATTCA AGAAACAGTG GACTTCGAAA 
TACATAGTCA TTGAAGATCC TTTTGATCTG AATCATAATC TTGGAGCTGG ATTATCAAGA 
AAAATGACAA ATTTTATAAT GAAGGCTTTT ATAAATGGCA GGAGGGTATT TGGCACTCCA 
ATAAGAGGAT TTCCAAAAGA ATATTCTTCA AAAATGGAAT ATTTTTTTGA CCCAGAAGTG 
CTTACAGAAG GAGAATTGGC CCCGAATGAC AGATGTTGCA GAATTTGTGG AAAAATTGGA 
CATTTCATGA AAGACTGCCC GATGCGGAGA AAATCCCGAA GACGGCATGA TAGTGAAGAT 
CCTAAAAACC AAAGATACAC AGAAAATAAA GAAAAAAGAA GTAAAGATGA AAAAGAAACC 
CCAGTTAAAA CTACAGAAAG AGAAGTGTTG CTAAAGGATG GAAAGATGCA AATATGTGCG 
CCCAACAAAA ATAAACCAGG AAGAGGAGCA ATGGAAATTG GAAAAGAGAA ATCTCCCAAG 
CCGATGGGAG AGAAATGGAA GCGGCAAGAA GATAGAGATT TAAGAGAAAA ACGTTGTTTT 
ATTTGTGGAA GGGAAGGACA CATAAAAAAA GAATGCCCAC AGCACAAAGG AGGTGCAGGT 
GTTCTGGTGT TAGAAAATCC ATGTGGGACC CCTTTATCCA GTGCTGTTAA ACACTCTGGT 
CGATTAAATC AGGGACTTTC TCCACAGGAA GACAAAAAGA ATCAGAAAGG GAAACTACTT 
TTGGGTCCCC AGTCAGGCAG CCTTTCCAGT AAATACATGA CTCAGGGAAA AGCTTCACAG 
AAGAGACCCC AACAAGATTC TTGA