LOC105621109 cDNA ORF clone, Atta cephalotes

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105621109
Entrez Gene ID	105621109
Full Name	5'-3' exoribonuclease 1
Gene Type	protein-coding
Organism	Atta cephalotes

mRNA and Protein(s)

mRNA	Protein	Name
XM_012202581.1	XP_012057971.1	5'-3' exoribonuclease 1

Pathways from BioSystems
Gene Ontology

The following LOC105621109 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105621109 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
OAt116672	XM_012202581.1 Latest version!	Atta cephalotes 5'-3' exoribonuclease 1 (LOC105621109), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC105621109 ( XM_012202581.1 ) cDNA ORF clone, Atta cephalotes -> XP_012057971.1 Atta cephalotes 5'-3' exoribonuclease 1 (LOC105621109), mRNA.

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CloneID	OAt116672
Clone ID Related Accession (Same CDS sequence)	XM_012202581.1
Accession Version	XM_012202581.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5040bp) 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	2015-04-01
Organism	Atta cephalotes
Product	5'-3' exoribonuclease 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012130096.1) 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 Version :: Atta cephalotes Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGTGTGC CGAAATTCTT CAGATACATA AGCGAGAGAT ATCCCTGTCT CAGCGAGGTC 
GTGAAGGAAC ATCAGATACC AGAATTTGAT TATTTATATT TGGACATGAA TGGTATTATA 
CATACATGTT CCCATCCCAA TGACGATGTC TGCTTCCGCA TCTCCGAGGA GATGATTTTT 
AAAAATATAT TTCACTATAT AGAGGTGCTA TTTAATATGA TCCGCCCACA GAAATTGTTT 
TTTATGGCGA TTGACGGTGT CGCGCCTAGA GCAAAAATCA ATCAACAGAG GGGCCGACGT 
TTCAGAGCTG CTAAGGATGC CGAAGTGCAA GAAGCTAAAG CCAAGGCCAA GGGTATTCCA 
ATACCCAAAG AGAAGAGATT CGACTCGAAT TGCATAACCC CAGGAACACT TTTTATGGCA 
AAATTAGGCG AGCAGCTTAA ATGTTTTGTC GAACACAAGG TTTCTACAGA TGATGCTTGG 
AAAAAATGTA AAATATTGTT CAGTGGTTCT GAGGTCCCTG GAGAGGGAGA GCACAAGATT 
ATGGATTATA TAAGGTACAT GAAGGCAAGC AAGGATTACA ACAATGACTC TAGCCATTGT 
TTATATGGTT TGGATGCAGA TTTAATAATG TTAGGCTTGT GTTCACATGA ACCGAATTTC 
TCTCTTTTGA GAGAGGAAGT AAAATTTGGC AAGCAACAAG TGAAAATGAC CCCGGAGGAA 
ACAAAGTTCT GCCTTCTTCA TTTGTCACTT TTACGAGAAT ACATAGAACA TGAGTTCTCA 
CCGATCAAGG ATAAACTGTC ATTTTCGTTT GATATTGAGA AAATAATTGA CGACTGGGTT 
TTAATGGGTT TTTTAGTAGG AAATGATTTT ATTCCCCACC TGCCAAATTT ACATATTGCC 
AACGGTGCAT TACCAATTCT ATACCGTGCA TATATGGAGG TATTACCAAC ACTAGAGGGT 
TATATAAATG AAGCGGGAAC ATTAAATCTT GACCGTTTTG AAAAGTTTAT GGAGAGACTT 
AGCCGTTTAG ATGTAGAGCA GTTTAACGAG CAATATGCCG ATATAAAGTT TTTTGAAAGT 
AAGACAGGTA GAAGGCCCAA TGAATCTGAG CGTCATATAT ATAAGAAAAC AGAAGACAGT 
GAGAGTGCAT CTCCAAAAAA AACACAAAAT AAAGATTTAG ATGCGCTTAT CAAAAGTACT 
AGGGAGATGT CCTTAGGTAA TTTTGACGAT GATGATATCT TTATAGAGTA TAGAAATATG 
GATTTAATAG TAGATGATGA ATCGGATAGT GAAATATATA ACATGGAATT TGTACAACAT 
AAAAAAGATT ATTATATGAA CAAGTTAGAA TATGAAAACG TCGATGAAGA AGTTTTACGT 
TCACAGGCTG AAGGTTATGT GAGAGCGATA CAGTGGAATT TGCATTATTA TTATCACGGC 
TGTTGCAGCT GGTCGTGGTA TTATCCACAT CATTACGCCC CATACATCTC AGATATAAAA 
GACTTCAAAG ATTTGAAGTT AGAATTCGAC TTAGGAGAGC CATTCTTACC TTTTCAACAA 
TTGCTAGCTG TGTTACCAGC ATTTAGCAAA GATTTATTAC CAATGGCATT TCAGTCACTA 
CTGACAGAGG AAACTTCTCC AATTATTAAT TATTATCCAC ATAATTTTAA AACCGATTTA 
AATGGGAAAC GACAGGAATG GGAAGCAGTT GTACTGATCC CATTTATTGA TGAAAAACTA 
TTGTTGGCTG CTATGCAGCC ACACTTATCA AGATTAACAC TTGAAGAACA AGCAAGAAAT 
AAACATGGGC CGATGTGTTT GTACTCGTAT ACCGATGAAA GCCAAAGTGT TCACAAAACA 
ACAATATACT TTCCAGAATT TACCAATCAT GTTCAAGTAA AATTAATGAA TCGCGAAGAA 
ATTTTTGTTC CGAGAGAACA ATTAATTAGG GGATTATCCC CTGGTTTTGA TCTCGACATT 
TATTATCCAG GATTTCCTAC ACTACGGCAT TTGGACCATT CAGCGCATTT GGAAAAAGCG 
AGGGTCAAAG TATTTCAGCA ACATTCAGTC TTGGACAGTA TGATTCTAAC TCTAATATCA 
AAATCAATAC CCAATTTAAC GACTTTAGCA TCAGAGCTAT TAGGAAAGAG CATATATGTG 
GAATGGCCTC ATTTGAAAGA AGTCCTTGTA GTCGGTGTGT CTGACTGTAA CGTGAAACTC 
AGTTTAATCA ACCAATTAGG CAGTTACAGT CACGATAATC TGAAGAAAGA AGATGTGAAG 
GGCGCGTTAT CTGCAGAATG GAACACATTA TGCAAACAAA TTAAAGAATT ACATATGTCA 
CGTCTTGGAA TAGATATTGG CGATACAAAT GTGTTGCTTT ATGCTCGTGC ATTCCTGGGC 
AACAAATATG TTTTCGGTGT TCAAGGAAAA GTTACAGTTG AGAAACAGTG GAACGATTAC 
GCCGCAGCTT ATGCTTATCA GACTGTAGTT AAAGATATTT CCGTCTACAG TAAAAAATTG 
CCAATCTACG AAACTATGCA TGATATTTTT ATACCAGGAA CCTTTTGTTT CATGTTGGGA 
CATCCCTATT ATGGTGCAAT GGGACAGGTT ATACACAATA AAGAGGGTTG CAAGTCACGC 
AGAATCAAAA TTTCTATAAA AACTATGAAG GAGCCAACAT TCGATACTAT TAAACAAGCT 
TACGGGCAAC AAAAAACGCG ATATATGCCT GGCAGTGTTG CCGCACAACG TCTTGGAATA 
AATAGTCATC TTTTGAGTAG GGTCACTGGA ACAATTTATG TTATAGAATC ATCGACGATT 
GAAGTTACTA AACATAATCT TGGATTGAAT TTAAAATTCA ATAAAAGGAA TGAAGAGGTA 
CCTGGTTATA CCAAAAAGGA AAACAATCAA TGGTTATACA GCACAAAAGC GATCGAACTG 
ATTCGGAATT ACATGACGAA ATGTCCTAAT TTATTCGAAC GTTTAACTCA AAATGTAGCA 
AACGATATTT TCCAAGAGGA AGAGTTATTC ACAAAGGGCT CGGATGAATT GAAGGATACA 
GTTGCATGGT TGAAAACAGA ACTGAACGGT TTAGAAAGTC GCACTTGCGG AATGGATGTC 
ATCGAAGCAG ATTTGATCAA ACAAATCGAG GAGGGAGTAG AAGAATATTT GAAAGCTGAA 
GAGACTATGG CAAAAACGGT CTTTCTGCAA GTGAAGCCGC AATTACTTTA TAAGCCGGGT 
TTACACTTGC GTAGCGTGCC GCCCGATCCG AACTCCCAAA ATCGTTTATT CGATAGAATT 
CTCTGTGTAA GAAGCGGCTT TAGCGTACCG CTCGGAACTA AGGGCACTAT CATTGGAATA 
CGAAATGGAA GCAATCCAAT TGATACCATG TATGACGTTT TGTTCGATAA GCCTTTTATC 
GGCGGACTTA CATTAAACGG TTGCTCTCAG TTTCGCGGTT ATCGTTTGTC GACTATGGAT 
TTCATAAATA TTAGTTTCGG CGAAAGAACA GAGCAGGGAA ATGTAGTGAA TGAATTGACA 
GAAAGCCGGA AGCAAACGAT CAATTCTGTT TCTCCCAACA AGAAGAACGA ATTATCGAAG 
GCATATCCGC AAATGCAGCT TGCTAAGAAG GGACTCGAAA AATTAAATCG TGATATTTGT 
ATGCGTATGG CGCAACATGG CATGGAAGTG AATCCTAAAA CAGTACCTCA GAAAACATTA 
ACTCAGAACG CACCACCGCC TAATCAAACA TCTGAGTTTC AAGCATTGTG GAATGAATTG 
CACAAGATGC AGAAACCGAA TGAACCACCA GAGAAAGTGG CATGCAGTTC AACGCCGAGA 
ATCAAGTCGT ACAGCAACAA TCATAGCGCA CAATCGCCAC AAGATCCTAG TGCATTTTTA 
AAAGCTGTGC TAAAGATTCC TGACGTAAAT CCACAAACGA GCAAGCAAGA AAATACGCCT 
CAACAATCTA CGTCACAACA ATCTGTACCA CAACAATCTA TGCCGCAACA GTCTATATCG 
CAACCCGCAA CGATGCTTCA GAAAACAGTC TCGCAGAAGG ATCAGAATCC TCCACCTTTA 
GTACAACAGT TGTTCGATCG TGCCCGACAA ACAGAACAGA AAAAAGAGAA AGCAAATGCA 
GTCTGGTACA GCACGCAATT ATTGAAACAT TTCTCATATA ACGGAACTGG CGTGCCAAAA 
TATAATTATA TTGTCGACGA AAAAACAGGT TTGATCAGCG CTCATGTTAT GCTTATGGAC 
AATAAGATCT TTAAGGGCGA TCCTTGTACT ACTCATGAAC AAGCCACAGA AAGCGCCGCA 
AAAAAAGCTT ACAAGGCGTT AAATTTGAAT AAGGCATCAA TGCACGATAC GAAAGTAGCA 
ATAACGCCTC AGTGGTTTAA CACTCAACAA AACAATTGGA TCCAAAATAT CCGACCTCCT 
ATGATGCCTC CAATGGGCCA TCTGAAAATA CCGCCAGTTC CGCTGAATAT GCCACCTATG 
CAGCCTAACT TATTTTATCC AAAGTGGAAT CCAAAATTAC CACCGACTCC AGCGTTCATG 
CAACTCGCAT CGTATAGCCA AAGCAGGCAA TTGCAAATGA AACATCAGAT GCAACAGAAT 
CATCAACAAC AGAAAGGTCC TCAGAATGGA TCAAAGATGG AAATAAGAAA TAGCACCGCA 
TTTGTTCCGT TACAAGCTCA GAAAAAGAGT AGAAACGCCA GCGTACAACA AGCCTCGAAA 
GAGATGAATC CGAATGCTAA GAAGAGCTCC AGTCCTTCAA AAACGCAACA ACAACCACAA 
AAACAGAAAC AAGAAGAAAT GTTGCCCAAG AAACAGAAGC CAGAAGTTGT AAATAAGGCC 
AGGGAAAAGA TAGCGTCAAA CGAGCCGCAG CTACAAGCAA AACAACAACT GCAGCTGCAA 
CAACAACCAC AGCAACAGCC GCAACAAAAC ACAGGAAAAT CGTCCAAGCC CAGGAAATCA 
CGTGTCGCTG CAAAATTCGG CACACAACCC TTGTCGAACG GTGGTGAATC CCCTCAGTGA

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

RefSeq	XP_012057971.1
CDS	1..5040
Translation	MGVPKFFRYISERYPCLSEVVKEHQIPEFDYLYLDMNGIIHTCSHPNDDVCFRISEEMIFKNIFHYIEVLFNMIRPQKLFFMAIDGVAPRAKINQQRGRRFRAAKDAEVQEAKAKAKGIPIPKEKRFDSNCITPGTLFMAKLGEQLKCFVEHKVSTDDAWKKCKILFSGSEVPGEGEHKIMDYIRYMKASKDYNNDSSHCLYGLDADLIMLGLCSHEPNFSLLREEVKFGKQQVKMTPEETKFCLLHLSLLREYIEHEFSPIKDKLSFSFDIEKIIDDWVLMGFLVGNDFIPHLPNLHIANGALPILYRAYMEVLPTLEGYINEAGTLNLDRFEKFMERLSRLDVEQFNEQYADIKFFESKTGRRPNESERHIYKKTEDSESASPKKTQNKDLDALIKSTREMSLGNFDDDDIFIEYRNMDLIVDDESDSEIYNMEFVQHKKDYYMNKLEYENVDEEVLRSQAEGYVRAIQWNLHYYYHGCCSWSWYYPHHYAPYISDIKDFKDLKLEFDLGEPFLPFQQLLAVLPAFSKDLLPMAFQSLLTEETSPIINYYPHNFKTDLNGKRQEWEAVVLIPFIDEKLLLAAMQPHLSRLTLEEQARNKHGPMCLYSYTDESQSVHKTTIYFPEFTNHVQVKLMNREEIFVPREQLIRGLSPGFDLDIYYPGFPTLRHLDHSAHLEKARVKVFQQHSVLDSMILTLISKSIPNLTTLASELLGKSIYVEWPHLKEVLVVGVSDCNVKLSLINQLGSYSHDNLKKEDVKGALSAEWNTLCKQIKELHMSRLGIDIGDTNVLLYARAFLGNKYVFGVQGKVTVEKQWNDYAAAYAYQTVVKDISVYSKKLPIYETMHDIFIPGTFCFMLGHPYYGAMGQVIHNKEGCKSRRIKISIKTMKEPTFDTIKQAYGQQKTRYMPGSVAAQRLGINSHLLSRVTGTIYVIESSTIEVTKHNLGLNLKFNKRNEEVPGYTKKENNQWLYSTKAIELIRNYMTKCPNLFERLTQNVANDIFQEEELFTKGSDELKDTVAWLKTELNGLESRTCGMDVIEADLIKQIEEGVEEYLKAEETMAKTVFLQVKPQLLYKPGLHLRSVPPDPNSQNRLFDRILCVRSGFSVPLGTKGTIIGIRNGSNPIDTMYDVLFDKPFIGGLTLNGCSQFRGYRLSTMDFINISFGERTEQGNVVNELTESRKQTINSVSPNKKNELSKAYPQMQLAKKGLEKLNRDICMRMAQHGMEVNPKTVPQKTLTQNAPPPNQTSEFQALWNELHKMQKPNEPPEKVACSSTPRIKSYSNNHSAQSPQDPSAFLKAVLKIPDVNPQTSKQENTPQQSTSQQSVPQQSMPQQSISQPATMLQKTVSQKDQNPPPLVQQLFDRARQTEQKKEKANAVWYSTQLLKHFSYNGTGVPKYNYIVDEKTGLISAHVMLMDNKIFKGDPCTTHEQATESAAKKAYKALNLNKASMHDTKVAITPQWFNTQQNNWIQNIRPPMMPPMGHLKIPPVPLNMPPMQPNLFYPKWNPKLPPTPAFMQLASYSQSRQLQMKHQMQQNHQQQKGPQNGSKMEIRNSTAFVPLQAQKKSRNASVQQASKEMNPNAKKSSSPSKTQQQPQKQKQEEMLPKKQKPEVVNKAREKIASNEPQLQAKQQLQLQQQPQQQPQQNTGKSSKPRKSRVAAKFGTQPLSNGGESPQ

Target ORF information:

RefSeq Version	XM_012202581.1
Organism	Atta cephalotes
Definition	Atta cephalotes 5'-3' exoribonuclease 1 (LOC105621109), mRNA.

Target ORF information:

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

XM_012202581.1

ORF Insert Sequence:

ATGGGTGTGC CGAAATTCTT CAGATACATA AGCGAGAGAT ATCCCTGTCT CAGCGAGGTC 
GTGAAGGAAC ATCAGATACC AGAATTTGAT TATTTATATT TGGACATGAA TGGTATTATA 
CATACATGTT CCCATCCCAA TGACGATGTC TGCTTCCGCA TCTCCGAGGA GATGATTTTT 
AAAAATATAT TTCACTATAT AGAGGTGCTA TTTAATATGA TCCGCCCACA GAAATTGTTT 
TTTATGGCGA TTGACGGTGT CGCGCCTAGA GCAAAAATCA ATCAACAGAG GGGCCGACGT 
TTCAGAGCTG CTAAGGATGC CGAAGTGCAA GAAGCTAAAG CCAAGGCCAA GGGTATTCCA 
ATACCCAAAG AGAAGAGATT CGACTCGAAT TGCATAACCC CAGGAACACT TTTTATGGCA 
AAATTAGGCG AGCAGCTTAA ATGTTTTGTC GAACACAAGG TTTCTACAGA TGATGCTTGG 
AAAAAATGTA AAATATTGTT CAGTGGTTCT GAGGTCCCTG GAGAGGGAGA GCACAAGATT 
ATGGATTATA TAAGGTACAT GAAGGCAAGC AAGGATTACA ACAATGACTC TAGCCATTGT 
TTATATGGTT TGGATGCAGA TTTAATAATG TTAGGCTTGT GTTCACATGA ACCGAATTTC 
TCTCTTTTGA GAGAGGAAGT AAAATTTGGC AAGCAACAAG TGAAAATGAC CCCGGAGGAA 
ACAAAGTTCT GCCTTCTTCA TTTGTCACTT TTACGAGAAT ACATAGAACA TGAGTTCTCA 
CCGATCAAGG ATAAACTGTC ATTTTCGTTT GATATTGAGA AAATAATTGA CGACTGGGTT 
TTAATGGGTT TTTTAGTAGG AAATGATTTT ATTCCCCACC TGCCAAATTT ACATATTGCC 
AACGGTGCAT TACCAATTCT ATACCGTGCA TATATGGAGG TATTACCAAC ACTAGAGGGT 
TATATAAATG AAGCGGGAAC ATTAAATCTT GACCGTTTTG AAAAGTTTAT GGAGAGACTT 
AGCCGTTTAG ATGTAGAGCA GTTTAACGAG CAATATGCCG ATATAAAGTT TTTTGAAAGT 
AAGACAGGTA GAAGGCCCAA TGAATCTGAG CGTCATATAT ATAAGAAAAC AGAAGACAGT 
GAGAGTGCAT CTCCAAAAAA AACACAAAAT AAAGATTTAG ATGCGCTTAT CAAAAGTACT 
AGGGAGATGT CCTTAGGTAA TTTTGACGAT GATGATATCT TTATAGAGTA TAGAAATATG 
GATTTAATAG TAGATGATGA ATCGGATAGT GAAATATATA ACATGGAATT TGTACAACAT 
AAAAAAGATT ATTATATGAA CAAGTTAGAA TATGAAAACG TCGATGAAGA AGTTTTACGT 
TCACAGGCTG AAGGTTATGT GAGAGCGATA CAGTGGAATT TGCATTATTA TTATCACGGC 
TGTTGCAGCT GGTCGTGGTA TTATCCACAT CATTACGCCC CATACATCTC AGATATAAAA 
GACTTCAAAG ATTTGAAGTT AGAATTCGAC TTAGGAGAGC CATTCTTACC TTTTCAACAA 
TTGCTAGCTG TGTTACCAGC ATTTAGCAAA GATTTATTAC CAATGGCATT TCAGTCACTA 
CTGACAGAGG AAACTTCTCC AATTATTAAT TATTATCCAC ATAATTTTAA AACCGATTTA 
AATGGGAAAC GACAGGAATG GGAAGCAGTT GTACTGATCC CATTTATTGA TGAAAAACTA 
TTGTTGGCTG CTATGCAGCC ACACTTATCA AGATTAACAC TTGAAGAACA AGCAAGAAAT 
AAACATGGGC CGATGTGTTT GTACTCGTAT ACCGATGAAA GCCAAAGTGT TCACAAAACA 
ACAATATACT TTCCAGAATT TACCAATCAT GTTCAAGTAA AATTAATGAA TCGCGAAGAA 
ATTTTTGTTC CGAGAGAACA ATTAATTAGG GGATTATCCC CTGGTTTTGA TCTCGACATT 
TATTATCCAG GATTTCCTAC ACTACGGCAT TTGGACCATT CAGCGCATTT GGAAAAAGCG 
AGGGTCAAAG TATTTCAGCA ACATTCAGTC TTGGACAGTA TGATTCTAAC TCTAATATCA 
AAATCAATAC CCAATTTAAC GACTTTAGCA TCAGAGCTAT TAGGAAAGAG CATATATGTG 
GAATGGCCTC ATTTGAAAGA AGTCCTTGTA GTCGGTGTGT CTGACTGTAA CGTGAAACTC 
AGTTTAATCA ACCAATTAGG CAGTTACAGT CACGATAATC TGAAGAAAGA AGATGTGAAG 
GGCGCGTTAT CTGCAGAATG GAACACATTA TGCAAACAAA TTAAAGAATT ACATATGTCA 
CGTCTTGGAA TAGATATTGG CGATACAAAT GTGTTGCTTT ATGCTCGTGC ATTCCTGGGC 
AACAAATATG TTTTCGGTGT TCAAGGAAAA GTTACAGTTG AGAAACAGTG GAACGATTAC 
GCCGCAGCTT ATGCTTATCA GACTGTAGTT AAAGATATTT CCGTCTACAG TAAAAAATTG 
CCAATCTACG AAACTATGCA TGATATTTTT ATACCAGGAA CCTTTTGTTT CATGTTGGGA 
CATCCCTATT ATGGTGCAAT GGGACAGGTT ATACACAATA AAGAGGGTTG CAAGTCACGC 
AGAATCAAAA TTTCTATAAA AACTATGAAG GAGCCAACAT TCGATACTAT TAAACAAGCT 
TACGGGCAAC AAAAAACGCG ATATATGCCT GGCAGTGTTG CCGCACAACG TCTTGGAATA 
AATAGTCATC TTTTGAGTAG GGTCACTGGA ACAATTTATG TTATAGAATC ATCGACGATT 
GAAGTTACTA AACATAATCT TGGATTGAAT TTAAAATTCA ATAAAAGGAA TGAAGAGGTA 
CCTGGTTATA CCAAAAAGGA AAACAATCAA TGGTTATACA GCACAAAAGC GATCGAACTG 
ATTCGGAATT ACATGACGAA ATGTCCTAAT TTATTCGAAC GTTTAACTCA AAATGTAGCA 
AACGATATTT TCCAAGAGGA AGAGTTATTC ACAAAGGGCT CGGATGAATT GAAGGATACA 
GTTGCATGGT TGAAAACAGA ACTGAACGGT TTAGAAAGTC GCACTTGCGG AATGGATGTC 
ATCGAAGCAG ATTTGATCAA ACAAATCGAG GAGGGAGTAG AAGAATATTT GAAAGCTGAA 
GAGACTATGG CAAAAACGGT CTTTCTGCAA GTGAAGCCGC AATTACTTTA TAAGCCGGGT 
TTACACTTGC GTAGCGTGCC GCCCGATCCG AACTCCCAAA ATCGTTTATT CGATAGAATT 
CTCTGTGTAA GAAGCGGCTT TAGCGTACCG CTCGGAACTA AGGGCACTAT CATTGGAATA 
CGAAATGGAA GCAATCCAAT TGATACCATG TATGACGTTT TGTTCGATAA GCCTTTTATC 
GGCGGACTTA CATTAAACGG TTGCTCTCAG TTTCGCGGTT ATCGTTTGTC GACTATGGAT 
TTCATAAATA TTAGTTTCGG CGAAAGAACA GAGCAGGGAA ATGTAGTGAA TGAATTGACA 
GAAAGCCGGA AGCAAACGAT CAATTCTGTT TCTCCCAACA AGAAGAACGA ATTATCGAAG 
GCATATCCGC AAATGCAGCT TGCTAAGAAG GGACTCGAAA AATTAAATCG TGATATTTGT 
ATGCGTATGG CGCAACATGG CATGGAAGTG AATCCTAAAA CAGTACCTCA GAAAACATTA 
ACTCAGAACG CACCACCGCC TAATCAAACA TCTGAGTTTC AAGCATTGTG GAATGAATTG 
CACAAGATGC AGAAACCGAA TGAACCACCA GAGAAAGTGG CATGCAGTTC AACGCCGAGA 
ATCAAGTCGT ACAGCAACAA TCATAGCGCA CAATCGCCAC AAGATCCTAG TGCATTTTTA 
AAAGCTGTGC TAAAGATTCC TGACGTAAAT CCACAAACGA GCAAGCAAGA AAATACGCCT 
CAACAATCTA CGTCACAACA ATCTGTACCA CAACAATCTA TGCCGCAACA GTCTATATCG 
CAACCCGCAA CGATGCTTCA GAAAACAGTC TCGCAGAAGG ATCAGAATCC TCCACCTTTA 
GTACAACAGT TGTTCGATCG TGCCCGACAA ACAGAACAGA AAAAAGAGAA AGCAAATGCA 
GTCTGGTACA GCACGCAATT ATTGAAACAT TTCTCATATA ACGGAACTGG CGTGCCAAAA 
TATAATTATA TTGTCGACGA AAAAACAGGT TTGATCAGCG CTCATGTTAT GCTTATGGAC 
AATAAGATCT TTAAGGGCGA TCCTTGTACT ACTCATGAAC AAGCCACAGA AAGCGCCGCA 
AAAAAAGCTT ACAAGGCGTT AAATTTGAAT AAGGCATCAA TGCACGATAC GAAAGTAGCA 
ATAACGCCTC AGTGGTTTAA CACTCAACAA AACAATTGGA TCCAAAATAT CCGACCTCCT 
ATGATGCCTC CAATGGGCCA TCTGAAAATA CCGCCAGTTC CGCTGAATAT GCCACCTATG 
CAGCCTAACT TATTTTATCC AAAGTGGAAT CCAAAATTAC CACCGACTCC AGCGTTCATG 
CAACTCGCAT CGTATAGCCA AAGCAGGCAA TTGCAAATGA AACATCAGAT GCAACAGAAT 
CATCAACAAC AGAAAGGTCC TCAGAATGGA TCAAAGATGG AAATAAGAAA TAGCACCGCA 
TTTGTTCCGT TACAAGCTCA GAAAAAGAGT AGAAACGCCA GCGTACAACA AGCCTCGAAA 
GAGATGAATC CGAATGCTAA GAAGAGCTCC AGTCCTTCAA AAACGCAACA ACAACCACAA 
AAACAGAAAC AAGAAGAAAT GTTGCCCAAG AAACAGAAGC CAGAAGTTGT AAATAAGGCC 
AGGGAAAAGA TAGCGTCAAA CGAGCCGCAG CTACAAGCAA AACAACAACT GCAGCTGCAA 
CAACAACCAC AGCAACAGCC GCAACAAAAC ACAGGAAAAT CGTCCAAGCC CAGGAAATCA 
CGTGTCGCTG CAAAATTCGG CACACAACCC TTGTCGAACG GTGGTGAATC CCCTCAGTGA