LOC105836679 cDNA ORF clone, Monomorium pharaonis(pharaoh ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105836679
Entrez Gene ID	105836679
Full Name	plexin-A4
Gene Type	protein-coding
Organism	Monomorium pharaonis(pharaoh ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012680872.1	XP_012536326.1	plexin-A4

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Genes associated with ant social behavior show distinct transcriptional and evolutionary patterns.
Mikheyev AS, Linksvayer TA
eLife4e04775(2015 Jan)

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

The following LOC105836679 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105836679 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
OMo110917	XM_012680872.1 Latest version!	Monomorium pharaonis plexin-A4 (LOC105836679), 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)

LOC105836679 ( XM_012680872.1 ) cDNA ORF clone, Monomorium pharaonis(pharaoh ant) -> XP_012536326.1 Monomorium pharaonis plexin-A4 (LOC105836679), mRNA.

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CloneID	OMo110917
Clone ID Related Accession (Same CDS sequence)	XM_012680872.1
Accession Version	XM_012680872.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5802bp) 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	2019-02-24
Organism	Monomorium pharaonis(pharaoh ant)
Product	plexin-A4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_021023680.1) and transcript sequence (LA826658.1) 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 :: Monomorium pharaonis Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 1417 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGTTGTCAG TCTTCCCGGC AACGACGACG GGGACGATGA GGGTGGTGAC GCGGTCGTGG 
TCGCGTCGAC GATGTTGGTA TCGCCCGCCG CTGCCACTGA TTCTAATCAT CACGCTAACG 
TTATCGTTGC CGACGGCGTT ATCGTTGCCG GCCGATATAG TGCAGAAATT TCACGACCCG 
GAGGTAGAAC GCATGAATCA TCTGGTAGTG GACAAGAACA CCGGCCGGGT GTACGTAGGT 
GCGGTTAATC GTCTCTATCA GCTGTCGCCG GACCTGCTGC TCGTCGTAAA GGAGGTCACT 
GGACCGAAGG GCGACTCCAC GGCGTGCTCG ATGCTCGACT GCCCCCGTGA GGCGCAAAAG 
CGGCCGGTCG ACAACGTGAA CAAGGCCCTG GTGATCGATT ACACGACCAC GCGGCTCATC 
TCTTGCGGCA GTCTGTTCCA GGGTATGTGC ACGGTGCGCA ATCTGCACAA CATATCGGAC 
GTAGTGCAGG AAGTGAAGGA GGCGGTGGTG GCAAACAACG CCACCGCCTC GACGGTTGCG 
TTTATCGCGC CCGGCCCACC AAATCCGCCG GTTTCCCAGG TCATGTACGT CGGCGTGACC 
TTTACCGGCA ATTCACCCTA CCGTTCGGAA GTGCCGGCGG TGAGCTCGCG TTCCCTCGAC 
AAGGACAAGA TGCTGAACAT CGCGGAAGCG GCAGTCACGA CCGGTACGCG GATGTACGTT 
AATTCTCTTT CGCGCGAACG TTATCCGATC AACTATATCT ACGGCTTTAG CAGCGGCGGC 
TTCAGTTACT TCCTCACCAC GCAAATGAAG AATACGGAGA CGCCGATCTA TCTTTCGAAA 
TTGATTCGCG TGTGCCAGGA CGACGAGCAT TATTATTCGT ATACGGAGAT ACCGATTAAT 
TGTACCAGCA ACGAGCGTAT CTACAACCTG GTGCAAGCCG CCTACGTCGG CAAGGCCGGC 
TCGGTTCTCG CCGGCGACCT GGGCATCACC GCTCAGGACG ACGTGCTGTT CGCCGTGTTT 
GCCGAGAGCG ACGGACCCAA CAGTGATGTG CCGCGACCGC ACTCGGCACT GTGCGTGTAC 
TCACTCAAGG CGATTCGCCG CAAGTTCATG AGCAACATAC AGAGGTGCTT CAGCGGCGAA 
GGACAGCGGG GCCTGGAGTT CATCTCGCCG AGCCACAAAT GCATATCAAC GAAACTGCAA 
ACAATCGGCG AAGACTTCTG CGGCCTCGAC GTGAACACAC CTTTAGGCGG CGAAGAGCCG 
ATGGGTGCGA CTGCAGTTTT GACTTTCGAA ACTCACTTGA CGGCAGTTGC GGCCACTTCA 
ACCGGTGATT ACACCGTGGT CTTCGTCGGC ACCAACAAGG GACACCTTAA GAAGGTGGTA 
GTGGAGAGCT CGACGCTAGC ATTAGAGTAC GGTGATCTCG AGATCGATTC TGGATCTCCG 
GTGAACCCGG ATCTGCTGTT CGATTCGCAG CTGATGCACC TTTATGTCCT GACGGAGAAG 
AAGGTCTCAA AGGTCAAGGT ACAGGAGTGC TCGGTCTACA AGACCTGTTG GGATTGCCTA 
GGCGCCAAGG ACCCATACTG TGGCTGGTGT TCGTTGGAAA ACAAGTGCAA TCTCCGCAGC 
GATTGCCAGG ACGCGGCCAA AGATCCACTG TATTGGATCT CCTACAAGAG CGGTAGATGC 
ACGACGATTA CAACTGTCAC GCCAGATCAA CTGCAACGTA CCACCGCCAG GACTCTCGAG 
CTCGTCATCG AGAATCTGCC GACACTGTCC GGGCAATTCC TGTGCGCGTT CTCCGCTCTC 
GACAAAACCT TGATCACGAA CGCTTCCCGG AAGTCCTACG GTGTGAATTG CACCACACCG 
AGAACCGATT TACTGCCATC GATACCGCCG GGCCGGCATC ATTTCACGGC CAAGCTGTCT 
GTTCGGATGA CAAACGGGCC CGATTTGGTG GCGACAAATT TCACTTTCTT TGATTGTAAC 
ACATACAGCT CATGCACGCA ATGTGTGTCG TCGAGCTTCC CGTGCGACTG GTGCGTTGAT 
GGTCATCGCT GCACACACGA TACAGCGGAG AACTGTCGGA ACGACATTCT TGTCACGGGA 
GTCAGCAGAA TGGGACCAAG TTATAGGAGT GGGCCAGGTT TTTGTCCCAC TATAAATGCT 
ACTGAATCTC AAGAGATCCT CGTGTCTTCC GGTATCAAAA AGGCAATTCG AGTTAAAGTG 
CATATCATTG GGCAATTTAT TATACAAACA CGGTTCGTGT GCCAATTCAA CATCGAAGGT 
CGCGTAACAA GCGTAAACGC GCGTCTGTTG GCCGACACGA TTTACTGCGA AGAGACAGAG 
TTCTCTTACA CCTCTCGTGC ACCGAACATC ACGGTACCTT TCGCAGTGAT CTGGGGCGGT 
TCTAAACCTT TGGATAATCC GGACAATATA CACCTTGTGA TATACCGTTG CCGTGACATG 
GCGGACAACT GTGGCATGTG CCTGGCTTTG CCAACGAAGT ATGGATGTGG CTGGTGCCAG 
AGCTCGGACA GATGCGAGGT GAAAGATCAG TGCGACCGCG GCTCAGGCAT GTGGCTGAAC 
AGCAACCAGA CCTGCCCAAA TCCGGAGATA AAATCGTTTG AGCCGGTAAT GGGCCCTTGG 
GAAGGCAATA CAAACGTGAC AATTCGCGGC ATCAATCTTG GCAAGACATT CAAGGACATA 
GTCGGTGGTG TTACCGTGGC CGGTATGCGA TGCCTACCTT ATGAAGAACT TTACATTCGA 
ACAAAGCAAA TCGTTTGTCG AGTCGATGGA CCTGGTACGC AGGAAGGCAG AAGCGGACCC 
GTCATTGTCA AGATCGAAGA TTTCCGCGGC GAATCAGACT ACAATTTTGA ATTTGTAGAT 
CCACAGATCA TCTCTATATC ACCTAAGTAT GGACCTTTGA GCGGCGGTAC TACTATCAAG 
ATCACCGGTA ATTATATGAA CGCCGGTAGT ACTATTCATG CTGATATCGA CGAGTTACCT 
TGCTCCATAA TAAGCGCCGA ACCCAACGAG GCTCTTTGCA TGACGAGTCC AAGTGATCGA 
AAGCGGAGCG GCATGCTAAA GATGTCCTTT GATGGTGGCA AGCGTTTGTA TGATGGCTTC 
TTTGAATATG TCGATGATCC GACAATTGAG AGCGTGGAAA GCGGCGTGGC CGGTCAAATG 
AAGGTTCCAA AAGGAATTCC GGCAGGTGGA ATAAAAATCT CAGTAACTGG TAAAAACCTT 
GGTTACATAC AAAGTCCACA AATGTACGTC TACTATGATG AGAAAATGTT CGTATCACAG 
TGCGAGGTAC ACAGTCAAGA AAGCATGGTG TGCAAATCGC CAACTATCGA AGTGCCAGAA 
CACGTGGTAC TGGATGCCGA ACGTCCGCTC TCTCTTGAAT ATGGTTTCCG CATGGACAAT 
GTTACCGGTG TGCAAAATCT CTCGCAGCAC GGATTTAATC ACTTTCTTCT GTATCCAAAT 
CCGATTTACG AGGTCTTTGA TGAAGAAGTC AAATATTACA AAAGTGACTA TTTGACGATC 
AATGGTCAAC ACCTTGATCG TGCCTGTCAA GAATCCGATG TGGTTGTTCA AATCGGTAAC 
GCCTTCTGCA ATGTCACATC CTTATCGCGA CAACAACTCA CCTGTCGGCC ACCTTTGACG 
CAACCACCGG CTATTGATGC CCTCGGTATG CCTAATAAAC AAGAACTGCC AGAGGTGGTG 
CTGATAGTAG GTGGTACGCT TCGTTACAAC ATTGGCAAGC TTAGCTACGC ACTGCCAGCC 
GGACTGAACG GGCCGTTGTC GAAACCTGCG CTCATCGGCA TAATCGCCGC CATCATGATC 
TTAGTATTCG TATTCATAGC GTTCCTTATC GCCTATCGCA GAAAGTCTAC GGAGAGCAAT 
CGCGTGTTGA AAAATATGCA GGAACAGATG GATATTCTCG AGCTACGAGT CGCTGCCGAA 
TGTAAGGAGG CCTTTGCCGA ATTACAGACA GAAATGACTG ATCTCACAGG AGATCTTACC 
AGTGGTGGGA TACCCTTCCT CGATTATCGC ACTTATGCAA TGATGATATT ATTCCCCAGC 
GATGACAATA GTCCAGTACT GCAGTGGGAT AGGCCAGAAC TTGTACGAAA GGAGAAAGGA 
TTGCGATTAT TCGGTCAATT GATAATGAAT AAAACTTTCC TATTGTTATT CGTACGAACG 
CTCGAGAGCA ATCGTTATTT CTCAATGAGA GATCGAGTTA ATGTTGCCAG TCTGATTATG 
GTTACGCTAC AGAGCAAAAT GGAATATTGC ACGGACATCC TGAAAACGTT GCTGGCGGAT 
CTTATCGAGA AATGCACGGA AGGCAAGAGT CATCCGAAGT TATTCCTAAG ACGAACTGAG 
AGCGTCGCTG AGAAAATGCT TTCTGCTTGG TTCACATTTC TCTTGTACAA ATTCATGAGA 
GAATGCGCCG GCGAACCATT GTATGTATTG TTCCGCGCGG TAAAACAGCA AGTCGATAAG 
GGTCCTGTCG ATGCGATTAC GTCGGAAGCA CGATATTCCT TGTCCGAAGA AAAATTGATC 
CGACAATCTA TCGACTTTAA GCCAATGACG GTTTATGTTT CGATATCCCA ACAAACTGTG 
TTTGTCAGCG GAATGGATCC TAACACGGAG AATGTGCCAG TCAAAGTCCT TGACTGCGAC 
ACAATATCTC AAGTAAAGGA GAAAGCGTTG GATACAATCT ATCGAGCAAC TCCGTACAGT 
CAAAGACCCC GAAAGGAGGA TCTTGATCTC GAATGGCGGA CTGGTGCGTC CGGCAGATTA 
ATTCTCTACG ACGAAGACTC GACAACGAAG ACGGAGGGCG AGTGGAAAAA GAGAAACACT 
TTAAATCATT ACAGGGTACC AGACGGAGCG TCGCTCAATT TAGTTTCTAA ACAATCGTCT 
ATATATAATC TCTCGATTCT ATCGGAGAAG ACGGACAAAT CGCACAAATA TGAAACCTTG 
AATCTTAGTA AATTCAGTTC TGCGAGTCCT CCGCTTTCTC GCGCTACTTC ACCACTTAAT 
CAGAATATCG AAGCTGGTAT GAAGATTTGG CATCTTGTTA AACACCACGA TTCCGATGCG 
CGAAAGGAGG GAGATCGCGG TAATAAGATG GTCTCGGAGA TCTATTTGAC GAGGTTACTC 
GCGACAAAAG GTACACTCCA GAAGTTTGTC GACGATCTGT TCGAGACAAT ATTCAGTACT 
GCCCATCGAG GCTCGGCGCT ACCTCTCGCT ATCAAGTACA TGTTCGATTT CATGGATGAC 
CAAGCTCTAC AACACGGCAT ATCCGATCCG GAAGTGGTCC ACACGTGGAA GAGCAATTCC 
CTTCCTCTTA GGTTTTGGGT TAATCTCATA AAAAATCCGA ATTTTATTTT CGATATACAC 
AAGTCCAACA TCGTGGACTC GTGTCTATCC GTCGTGGCGC AGACGTTCAT GGACAGCTGC 
TCGACGTCGG ATCATAGATT AGGTAAGGAC TCTCCGAGTT CGAAATTATT ATATGCGAAG 
GACATTCCAG TGTACAAAGA ATGGGTAGAG CGTTATTACT CAGATATTAA AGTCATGCCA 
GCCATATCCG ATCAAGACAT GAATGCCATG CTTGCCGAAG AGTCGAGGTT GCACACAACG 
GAATTTAACA CGAATTGTGC TTTATACGAA CTGTATACAT ACGCGGGTAA ATACAACGAA 
CAACTAATAG TCACGCTCGA GGAGGACGAA TTCTCGCAGA AACAGAGACT GGCGTACAAG 
CTCGAGCAAG TGCACAATAT AATGGCGGCG GACAATCCCT GA

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

RefSeq	XP_012536326.1
CDS	44..5845
Translation	MLSVFPATTTGTMRVVTRSWSRRRCWYRPPLPLILIITLTLSLPTALSLPADIVQKFHDPEVERMNHLVVDKNTGRVYVGAVNRLYQLSPDLLLVVKEVTGPKGDSTACSMLDCPREAQKRPVDNVNKALVIDYTTTRLISCGSLFQGMCTVRNLHNISDVVQEVKEAVVANNATASTVAFIAPGPPNPPVSQVMYVGVTFTGNSPYRSEVPAVSSRSLDKDKMLNIAEAAVTTGTRMYVNSLSRERYPINYIYGFSSGGFSYFLTTQMKNTETPIYLSKLIRVCQDDEHYYSYTEIPINCTSNERIYNLVQAAYVGKAGSVLAGDLGITAQDDVLFAVFAESDGPNSDVPRPHSALCVYSLKAIRRKFMSNIQRCFSGEGQRGLEFISPSHKCISTKLQTIGEDFCGLDVNTPLGGEEPMGATAVLTFETHLTAVAATSTGDYTVVFVGTNKGHLKKVVVESSTLALEYGDLEIDSGSPVNPDLLFDSQLMHLYVLTEKKVSKVKVQECSVYKTCWDCLGAKDPYCGWCSLENKCNLRSDCQDAAKDPLYWISYKSGRCTTITTVTPDQLQRTTARTLELVIENLPTLSGQFLCAFSALDKTLITNASRKSYGVNCTTPRTDLLPSIPPGRHHFTAKLSVRMTNGPDLVATNFTFFDCNTYSSCTQCVSSSFPCDWCVDGHRCTHDTAENCRNDILVTGVSRMGPSYRSGPGFCPTINATESQEILVSSGIKKAIRVKVHIIGQFIIQTRFVCQFNIEGRVTSVNARLLADTIYCEETEFSYTSRAPNITVPFAVIWGGSKPLDNPDNIHLVIYRCRDMADNCGMCLALPTKYGCGWCQSSDRCEVKDQCDRGSGMWLNSNQTCPNPEIKSFEPVMGPWEGNTNVTIRGINLGKTFKDIVGGVTVAGMRCLPYEELYIRTKQIVCRVDGPGTQEGRSGPVIVKIEDFRGESDYNFEFVDPQIISISPKYGPLSGGTTIKITGNYMNAGSTIHADIDELPCSIISAEPNEALCMTSPSDRKRSGMLKMSFDGGKRLYDGFFEYVDDPTIESVESGVAGQMKVPKGIPAGGIKISVTGKNLGYIQSPQMYVYYDEKMFVSQCEVHSQESMVCKSPTIEVPEHVVLDAERPLSLEYGFRMDNVTGVQNLSQHGFNHFLLYPNPIYEVFDEEVKYYKSDYLTINGQHLDRACQESDVVVQIGNAFCNVTSLSRQQLTCRPPLTQPPAIDALGMPNKQELPEVVLIVGGTLRYNIGKLSYALPAGLNGPLSKPALIGIIAAIMILVFVFIAFLIAYRRKSTESNRVLKNMQEQMDILELRVAAECKEAFAELQTEMTDLTGDLTSGGIPFLDYRTYAMMILFPSDDNSPVLQWDRPELVRKEKGLRLFGQLIMNKTFLLLFVRTLESNRYFSMRDRVNVASLIMVTLQSKMEYCTDILKTLLADLIEKCTEGKSHPKLFLRRTESVAEKMLSAWFTFLLYKFMRECAGEPLYVLFRAVKQQVDKGPVDAITSEARYSLSEEKLIRQSIDFKPMTVYVSISQQTVFVSGMDPNTENVPVKVLDCDTISQVKEKALDTIYRATPYSQRPRKEDLDLEWRTGASGRLILYDEDSTTKTEGEWKKRNTLNHYRVPDGASLNLVSKQSSIYNLSILSEKTDKSHKYETLNLSKFSSASPPLSRATSPLNQNIEAGMKIWHLVKHHDSDARKEGDRGNKMVSEIYLTRLLATKGTLQKFVDDLFETIFSTAHRGSALPLAIKYMFDFMDDQALQHGISDPEVVHTWKSNSLPLRFWVNLIKNPNFIFDIHKSNIVDSCLSVVAQTFMDSCSTSDHRLGKDSPSSKLLYAKDIPVYKEWVERYYSDIKVMPAISDQDMNAMLAEESRLHTTEFNTNCALYELYTYAGKYNEQLIVTLEEDEFSQKQRLAYKLEQVHNIMAADNP

Target ORF information:

RefSeq Version	XM_012680872.1
Organism	Monomorium pharaonis(pharaoh ant)
Definition	Monomorium pharaonis plexin-A4 (LOC105836679), mRNA.

Target ORF information:

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

XM_012680872.1

ORF Insert Sequence:

ATGTTGTCAG TCTTCCCGGC AACGACGACG GGGACGATGA GGGTGGTGAC GCGGTCGTGG 
TCGCGTCGAC GATGTTGGTA TCGCCCGCCG CTGCCACTGA TTCTAATCAT CACGCTAACG 
TTATCGTTGC CGACGGCGTT ATCGTTGCCG GCCGATATAG TGCAGAAATT TCACGACCCG 
GAGGTAGAAC GCATGAATCA TCTGGTAGTG GACAAGAACA CCGGCCGGGT GTACGTAGGT 
GCGGTTAATC GTCTCTATCA GCTGTCGCCG GACCTGCTGC TCGTCGTAAA GGAGGTCACT 
GGACCGAAGG GCGACTCCAC GGCGTGCTCG ATGCTCGACT GCCCCCGTGA GGCGCAAAAG 
CGGCCGGTCG ACAACGTGAA CAAGGCCCTG GTGATCGATT ACACGACCAC GCGGCTCATC 
TCTTGCGGCA GTCTGTTCCA GGGTATGTGC ACGGTGCGCA ATCTGCACAA CATATCGGAC 
GTAGTGCAGG AAGTGAAGGA GGCGGTGGTG GCAAACAACG CCACCGCCTC GACGGTTGCG 
TTTATCGCGC CCGGCCCACC AAATCCGCCG GTTTCCCAGG TCATGTACGT CGGCGTGACC 
TTTACCGGCA ATTCACCCTA CCGTTCGGAA GTGCCGGCGG TGAGCTCGCG TTCCCTCGAC 
AAGGACAAGA TGCTGAACAT CGCGGAAGCG GCAGTCACGA CCGGTACGCG GATGTACGTT 
AATTCTCTTT CGCGCGAACG TTATCCGATC AACTATATCT ACGGCTTTAG CAGCGGCGGC 
TTCAGTTACT TCCTCACCAC GCAAATGAAG AATACGGAGA CGCCGATCTA TCTTTCGAAA 
TTGATTCGCG TGTGCCAGGA CGACGAGCAT TATTATTCGT ATACGGAGAT ACCGATTAAT 
TGTACCAGCA ACGAGCGTAT CTACAACCTG GTGCAAGCCG CCTACGTCGG CAAGGCCGGC 
TCGGTTCTCG CCGGCGACCT GGGCATCACC GCTCAGGACG ACGTGCTGTT CGCCGTGTTT 
GCCGAGAGCG ACGGACCCAA CAGTGATGTG CCGCGACCGC ACTCGGCACT GTGCGTGTAC 
TCACTCAAGG CGATTCGCCG CAAGTTCATG AGCAACATAC AGAGGTGCTT CAGCGGCGAA 
GGACAGCGGG GCCTGGAGTT CATCTCGCCG AGCCACAAAT GCATATCAAC GAAACTGCAA 
ACAATCGGCG AAGACTTCTG CGGCCTCGAC GTGAACACAC CTTTAGGCGG CGAAGAGCCG 
ATGGGTGCGA CTGCAGTTTT GACTTTCGAA ACTCACTTGA CGGCAGTTGC GGCCACTTCA 
ACCGGTGATT ACACCGTGGT CTTCGTCGGC ACCAACAAGG GACACCTTAA GAAGGTGGTA 
GTGGAGAGCT CGACGCTAGC ATTAGAGTAC GGTGATCTCG AGATCGATTC TGGATCTCCG 
GTGAACCCGG ATCTGCTGTT CGATTCGCAG CTGATGCACC TTTATGTCCT GACGGAGAAG 
AAGGTCTCAA AGGTCAAGGT ACAGGAGTGC TCGGTCTACA AGACCTGTTG GGATTGCCTA 
GGCGCCAAGG ACCCATACTG TGGCTGGTGT TCGTTGGAAA ACAAGTGCAA TCTCCGCAGC 
GATTGCCAGG ACGCGGCCAA AGATCCACTG TATTGGATCT CCTACAAGAG CGGTAGATGC 
ACGACGATTA CAACTGTCAC GCCAGATCAA CTGCAACGTA CCACCGCCAG GACTCTCGAG 
CTCGTCATCG AGAATCTGCC GACACTGTCC GGGCAATTCC TGTGCGCGTT CTCCGCTCTC 
GACAAAACCT TGATCACGAA CGCTTCCCGG AAGTCCTACG GTGTGAATTG CACCACACCG 
AGAACCGATT TACTGCCATC GATACCGCCG GGCCGGCATC ATTTCACGGC CAAGCTGTCT 
GTTCGGATGA CAAACGGGCC CGATTTGGTG GCGACAAATT TCACTTTCTT TGATTGTAAC 
ACATACAGCT CATGCACGCA ATGTGTGTCG TCGAGCTTCC CGTGCGACTG GTGCGTTGAT 
GGTCATCGCT GCACACACGA TACAGCGGAG AACTGTCGGA ACGACATTCT TGTCACGGGA 
GTCAGCAGAA TGGGACCAAG TTATAGGAGT GGGCCAGGTT TTTGTCCCAC TATAAATGCT 
ACTGAATCTC AAGAGATCCT CGTGTCTTCC GGTATCAAAA AGGCAATTCG AGTTAAAGTG 
CATATCATTG GGCAATTTAT TATACAAACA CGGTTCGTGT GCCAATTCAA CATCGAAGGT 
CGCGTAACAA GCGTAAACGC GCGTCTGTTG GCCGACACGA TTTACTGCGA AGAGACAGAG 
TTCTCTTACA CCTCTCGTGC ACCGAACATC ACGGTACCTT TCGCAGTGAT CTGGGGCGGT 
TCTAAACCTT TGGATAATCC GGACAATATA CACCTTGTGA TATACCGTTG CCGTGACATG 
GCGGACAACT GTGGCATGTG CCTGGCTTTG CCAACGAAGT ATGGATGTGG CTGGTGCCAG 
AGCTCGGACA GATGCGAGGT GAAAGATCAG TGCGACCGCG GCTCAGGCAT GTGGCTGAAC 
AGCAACCAGA CCTGCCCAAA TCCGGAGATA AAATCGTTTG AGCCGGTAAT GGGCCCTTGG 
GAAGGCAATA CAAACGTGAC AATTCGCGGC ATCAATCTTG GCAAGACATT CAAGGACATA 
GTCGGTGGTG TTACCGTGGC CGGTATGCGA TGCCTACCTT ATGAAGAACT TTACATTCGA 
ACAAAGCAAA TCGTTTGTCG AGTCGATGGA CCTGGTACGC AGGAAGGCAG AAGCGGACCC 
GTCATTGTCA AGATCGAAGA TTTCCGCGGC GAATCAGACT ACAATTTTGA ATTTGTAGAT 
CCACAGATCA TCTCTATATC ACCTAAGTAT GGACCTTTGA GCGGCGGTAC TACTATCAAG 
ATCACCGGTA ATTATATGAA CGCCGGTAGT ACTATTCATG CTGATATCGA CGAGTTACCT 
TGCTCCATAA TAAGCGCCGA ACCCAACGAG GCTCTTTGCA TGACGAGTCC AAGTGATCGA 
AAGCGGAGCG GCATGCTAAA GATGTCCTTT GATGGTGGCA AGCGTTTGTA TGATGGCTTC 
TTTGAATATG TCGATGATCC GACAATTGAG AGCGTGGAAA GCGGCGTGGC CGGTCAAATG 
AAGGTTCCAA AAGGAATTCC GGCAGGTGGA ATAAAAATCT CAGTAACTGG TAAAAACCTT 
GGTTACATAC AAAGTCCACA AATGTACGTC TACTATGATG AGAAAATGTT CGTATCACAG 
TGCGAGGTAC ACAGTCAAGA AAGCATGGTG TGCAAATCGC CAACTATCGA AGTGCCAGAA 
CACGTGGTAC TGGATGCCGA ACGTCCGCTC TCTCTTGAAT ATGGTTTCCG CATGGACAAT 
GTTACCGGTG TGCAAAATCT CTCGCAGCAC GGATTTAATC ACTTTCTTCT GTATCCAAAT 
CCGATTTACG AGGTCTTTGA TGAAGAAGTC AAATATTACA AAAGTGACTA TTTGACGATC 
AATGGTCAAC ACCTTGATCG TGCCTGTCAA GAATCCGATG TGGTTGTTCA AATCGGTAAC 
GCCTTCTGCA ATGTCACATC CTTATCGCGA CAACAACTCA CCTGTCGGCC ACCTTTGACG 
CAACCACCGG CTATTGATGC CCTCGGTATG CCTAATAAAC AAGAACTGCC AGAGGTGGTG 
CTGATAGTAG GTGGTACGCT TCGTTACAAC ATTGGCAAGC TTAGCTACGC ACTGCCAGCC 
GGACTGAACG GGCCGTTGTC GAAACCTGCG CTCATCGGCA TAATCGCCGC CATCATGATC 
TTAGTATTCG TATTCATAGC GTTCCTTATC GCCTATCGCA GAAAGTCTAC GGAGAGCAAT 
CGCGTGTTGA AAAATATGCA GGAACAGATG GATATTCTCG AGCTACGAGT CGCTGCCGAA 
TGTAAGGAGG CCTTTGCCGA ATTACAGACA GAAATGACTG ATCTCACAGG AGATCTTACC 
AGTGGTGGGA TACCCTTCCT CGATTATCGC ACTTATGCAA TGATGATATT ATTCCCCAGC 
GATGACAATA GTCCAGTACT GCAGTGGGAT AGGCCAGAAC TTGTACGAAA GGAGAAAGGA 
TTGCGATTAT TCGGTCAATT GATAATGAAT AAAACTTTCC TATTGTTATT CGTACGAACG 
CTCGAGAGCA ATCGTTATTT CTCAATGAGA GATCGAGTTA ATGTTGCCAG TCTGATTATG 
GTTACGCTAC AGAGCAAAAT GGAATATTGC ACGGACATCC TGAAAACGTT GCTGGCGGAT 
CTTATCGAGA AATGCACGGA AGGCAAGAGT CATCCGAAGT TATTCCTAAG ACGAACTGAG 
AGCGTCGCTG AGAAAATGCT TTCTGCTTGG TTCACATTTC TCTTGTACAA ATTCATGAGA 
GAATGCGCCG GCGAACCATT GTATGTATTG TTCCGCGCGG TAAAACAGCA AGTCGATAAG 
GGTCCTGTCG ATGCGATTAC GTCGGAAGCA CGATATTCCT TGTCCGAAGA AAAATTGATC 
CGACAATCTA TCGACTTTAA GCCAATGACG GTTTATGTTT CGATATCCCA ACAAACTGTG 
TTTGTCAGCG GAATGGATCC TAACACGGAG AATGTGCCAG TCAAAGTCCT TGACTGCGAC 
ACAATATCTC AAGTAAAGGA GAAAGCGTTG GATACAATCT ATCGAGCAAC TCCGTACAGT 
CAAAGACCCC GAAAGGAGGA TCTTGATCTC GAATGGCGGA CTGGTGCGTC CGGCAGATTA 
ATTCTCTACG ACGAAGACTC GACAACGAAG ACGGAGGGCG AGTGGAAAAA GAGAAACACT 
TTAAATCATT ACAGGGTACC AGACGGAGCG TCGCTCAATT TAGTTTCTAA ACAATCGTCT 
ATATATAATC TCTCGATTCT ATCGGAGAAG ACGGACAAAT CGCACAAATA TGAAACCTTG 
AATCTTAGTA AATTCAGTTC TGCGAGTCCT CCGCTTTCTC GCGCTACTTC ACCACTTAAT 
CAGAATATCG AAGCTGGTAT GAAGATTTGG CATCTTGTTA AACACCACGA TTCCGATGCG 
CGAAAGGAGG GAGATCGCGG TAATAAGATG GTCTCGGAGA TCTATTTGAC GAGGTTACTC 
GCGACAAAAG GTACACTCCA GAAGTTTGTC GACGATCTGT TCGAGACAAT ATTCAGTACT 
GCCCATCGAG GCTCGGCGCT ACCTCTCGCT ATCAAGTACA TGTTCGATTT CATGGATGAC 
CAAGCTCTAC AACACGGCAT ATCCGATCCG GAAGTGGTCC ACACGTGGAA GAGCAATTCC 
CTTCCTCTTA GGTTTTGGGT TAATCTCATA AAAAATCCGA ATTTTATTTT CGATATACAC 
AAGTCCAACA TCGTGGACTC GTGTCTATCC GTCGTGGCGC AGACGTTCAT GGACAGCTGC 
TCGACGTCGG ATCATAGATT AGGTAAGGAC TCTCCGAGTT CGAAATTATT ATATGCGAAG 
GACATTCCAG TGTACAAAGA ATGGGTAGAG CGTTATTACT CAGATATTAA AGTCATGCCA 
GCCATATCCG ATCAAGACAT GAATGCCATG CTTGCCGAAG AGTCGAGGTT GCACACAACG 
GAATTTAACA CGAATTGTGC TTTATACGAA CTGTATACAT ACGCGGGTAA ATACAACGAA 
CAACTAATAG TCACGCTCGA GGAGGACGAA TTCTCGCAGA AACAGAGACT GGCGTACAAG 
CTCGAGCAAG TGCACAATAT AATGGCGGCG GACAATCCCT GA