LOC101857781 cDNA ORF clone, Aplysia californica(California sea hare)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101857781
Entrez Gene ID	101857781
Full Name	guanylate cyclase 32E-like
Gene Type	protein-coding
Organism	Aplysia californica(California sea hare)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005095535.2	XP_005095592.2	guanylate cyclase 32E-like

Pathways from BioSystems
Gene Ontology

The following LOC101857781 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101857781 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
OAp148337	XM_005095535.2 Latest version!	Aplysia californica guanylate cyclase 32E-like (LOC101857781), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC101857781 ( XM_005095535.2 ) cDNA ORF clone, Aplysia californica(California sea hare) -> XP_005095592.2 Aplysia californica guanylate cyclase 32E-like (LOC101857781), mRNA.

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CloneID	OAp148337
Clone ID Related Accession (Same CDS sequence)	XM_005095535.2
Accession Version	XM_005095535.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4329bp) 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	2015-07-06
Organism	Aplysia californica(California sea hare)
Product	guanylate cyclase 32E-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004797376.1) and transcript sequence (GBAV01016222.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 7, 2015 this sequence version replaced XM_005095535.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aplysia californica Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 373 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGGCATGT TACGCCTTGG CAGGACAAAG CAAGTGTATT CGGCAAATAT GTTTTCTTTA 
GCTTCGACGT TTTGGAGGAA ACATATCAGA GACATGAAAG TACACTGTCG TACTTTCTGG 
ACCTCTTCTT CAAATGGGCT GCTTTTCTTT TTCACTCTCT CCATCGTCAC CACTTGCGCA 
ACTGCAACGG AAATGTATGA AAACACAGGA ATGGCGTGCA GAACTAATCA ACGTCATCCT 
TACAATAATT CTGCCACACC CGTCAATCTA TCTCTCATGA CCCCGATAGA TATCAACCTC 
GCCTTCCTCA CGAACTTGGA GAATCATGGA AAAGGGAAAC TCTTCGGAGG TGCCTTTTTC 
TTGGCCGTGG ATCATCTCAA CGATGAGGCG CGGAACAAGT CTATCCCTGT GACTTTCACA 
CGGATATTCC GGGACACGAA GAACCTGGAG GCTGTGGCGA TGAGGGAAAT GGCAGAACTG 
TACTGTAACC GCACAGTGGA CGCCTTCATC GGCCCTGACG CCTATTGTAA CTCAGCCGGC 
CTCATGTCCA CGGCCTACAA CATACCCTAC ATGACCTTTG ACTGCCAAGA CCACCAGAAC 
TCCACTGGGA GACACCTGAT GGTGAACACA GAGACTCTGA TGGCCTATGT CTCTAGCTCG 
GTGATTGCTG TCATGAGTAA ATACTCCTGG ACGTCGTGCT GGCTCATATC GGGAACGGAC 
ATGAAATGGG CGGCCACGAG TCAAAAGTTC AAACTGAGCG CAGAGATGAA CAACATTACG 
ATTAATGGGG AAAAGCAAGT TGACGCCAAC AACAAGTTCA ATTCCTTCAA CAAACACAAC 
AGCCCCTACG CTAAGATCAT CAAGGAAACC AGATACAGCA CACGAGTGTA CGTGTTCCTT 
GGTGTTCACG AGTCCTTGTT ACTGTTCATT CGTAAGCTGC GAGAGATTCT CGTCGACAAG 
AGGGGACAAT ATGCGGTCAT TGCAGTGGAC GACTCAAAGG TGGATTACAA GCTCGAATAT 
TTCTATCTGA CTGGAAAGGA GGCGGCAAAA CTTGGTTATA TAAAAGCCGA GAAAAAACGG 
GAACTGGCGG AAGCGTTCCA GAATGTTCTG CTCGTGTGGC CGGAGACGAA AGTCCTGAAC 
GAGGAGACTT TCGAGGTGCA AGTGTATGAA AGGAATACAA AACCGCCCAT CAATCTTGTC 
ACCCCACCTA CGATCTTAAA AACCAAGCCA AGAATTCCGC GACAGGCCTA CCAACTGTAC 
GATGCCACGA TGATTTATGG CCGCACTGTC ATGAAGCTTA TGGAGACCAG GGGAGATCCT 
AAAAATGCCT CTCAAATAAT CACCCACATA CGCTGTGCAG AGCACGAAAG TATTAAAGGC 
TCTCCAGTAT TCATCCACGA GAACGGAGAG AGTGAAGGAA ACTACATTGT GCTTGGCATG 
ACCCCCTTAA CCCCCGGCTC TTTGCCTAAA CTGGAAGTAG TTGGGAATTT TAACTCTGTG 
GACTCTCGTG TGTCCAATCG GTACATCACG CGCCCGGGCG TGTCTATCGC CTGGGTTGAC 
TCCAAGATTC CGGTCAGCAA CCCTGATTGC GGTTTCAACA ACCAGGGCTG CTCTGACGAC 
GAGAGCATAA CCAAGTGGGA AATCGGCCTT GTGGTATTTT CAGTCTTTAT CGTCATCTGC 
TTCGTCGTCC TGTATCTCAT CATAAGGCAT TATAGGTATG AGCGGAAGCT GGAACGACTG 
GCCTGGAAGA TAGAGAGAGA TGAGATCCAG ATGCTTAATG CTGGTCAGTT CCGAGAGATG 
ATGACCCCAG CTCGACCAAG GAAGAAAGAC TCGTATTCGG GAAATCAGTT TACAGCGATG 
CTACTGAGTC ACGACTCTAA TCCAGACATG GTGTCGGATA ACATTTACGG ACCCCACAGT 
GACGTACCTG TGGGCGTGTA CAGAGGAACA ACTGTGGTGG TCAAACAGCT GACCAGGAAG 
CACGTAGAGC TCACGAGGGC CCTGAAAAAA CAGTTCCAGC AGCGTAAGGA GCTGACCCAC 
GAAAACCTGA ATAGATTCAT CGGCGCTTGC ATAGAGCCCC CGCAGGTCTT CATCATCACA 
CAGTACTGCC CCAAGCGGAG TTTGCAGGAC ATTCTCAGGG ATGACAACTC CCCATTGGAT 
GACATGTTCA TTACGTCATT AGTCCAGGAT CTCATCAGGG GAATGGCTTT CATACACGAA 
AGTGATTTCG GATTCCACGG TAACCTGAAG TCCAGCAACT GTTTAGTGGA TAGCAGATGG 
ACACTCAAAG TGTCGGACTT TGGGCTGACT GCCCTGGGCT CGCCCCCACA CGCAATGTTT 
GAAGATGAAC CTTTCTTCAG AGAATTGCTG TGGACGGCTC CCGAGTTGTT GCCCTTTAAG 
CGCAACCAAC ACAGTCACCA CAACAGCCAT CACAACCACA ACCACCATCA CCACAACCAT 
CACCAATCCC AACTCCACCA AAAACAGAAG CAACAGCAGC ATGGCAGTCA GAAGGGCGAC 
GTGTTCAGCT TCGGTATTAT ACTGTACGAG CTCTACGGAA AATCGGGACC GTGGGGACAA 
ATTAAAATGA CATGTAGAGA GATTATTGAA CGGCTCATGT CAGAAACAGC TCCCGTTCTC 
AGACCGGATA CCAGTTCCTT CTCCTGCAGT TCTGATGTCA TCGACCTTAT TCACTCCTGT 
TGGGACGACG ATCCTGACCT TCGGCCGGAC TTCAAGTGCA GTATCCGGAG TCGCTTCAAG 
CCAATACAGC AAGGATATCT AAAATCCAAC ATCATCGACA ACATGCTGGC TATGATGGAG 
AAGTACGCCA CCAACCTGGA GGCTGTGGTG GCGGAGCGCA CGGAACAGCT GAGACTGGAG 
AAGCGAATGA CCGAGAACCT GCTGCTCCGG ATGCTGCCCA GATCAGTAGC TGAGAAGTTG 
AAGCGAGGTC AGCCAGTGGA GCCCGAACAG TTTGAGCAAG TGTCCATCTA CTTCTCGGAC 
ATCGTCGGCT TCACAGAACT CAGCGCTGAG AGTACTCCAA TGGAGGTGGT TGATCTCCTT 
AACGACTTGT ACACCTGCTT CGATTCTATA ATTGAAGAGT TCGACGTGTA CAAGGTGGAG 
ACGATCGGGG ATGCTTACAT GGTTGTGAGT GGCCTGCCCA TACGCAATGG AGACAGACAT 
GCAGGGGAGA TTGCCTCAAT GTCTCTGCTT CTCTTGGAAG GGATCAAATC TAAACGTTTC 
AAGATCAGAG GAACCAACGA AAACCTGCTC AAGATCAGAA TTGGCATTCA CTCAGGTCCT 
TGCTGCGCTG GTGTGGTGGG CCTTAAAATG CCTCGCTATT GCCTCTTTGG TGACACCGTG 
AACACAGCAA ACAGACTCGA GTCAACAGGA GAGGCCCTGA AGATTCACTG CAGTGCTGAA 
TGCAAGAACA TTCTTGACAA ACTCGGTGGC TATAATTTGG AGGAAAGAGG GTACACTGAG 
ATGAAGGGTA AAGGCAGCCT CCTGACCTAC TTCTTACACA GCGAGGACCA ACAACACAGG 
TACAGACGGA TCTCCCGCTA TAAACGTATG GGCAGTGACA CCCGTTGCGT GTCTGCCTCA 
AACCTCGACT ACTCCGGGAA AATCTACAGC CTTAGCCAGT GCGGCCTAAC TCCTCTACAG 
CAGCTACAAC TTCAGCAACA GCACGCCAGT GGTAAGCACC AGATTCTTGC CCGGGACTCT 
GTGGGCAACG AGAGGAGTAG TGGGCAGAGT AACAGTTCAG TGATTAGTTC GTGCTCGGAG 
CCTGTAGAAA TGCCCTCAGC TCAGATAAAA CACACTCGAA ACGCGCTTGT TAATCCTCAG 
CAGCCTTCGT CTCATCTCGT CCGACCTCAG TCAGACCAAT ACAAAGACCT GCCTCCTCTA 
ACCATCCCTG ACAACTCCGA TACAGGCTCG GTTGGATTCT CGCCCCCTTC ATCCCCAAAC 
GATTTCTCCC CGTCCACCCT CCCTCGCGCC ACAGCGCCCC GGTACAGAAA CTCTTACATG 
TCGCCGATCG CCGAGGACCC GGGTGGTCAT GGGGAGCTGA GTCCGCTAGA GAAGACCGTG 
TCTTTTCCGG ACACCACGCT GCACGACTCG CTTTGCGAGA CTGACGGACT CTTGACCAGC 
GAGCAGCAGG CCAACATTCA CATGAACTGC ATGCCTGCTC GTCGCAGTCT TAGCAGCCGG 
TCCGCTCTTG GTGGCCCACG CAGGGCGAAG ACGGACTGGG GAGATGGTAT TGGGGAAGAG 
GGTGAGGCAG AGGTTTTGAT GTTTCCGGTG GAGATCGAGA ACGGTATCAG CCCAGAAACT 
GTCTTGTGA

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

RefSeq	XP_005095592.2
CDS	786..5114
Translation	MGMLRLGRTKQVYSANMFSLASTFWRKHIRDMKVHCRTFWTSSSNGLLFFFTLSIVTTCATATEMYENTGMACRTNQRHPYNNSATPVNLSLMTPIDINLAFLTNLENHGKGKLFGGAFFLAVDHLNDEARNKSIPVTFTRIFRDTKNLEAVAMREMAELYCNRTVDAFIGPDAYCNSAGLMSTAYNIPYMTFDCQDHQNSTGRHLMVNTETLMAYVSSSVIAVMSKYSWTSCWLISGTDMKWAATSQKFKLSAEMNNITINGEKQVDANNKFNSFNKHNSPYAKIIKETRYSTRVYVFLGVHESLLLFIRKLREILVDKRGQYAVIAVDDSKVDYKLEYFYLTGKEAAKLGYIKAEKKRELAEAFQNVLLVWPETKVLNEETFEVQVYERNTKPPINLVTPPTILKTKPRIPRQAYQLYDATMIYGRTVMKLMETRGDPKNASQIITHIRCAEHESIKGSPVFIHENGESEGNYIVLGMTPLTPGSLPKLEVVGNFNSVDSRVSNRYITRPGVSIAWVDSKIPVSNPDCGFNNQGCSDDESITKWEIGLVVFSVFIVICFVVLYLIIRHYRYERKLERLAWKIERDEIQMLNAGQFREMMTPARPRKKDSYSGNQFTAMLLSHDSNPDMVSDNIYGPHSDVPVGVYRGTTVVVKQLTRKHVELTRALKKQFQQRKELTHENLNRFIGACIEPPQVFIITQYCPKRSLQDILRDDNSPLDDMFITSLVQDLIRGMAFIHESDFGFHGNLKSSNCLVDSRWTLKVSDFGLTALGSPPHAMFEDEPFFRELLWTAPELLPFKRNQHSHHNSHHNHNHHHHNHHQSQLHQKQKQQQHGSQKGDVFSFGIILYELYGKSGPWGQIKMTCREIIERLMSETAPVLRPDTSSFSCSSDVIDLIHSCWDDDPDLRPDFKCSIRSRFKPIQQGYLKSNIIDNMLAMMEKYATNLEAVVAERTEQLRLEKRMTENLLLRMLPRSVAEKLKRGQPVEPEQFEQVSIYFSDIVGFTELSAESTPMEVVDLLNDLYTCFDSIIEEFDVYKVETIGDAYMVVSGLPIRNGDRHAGEIASMSLLLLEGIKSKRFKIRGTNENLLKIRIGIHSGPCCAGVVGLKMPRYCLFGDTVNTANRLESTGEALKIHCSAECKNILDKLGGYNLEERGYTEMKGKGSLLTYFLHSEDQQHRYRRISRYKRMGSDTRCVSASNLDYSGKIYSLSQCGLTPLQQLQLQQQHASGKHQILARDSVGNERSSGQSNSSVISSCSEPVEMPSAQIKHTRNALVNPQQPSSHLVRPQSDQYKDLPPLTIPDNSDTGSVGFSPPSSPNDFSPSTLPRATAPRYRNSYMSPIAEDPGGHGELSPLEKTVSFPDTTLHDSLCETDGLLTSEQQANIHMNCMPARRSLSSRSALGGPRRAKTDWGDGIGEEGEAEVLMFPVEIENGISPETVL

Target ORF information:

RefSeq Version	XM_005095535.2
Organism	Aplysia californica(California sea hare)
Definition	Aplysia californica guanylate cyclase 32E-like (LOC101857781), mRNA.

Target ORF information:

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

XM_005095535.2

ORF Insert Sequence:

ATGGGCATGT TACGCCTTGG CAGGACAAAG CAAGTGTATT CGGCAAATAT GTTTTCTTTA 
GCTTCGACGT TTTGGAGGAA ACATATCAGA GACATGAAAG TACACTGTCG TACTTTCTGG 
ACCTCTTCTT CAAATGGGCT GCTTTTCTTT TTCACTCTCT CCATCGTCAC CACTTGCGCA 
ACTGCAACGG AAATGTATGA AAACACAGGA ATGGCGTGCA GAACTAATCA ACGTCATCCT 
TACAATAATT CTGCCACACC CGTCAATCTA TCTCTCATGA CCCCGATAGA TATCAACCTC 
GCCTTCCTCA CGAACTTGGA GAATCATGGA AAAGGGAAAC TCTTCGGAGG TGCCTTTTTC 
TTGGCCGTGG ATCATCTCAA CGATGAGGCG CGGAACAAGT CTATCCCTGT GACTTTCACA 
CGGATATTCC GGGACACGAA GAACCTGGAG GCTGTGGCGA TGAGGGAAAT GGCAGAACTG 
TACTGTAACC GCACAGTGGA CGCCTTCATC GGCCCTGACG CCTATTGTAA CTCAGCCGGC 
CTCATGTCCA CGGCCTACAA CATACCCTAC ATGACCTTTG ACTGCCAAGA CCACCAGAAC 
TCCACTGGGA GACACCTGAT GGTGAACACA GAGACTCTGA TGGCCTATGT CTCTAGCTCG 
GTGATTGCTG TCATGAGTAA ATACTCCTGG ACGTCGTGCT GGCTCATATC GGGAACGGAC 
ATGAAATGGG CGGCCACGAG TCAAAAGTTC AAACTGAGCG CAGAGATGAA CAACATTACG 
ATTAATGGGG AAAAGCAAGT TGACGCCAAC AACAAGTTCA ATTCCTTCAA CAAACACAAC 
AGCCCCTACG CTAAGATCAT CAAGGAAACC AGATACAGCA CACGAGTGTA CGTGTTCCTT 
GGTGTTCACG AGTCCTTGTT ACTGTTCATT CGTAAGCTGC GAGAGATTCT CGTCGACAAG 
AGGGGACAAT ATGCGGTCAT TGCAGTGGAC GACTCAAAGG TGGATTACAA GCTCGAATAT 
TTCTATCTGA CTGGAAAGGA GGCGGCAAAA CTTGGTTATA TAAAAGCCGA GAAAAAACGG 
GAACTGGCGG AAGCGTTCCA GAATGTTCTG CTCGTGTGGC CGGAGACGAA AGTCCTGAAC 
GAGGAGACTT TCGAGGTGCA AGTGTATGAA AGGAATACAA AACCGCCCAT CAATCTTGTC 
ACCCCACCTA CGATCTTAAA AACCAAGCCA AGAATTCCGC GACAGGCCTA CCAACTGTAC 
GATGCCACGA TGATTTATGG CCGCACTGTC ATGAAGCTTA TGGAGACCAG GGGAGATCCT 
AAAAATGCCT CTCAAATAAT CACCCACATA CGCTGTGCAG AGCACGAAAG TATTAAAGGC 
TCTCCAGTAT TCATCCACGA GAACGGAGAG AGTGAAGGAA ACTACATTGT GCTTGGCATG 
ACCCCCTTAA CCCCCGGCTC TTTGCCTAAA CTGGAAGTAG TTGGGAATTT TAACTCTGTG 
GACTCTCGTG TGTCCAATCG GTACATCACG CGCCCGGGCG TGTCTATCGC CTGGGTTGAC 
TCCAAGATTC CGGTCAGCAA CCCTGATTGC GGTTTCAACA ACCAGGGCTG CTCTGACGAC 
GAGAGCATAA CCAAGTGGGA AATCGGCCTT GTGGTATTTT CAGTCTTTAT CGTCATCTGC 
TTCGTCGTCC TGTATCTCAT CATAAGGCAT TATAGGTATG AGCGGAAGCT GGAACGACTG 
GCCTGGAAGA TAGAGAGAGA TGAGATCCAG ATGCTTAATG CTGGTCAGTT CCGAGAGATG 
ATGACCCCAG CTCGACCAAG GAAGAAAGAC TCGTATTCGG GAAATCAGTT TACAGCGATG 
CTACTGAGTC ACGACTCTAA TCCAGACATG GTGTCGGATA ACATTTACGG ACCCCACAGT 
GACGTACCTG TGGGCGTGTA CAGAGGAACA ACTGTGGTGG TCAAACAGCT GACCAGGAAG 
CACGTAGAGC TCACGAGGGC CCTGAAAAAA CAGTTCCAGC AGCGTAAGGA GCTGACCCAC 
GAAAACCTGA ATAGATTCAT CGGCGCTTGC ATAGAGCCCC CGCAGGTCTT CATCATCACA 
CAGTACTGCC CCAAGCGGAG TTTGCAGGAC ATTCTCAGGG ATGACAACTC CCCATTGGAT 
GACATGTTCA TTACGTCATT AGTCCAGGAT CTCATCAGGG GAATGGCTTT CATACACGAA 
AGTGATTTCG GATTCCACGG TAACCTGAAG TCCAGCAACT GTTTAGTGGA TAGCAGATGG 
ACACTCAAAG TGTCGGACTT TGGGCTGACT GCCCTGGGCT CGCCCCCACA CGCAATGTTT 
GAAGATGAAC CTTTCTTCAG AGAATTGCTG TGGACGGCTC CCGAGTTGTT GCCCTTTAAG 
CGCAACCAAC ACAGTCACCA CAACAGCCAT CACAACCACA ACCACCATCA CCACAACCAT 
CACCAATCCC AACTCCACCA AAAACAGAAG CAACAGCAGC ATGGCAGTCA GAAGGGCGAC 
GTGTTCAGCT TCGGTATTAT ACTGTACGAG CTCTACGGAA AATCGGGACC GTGGGGACAA 
ATTAAAATGA CATGTAGAGA GATTATTGAA CGGCTCATGT CAGAAACAGC TCCCGTTCTC 
AGACCGGATA CCAGTTCCTT CTCCTGCAGT TCTGATGTCA TCGACCTTAT TCACTCCTGT 
TGGGACGACG ATCCTGACCT TCGGCCGGAC TTCAAGTGCA GTATCCGGAG TCGCTTCAAG 
CCAATACAGC AAGGATATCT AAAATCCAAC ATCATCGACA ACATGCTGGC TATGATGGAG 
AAGTACGCCA CCAACCTGGA GGCTGTGGTG GCGGAGCGCA CGGAACAGCT GAGACTGGAG 
AAGCGAATGA CCGAGAACCT GCTGCTCCGG ATGCTGCCCA GATCAGTAGC TGAGAAGTTG 
AAGCGAGGTC AGCCAGTGGA GCCCGAACAG TTTGAGCAAG TGTCCATCTA CTTCTCGGAC 
ATCGTCGGCT TCACAGAACT CAGCGCTGAG AGTACTCCAA TGGAGGTGGT TGATCTCCTT 
AACGACTTGT ACACCTGCTT CGATTCTATA ATTGAAGAGT TCGACGTGTA CAAGGTGGAG 
ACGATCGGGG ATGCTTACAT GGTTGTGAGT GGCCTGCCCA TACGCAATGG AGACAGACAT 
GCAGGGGAGA TTGCCTCAAT GTCTCTGCTT CTCTTGGAAG GGATCAAATC TAAACGTTTC 
AAGATCAGAG GAACCAACGA AAACCTGCTC AAGATCAGAA TTGGCATTCA CTCAGGTCCT 
TGCTGCGCTG GTGTGGTGGG CCTTAAAATG CCTCGCTATT GCCTCTTTGG TGACACCGTG 
AACACAGCAA ACAGACTCGA GTCAACAGGA GAGGCCCTGA AGATTCACTG CAGTGCTGAA 
TGCAAGAACA TTCTTGACAA ACTCGGTGGC TATAATTTGG AGGAAAGAGG GTACACTGAG 
ATGAAGGGTA AAGGCAGCCT CCTGACCTAC TTCTTACACA GCGAGGACCA ACAACACAGG 
TACAGACGGA TCTCCCGCTA TAAACGTATG GGCAGTGACA CCCGTTGCGT GTCTGCCTCA 
AACCTCGACT ACTCCGGGAA AATCTACAGC CTTAGCCAGT GCGGCCTAAC TCCTCTACAG 
CAGCTACAAC TTCAGCAACA GCACGCCAGT GGTAAGCACC AGATTCTTGC CCGGGACTCT 
GTGGGCAACG AGAGGAGTAG TGGGCAGAGT AACAGTTCAG TGATTAGTTC GTGCTCGGAG 
CCTGTAGAAA TGCCCTCAGC TCAGATAAAA CACACTCGAA ACGCGCTTGT TAATCCTCAG 
CAGCCTTCGT CTCATCTCGT CCGACCTCAG TCAGACCAAT ACAAAGACCT GCCTCCTCTA 
ACCATCCCTG ACAACTCCGA TACAGGCTCG GTTGGATTCT CGCCCCCTTC ATCCCCAAAC 
GATTTCTCCC CGTCCACCCT CCCTCGCGCC ACAGCGCCCC GGTACAGAAA CTCTTACATG 
TCGCCGATCG CCGAGGACCC GGGTGGTCAT GGGGAGCTGA GTCCGCTAGA GAAGACCGTG 
TCTTTTCCGG ACACCACGCT GCACGACTCG CTTTGCGAGA CTGACGGACT CTTGACCAGC 
GAGCAGCAGG CCAACATTCA CATGAACTGC ATGCCTGCTC GTCGCAGTCT TAGCAGCCGG 
TCCGCTCTTG GTGGCCCACG CAGGGCGAAG ACGGACTGGG GAGATGGTAT TGGGGAAGAG 
GGTGAGGCAG AGGTTTTGAT GTTTCCGGTG GAGATCGAGA ACGGTATCAG CCCAGAAACT 
GTCTTGTGA