LOC106877166 cDNA ORF clone, Octopus bimaculoides

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106877166
Entrez Gene ID	106877166
Full Name	serine-rich adhesin for platelets-like
Gene Type	protein-coding
Organism	Octopus bimaculoides

mRNA and Protein(s)

mRNA	Protein	Name
XM_014925991.1	XP_014781477.1	serine-rich adhesin for platelets-like

Pathways from BioSystems
Gene Ontology

The following LOC106877166 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106877166 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
OOc29524	XM_014925991.1 Latest version!	Octopus bimaculoides serine-rich adhesin for platelets-like (LOC106877166), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC106877166 ( XM_014925991.1 ) cDNA ORF clone, Octopus bimaculoides -> XP_014781477.1 Octopus bimaculoides serine-rich adhesin for platelets-like (LOC106877166), mRNA.

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CloneID	OOc29524
Clone ID Related Accession (Same CDS sequence)	XM_014925991.1
Accession Version	XM_014925991.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6429bp) 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	2015-12-08
Organism	Octopus bimaculoides
Product	serine-rich adhesin for platelets-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014682613.1) 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 :: Octopus bimaculoides Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGAAG ATACAACTTC CAAAAATAAT AGCAAACCTT TGGATAATCT TGACCATTGT 
GATTCTGGAG GCAGTAGAAA TGAATTAGAA TTTGAACAAA AGGAATCAAT GGATCAAACT 
AGCAAGATAA TCCCGTCTGA TACGCGATCG TCAGGTAATC AGGTTACTGA CTGCAACATG 
CATTTGTTAG CAAATGCTGC TGACCACTTT CTGCATCAGT CTCCTAGTCA CCAGTTGGAA 
AACAATGATG AAAGCACCAG GAAAATTACT GCTGAGCCAA GTCATCCAAG AGATTCTAAT 
TATTCTCATC AAACCAATGT TCGATGTCAT CTCCCTAATA AGCCAGTTTT ATCTCTTAAT 
CCTAATAATC TAGCAGACTC AACAGTACAA GATTTAAATC TTGTTTCTGG TAGTTCAAGA 
CCATTGAATT ATCCTTCTAG TAATTTAAGT AACAGCCAAA CTGTTGTATC TGCTAGTACA 
GCGAGCAGTC CCCTGAGTTC AGTTAATACT GTCAGCAGTT CAGTATCTAT ATCTAACAAT 
CAACAGTGTT TAAACTCTGA GCCAGTGTTA TCAGGAAACC TAGAAAGACA CTCTGATTTA 
TTGCTTCCTC CAACTCCTCT TGTTAGTACT CATCTGAGTT CTAATAGTTC CCTACAACAA 
TCTTCAGTTG CATTACAACC AGATAACAAC CCTACTGAAA TGTCTCCATA CATAACTCAA 
ACACCAGTTG TAACAGCATC TGCAGATGAC GTCTTAATTG CTGGTAATAG TAATTTGATA 
ATTCAAAGGA CTTCTGAAGC TGTTCCTACT TCTAGTGCTT ACTGTCCCCC TCAGGTTCAT 
CCAGTGGCTC AACCTCCCAT ATTGAGTTCA ATTAATCCAG CTTCAGATAA TGGCACGAAT 
AAACTAAAGA GTCCTGTATC GACCATTCCT TCAGATGGAA ATGGTGTTAA TTCACAAAAT 
ACTTTACAGC AGCATAAGGA TTTATCCAGT TCATCCTCCA AACCCTTTCA AGCTACTTCT 
GTTTCAACCT TCCCCGCTAC TACTCTTTCT CCATCCAGTG TATACGTATC AAATAACCAT 
ACTAATAATA ATAATGCAAG ACAGAATCTT ACAAGTTTAA CCATTAATCC AGAATCTCTA 
GAGATACCTT CTGTATCCAG TAGTTCTGTA ATGTCCAACT TCAATAACCT GAAGCCAGAA 
CAAAGTGATG CAGCTATCGA AAGCAGTTTT TTCAAAGAAT CTTCAAATTC AGACTCTTTG 
CACACTACTT CTGCATCTAC TCATAATGAA CTCATTGCAG AGCTGAGCAG CAAAGAATCT 
ACAGTGATAC CAACAAGCAG CTCAGTCTAT AGTACAAGCA GTTCTGGAGG AACATCTCAT 
GATAATTTAT GCCCCAGTGA TAGTAAATCT ATTTCCGAAA GAAAAGACAC CATTCTTGAA 
TCTAGTAATT CAATTTTGTC TTGTAATAAA GATGCCATGT TATCCAAATC AAATGTTGCC 
CCAGCTCAGT CACATGATTT GACATCAGAC AGTAACAGAA CATTGTCAGT AGAAAGAGCC 
ATGGTTGGGT CTACGTCAGG AGAGAAGGAC ACTGCTTTAG CTGGGGATAA CACTCTCTCG 
TTTTCTTTTA CTGCTCATGT AAATTCACCA TCTACCACCA ACGTAGAATC TATTTCTCAG 
GATACTGCTA CTGTACCTGC AACAAGTGAA ACAGTAATAT CAACGCCAAT TAAAATGGCA 
GAGTCATCTT CAGGTGTAGG AAAAGCATCA GAACCAGACT CTAAAGTCAC TTCCTTATTG 
AATGAAAATG TTACATCTGC ATCTGGACAA CCATTTGTAA TAACTCATGA AACCAACTCA 
CTTTTCCCAT CCGGTTGCAA TGAGACTTCA ACATCAAGAG ATGAGAAGAC ATCTAATGCT 
ACAATAACAA CAGTTTCTGC TGGAAATGTA TCTTCTTCAT CTGGAAGCAA GATAATTGAA 
GAAAGTTCAA TATGTGAGGA AGACACCACT GCATCAACTG CAACGGTCTC TTTGTCATCA 
TCTACTGGTC AATCCACCCC AGCAGCTTAT GATAAAATGG CTTCAATAGA CAATGATTTA 
GGTGTTGGTC TTTCTAATCC TAAACTTGAT TCTAACAAAT CTGCACTTGA GCTTACACCA 
AATAACGCTC AAGACTCATT TCCTTCAACT TCTGAAGCAG CATGTTTGGA TACTAATGTT 
ACCCATGCTG AAGAAAATGT CACTTCTCAA CACATTCGTC ATTCACCTGC TGAATTAAAC 
AATAATATTG AACCCAGAAA AATTAATAAT GAATCTAAAA ATAATTTGTT GTTGAGTAGC 
AGTACTGATG CTGGCAATGC ATCTCCTGAT GTTGACTGCC AGAACTCATC TGCGTCTGAC 
AAGCGTTATG AAGCAGTTCA AAATACAACA GTCAGTGCGA GTGCTTCGAA TAGTTTGCTT 
GAATCTGATA AAAACCAAGG AATTTCTACC AGTGACCAAA ATGATGGGAA TGATCAGAAT 
ACGGATAAAC ACTTCTCTGT AGATAATGTA AATAGCCCAG TGAATGCTGT TAGCTCAAGT 
AATTCTGTTG ATCAGAAAAC AACTGCGAAA ACACATCCAA ATAATACAGA AAGTAACACT 
TGCAGTTCTA CAATGACAAA TCTAGATCAA CAAACAAACG ATGATGATAA CGATATGGTT 
CAGTCACAGA TTATTTTAAT AAAAGAAAAC ATAAAAGTTG AAACTTCTGA TGGTTCTTCA 
GTAAATGTGG TTAATGATGG GACATCAGAA CCAGCAGAGA AGACTGATGA GTGTATGATG 
GAAGTTGATA TGGAAACAAG TCGCCCAGTT GAAAATAATG AAGAACATGG ACAAATCAAG 
CGAGAATTAA CTGCTGAAAA CATTACCGCA ATCACCGACA CTTCTTCGCC CTTACCAAGC 
GAGGAATCTG ATAATAAAAC CACAAGTGTT GAAAGTAAAA ATAGTAATAC TGATGATAAA 
CAAGAGTCCT CCAGTGTAGC ACAAACTAAC TGGAATTCTC CCATTGGTGC TGTCAATTAT 
ACTTTGGCTG AACCAAGGCG ATCTCAAAGA CAACCAAAAG TTAAGTTCAA TGTTCTTGAT 
CTCATTGGTT TAGGTCCAGA TGTAGACATA CAAAACAAAC CAGCTAAAAC ATTGAGTAAA 
CGAATTTCAA ATGCAGATTC TTCTGAAGAT ATTGGTAACG AAGAAACATT AATGCTGGCA 
TCAAACATTT CAGCATCATT TGTGCAAACG TCACCCACAG CTTCAAAGAA ATATAAAGAA 
GCTGACGCAG AGAAAATATA TGCACCTTTT GAACAAGGCT GGAGAAGAGA AGTTGTTATT 
CGTTCAGTGT ATAAAGAATT CACCAAGTCA GGCAAACCAA AGACAGCACC AGCAGATATT 
TACTATTATA CTCCCGATAA CAAGAAACTG CGATCAATGG TACAAATTGT TAATTACTTA 
GAAGGAAAAG ACACTAACTT GACAGTTGAA AACTTCAACT TTCTCCGCCG ATCTATTTAT 
AAACCGCCGT TTGAGATGGT GCGTACTGCT GGCAGCCACG GAGTCCGGCA CAGAAACCCA 
GACGGTGAAT TTTTATTTGA TAAGAAAACT AGTAAGAAAA TTCGAAAAGA ATCTTATGGA 
AGTAATGATT CCATGACTAT TGAAGACGAT TCAGATGTGC AGCTTATAGA ACGTCCTCCG 
TACAAGAAAT TGTCACTGTC AGGTGGTAAA ACAAACAACA AATTCTCCAA ATTGAAATCC 
AAATCAAGTC CTGCAAAACG TCAAGCGGAG AATAGTAATT CCAGTGAGGT AACTCCAAAG 
CGAATAAAAT CTGTTGCTCG GAAAAGTACA ACTCTAATTT CTAAATCAAT GTTAGTTAAT 
ATGAACAAAA GAAATGCTTT TCAACCATGT TCCCTCAACT GTCCAGGCCT TACAGGCATT 
CCTCCTCAAC TGCATTGTGA TATATGCATG TGTCTATTTC ATAATTCATG TGTAAACCTG 
AAAGAAGATG ATGTTCCCCA AAATTTCAAA TGCAAAAACT GTGAAATGGA TCTTGGTGAT 
TGGATTCCCC CAGTTGAGAC CACTGCATCT AATAGTTTGT CTGGTAATAG AACATCCAAG 
ACACATCATT CTTCATGGAA TAATGAAAAG GGAAGAAAAT CTACCATGCC ATCTGTGATT 
CAGATTTCTA AAGATACAAA CTTTTTATCT CAAGCATCCA AATCTGATTC TCAACTGTTA 
AAAAGTGCTT CAAATGGATC CCCTAGATAT GTTGTCATGA ACATTGTAAA ATCCAGCGAT 
TCCTTATCGT CTGACCCTTC ACAATCTTAT CATATAAAAG ACTTGCAATC TACTTCAGAC 
ATCCCAGATT GCAAGTCTCA AATCCAAGCT TCACTCAATA CATTGCAAGC GTCCGTAAGT 
CCTCGTTTGA AATCAAATAA ATCTAATAAC TCATTAAACG CATCAAAGAC TCTGTCTCAC 
TCTTCACCAC CTTTACCTCA TCCAGTTCCT TCTTCAGTGT TGAAAGACAC CAGCAGTATT 
TCTGAAACTA CAGCACCCAA CACTTTCACA GTTACAAACA CTCCCTCTAC AAGTGCTTCT 
CTCAATACAC TCATTCAAAC CACAAAAGAC TTGAATGTTA CTACCTCATC ATCATCATCA 
CCATCTGATT GTCCTGTAAA TGTTTCATCC CCTAAATCCC TTACTTCCAC TCACTCACAA 
CCTAATATAT CATCAGCCAA CATTAAACTG GAAGTTCCAT CTTCATCTCC GAGTAGTTCT 
AGTAATGTCA GTGATAGTGA AGCTGGCAAA GACAATTACC CACGCTCGGG CCAGCTTCTT 
ACATTACCAT TAGCAGTAGC AAAGCGTTTA GATTCCTCCC TTCCTCTTGC ATTACGCATT 
AATAACATGC AACTCTTTAT CCCCCCATCT CGTTGCATAA ACACCCCTGA AGGGTTAAAG 
GTTTTTCTGC CCCCCAAGAC ATTTTCTGTA CCTAGTGGCT CCACAACCAC AATGAATATA 
ACCTTTTCAT CGGGTACTGT GTCTGGTGAT AGTACCAAAG ATTACTCTGT GTCTCTCTCG 
GAGAAGAACA AAGGAAGCGA AAGCAATCAA GCTGTAGATA AAAGTAAAAC CTTGGAATCT 
GCAAAAACAA TCAGCAAAAT TCAAAAATGC AGAAACAAAT TCAACAACTA CCTGTGTCCT 
TTCAAAAAAT TATATTCTGG CTACTCTAGT ATGCTGCAGA TATTTCACTA TTTAAGTGCA 
GGAGATCTTG TCAGATGCTC ATTGGTATGT AAATCATGGC ACCAACTTGC GACTCAGCCT 
TCTCTGTGGA AAGCCATTCA TTTGAATAAT ACAAGAATTT CTAATTGGAC TTTGGCTACA 
AAATATTTTA ACAAATATAC TGTTGAAGAA TTAAGTCTAC GAGGAATGAA GTTAGGAGAT 
GATTGGAATC GCATTTGGCA CCAACTAACT CCTGTTCTAG ATCAACTGAC AACACTAAAA 
CGAATCTACT TTGATCAAGT ACCTGCTCTT ATGTTGTATA CAGTCTGTGA GAAGCTCCCC 
AATTTGCAAG AGTTGACTGC TAAAAGAATA AGTGATATCA GCAATGAACA ACAATGGACA 
ACACCAACCA AGATTGATTT GACCAAATTT TGTAATGTAA AAATGTTGAA GAAACTACAG 
CTACGTGGCA CGGGAGGTTT AGTTGCTTCT TTCCCATCTG GGATCTTTGA ATTGATTAAA 
TTAAAGCAAC TTCGGCATCT TTCTATTACA TCTTTGAAAG CCAGTGATCA CGACTTTGAT 
TACTTAGGAG AACTCCGTAA CTTGAAAGTA TTAGAGTTGG GGGAATGTAT CAACTGGACA 
TCTGAGACAT ATTTCCAGTT AGGTAAACTT GTGAATCTTG AAAGACTTCA TCTTGAACTT 
GGTGGTAATT TAAATGATGT CAGCTTGGCA AAGGCATTGG GCAACTTAAA ATGTTTAAGA 
GAACTTGAAC TAATGCTCTT TGTCATATCT GACAAATTGC ACACTAAACT TAGTCCACTG 
ACTAATCTTT CAAAATTGGT GATTTGGCCG GACACAACTC ATCAGCCTGC CGTGATAAAC 
AGCAACACAT TTGCCTTGGT GACAAAACTT GTAAATCTGA AGTTTCTGGA ATGGGGTATT 
GTCCGAAATA AGATCTGTGA AACACAAAAT TTGACTGACA CTGAAATGAA TGCATTTGAA 
AACGTCTCTC AAAGTAACAT GGAATTAATT CCTTTTCTCT CATTAGATGA TCAAAATTTT 
TCCAACAAGA CCAACTTGTC AAATGACATA AGCATAAGGC AATTAAATGA CAAACTAAAA 
GCCATGCTAC CAAAAACCAA AATATCCTTA TTACAAAGTT CAGATGTTCT CGCTTCTGTA 
AACAAGTGA

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

RefSeq	XP_014781477.1
CDS	21..6449
Translation	MEEDTTSKNNSKPLDNLDHCDSGGSRNELEFEQKESMDQTSKIIPSDTRSSGNQVTDCNMHLLANAADHFLHQSPSHQLENNDESTRKITAEPSHPRDSNYSHQTNVRCHLPNKPVLSLNPNNLADSTVQDLNLVSGSSRPLNYPSSNLSNSQTVVSASTASSPLSSVNTVSSSVSISNNQQCLNSEPVLSGNLERHSDLLLPPTPLVSTHLSSNSSLQQSSVALQPDNNPTEMSPYITQTPVVTASADDVLIAGNSNLIIQRTSEAVPTSSAYCPPQVHPVAQPPILSSINPASDNGTNKLKSPVSTIPSDGNGVNSQNTLQQHKDLSSSSSKPFQATSVSTFPATTLSPSSVYVSNNHTNNNNARQNLTSLTINPESLEIPSVSSSSVMSNFNNLKPEQSDAAIESSFFKESSNSDSLHTTSASTHNELIAELSSKESTVIPTSSSVYSTSSSGGTSHDNLCPSDSKSISERKDTILESSNSILSCNKDAMLSKSNVAPAQSHDLTSDSNRTLSVERAMVGSTSGEKDTALAGDNTLSFSFTAHVNSPSTTNVESISQDTATVPATSETVISTPIKMAESSSGVGKASEPDSKVTSLLNENVTSASGQPFVITHETNSLFPSGCNETSTSRDEKTSNATITTVSAGNVSSSSGSKIIEESSICEEDTTASTATVSLSSSTGQSTPAAYDKMASIDNDLGVGLSNPKLDSNKSALELTPNNAQDSFPSTSEAACLDTNVTHAEENVTSQHIRHSPAELNNNIEPRKINNESKNNLLLSSSTDAGNASPDVDCQNSSASDKRYEAVQNTTVSASASNSLLESDKNQGISTSDQNDGNDQNTDKHFSVDNVNSPVNAVSSSNSVDQKTTAKTHPNNTESNTCSSTMTNLDQQTNDDDNDMVQSQIILIKENIKVETSDGSSVNVVNDGTSEPAEKTDECMMEVDMETSRPVENNEEHGQIKRELTAENITAITDTSSPLPSEESDNKTTSVESKNSNTDDKQESSSVAQTNWNSPIGAVNYTLAEPRRSQRQPKVKFNVLDLIGLGPDVDIQNKPAKTLSKRISNADSSEDIGNEETLMLASNISASFVQTSPTASKKYKEADAEKIYAPFEQGWRREVVIRSVYKEFTKSGKPKTAPADIYYYTPDNKKLRSMVQIVNYLEGKDTNLTVENFNFLRRSIYKPPFEMVRTAGSHGVRHRNPDGEFLFDKKTSKKIRKESYGSNDSMTIEDDSDVQLIERPPYKKLSLSGGKTNNKFSKLKSKSSPAKRQAENSNSSEVTPKRIKSVARKSTTLISKSMLVNMNKRNAFQPCSLNCPGLTGIPPQLHCDICMCLFHNSCVNLKEDDVPQNFKCKNCEMDLGDWIPPVETTASNSLSGNRTSKTHHSSWNNEKGRKSTMPSVIQISKDTNFLSQASKSDSQLLKSASNGSPRYVVMNIVKSSDSLSSDPSQSYHIKDLQSTSDIPDCKSQIQASLNTLQASVSPRLKSNKSNNSLNASKTLSHSSPPLPHPVPSSVLKDTSSISETTAPNTFTVTNTPSTSASLNTLIQTTKDLNVTTSSSSSPSDCPVNVSSPKSLTSTHSQPNISSANIKLEVPSSSPSSSSNVSDSEAGKDNYPRSGQLLTLPLAVAKRLDSSLPLALRINNMQLFIPPSRCINTPEGLKVFLPPKTFSVPSGSTTTMNITFSSGTVSGDSTKDYSVSLSEKNKGSESNQAVDKSKTLESAKTISKIQKCRNKFNNYLCPFKKLYSGYSSMLQIFHYLSAGDLVRCSLVCKSWHQLATQPSLWKAIHLNNTRISNWTLATKYFNKYTVEELSLRGMKLGDDWNRIWHQLTPVLDQLTTLKRIYFDQVPALMLYTVCEKLPNLQELTAKRISDISNEQQWTTPTKIDLTKFCNVKMLKKLQLRGTGGLVASFPSGIFELIKLKQLRHLSITSLKASDHDFDYLGELRNLKVLELGECINWTSETYFQLGKLVNLERLHLELGGNLNDVSLAKALGNLKCLRELELMLFVISDKLHTKLSPLTNLSKLVIWPDTTHQPAVINSNTFALVTKLVNLKFLEWGIVRNKICETQNLTDTEMNAFENVSQSNMELIPFLSLDDQNFSNKTNLSNDISIRQLNDKLKAMLPKTKISLLQSSDVLASVNK

Target ORF information:

RefSeq Version	XM_014925991.1
Organism	Octopus bimaculoides
Definition	Octopus bimaculoides serine-rich adhesin for platelets-like (LOC106877166), mRNA.

Target ORF information:

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

XM_014925991.1

ORF Insert Sequence:

ATGGAAGAAG ATACAACTTC CAAAAATAAT AGCAAACCTT TGGATAATCT TGACCATTGT 
GATTCTGGAG GCAGTAGAAA TGAATTAGAA TTTGAACAAA AGGAATCAAT GGATCAAACT 
AGCAAGATAA TCCCGTCTGA TACGCGATCG TCAGGTAATC AGGTTACTGA CTGCAACATG 
CATTTGTTAG CAAATGCTGC TGACCACTTT CTGCATCAGT CTCCTAGTCA CCAGTTGGAA 
AACAATGATG AAAGCACCAG GAAAATTACT GCTGAGCCAA GTCATCCAAG AGATTCTAAT 
TATTCTCATC AAACCAATGT TCGATGTCAT CTCCCTAATA AGCCAGTTTT ATCTCTTAAT 
CCTAATAATC TAGCAGACTC AACAGTACAA GATTTAAATC TTGTTTCTGG TAGTTCAAGA 
CCATTGAATT ATCCTTCTAG TAATTTAAGT AACAGCCAAA CTGTTGTATC TGCTAGTACA 
GCGAGCAGTC CCCTGAGTTC AGTTAATACT GTCAGCAGTT CAGTATCTAT ATCTAACAAT 
CAACAGTGTT TAAACTCTGA GCCAGTGTTA TCAGGAAACC TAGAAAGACA CTCTGATTTA 
TTGCTTCCTC CAACTCCTCT TGTTAGTACT CATCTGAGTT CTAATAGTTC CCTACAACAA 
TCTTCAGTTG CATTACAACC AGATAACAAC CCTACTGAAA TGTCTCCATA CATAACTCAA 
ACACCAGTTG TAACAGCATC TGCAGATGAC GTCTTAATTG CTGGTAATAG TAATTTGATA 
ATTCAAAGGA CTTCTGAAGC TGTTCCTACT TCTAGTGCTT ACTGTCCCCC TCAGGTTCAT 
CCAGTGGCTC AACCTCCCAT ATTGAGTTCA ATTAATCCAG CTTCAGATAA TGGCACGAAT 
AAACTAAAGA GTCCTGTATC GACCATTCCT TCAGATGGAA ATGGTGTTAA TTCACAAAAT 
ACTTTACAGC AGCATAAGGA TTTATCCAGT TCATCCTCCA AACCCTTTCA AGCTACTTCT 
GTTTCAACCT TCCCCGCTAC TACTCTTTCT CCATCCAGTG TATACGTATC AAATAACCAT 
ACTAATAATA ATAATGCAAG ACAGAATCTT ACAAGTTTAA CCATTAATCC AGAATCTCTA 
GAGATACCTT CTGTATCCAG TAGTTCTGTA ATGTCCAACT TCAATAACCT GAAGCCAGAA 
CAAAGTGATG CAGCTATCGA AAGCAGTTTT TTCAAAGAAT CTTCAAATTC AGACTCTTTG 
CACACTACTT CTGCATCTAC TCATAATGAA CTCATTGCAG AGCTGAGCAG CAAAGAATCT 
ACAGTGATAC CAACAAGCAG CTCAGTCTAT AGTACAAGCA GTTCTGGAGG AACATCTCAT 
GATAATTTAT GCCCCAGTGA TAGTAAATCT ATTTCCGAAA GAAAAGACAC CATTCTTGAA 
TCTAGTAATT CAATTTTGTC TTGTAATAAA GATGCCATGT TATCCAAATC AAATGTTGCC 
CCAGCTCAGT CACATGATTT GACATCAGAC AGTAACAGAA CATTGTCAGT AGAAAGAGCC 
ATGGTTGGGT CTACGTCAGG AGAGAAGGAC ACTGCTTTAG CTGGGGATAA CACTCTCTCG 
TTTTCTTTTA CTGCTCATGT AAATTCACCA TCTACCACCA ACGTAGAATC TATTTCTCAG 
GATACTGCTA CTGTACCTGC AACAAGTGAA ACAGTAATAT CAACGCCAAT TAAAATGGCA 
GAGTCATCTT CAGGTGTAGG AAAAGCATCA GAACCAGACT CTAAAGTCAC TTCCTTATTG 
AATGAAAATG TTACATCTGC ATCTGGACAA CCATTTGTAA TAACTCATGA AACCAACTCA 
CTTTTCCCAT CCGGTTGCAA TGAGACTTCA ACATCAAGAG ATGAGAAGAC ATCTAATGCT 
ACAATAACAA CAGTTTCTGC TGGAAATGTA TCTTCTTCAT CTGGAAGCAA GATAATTGAA 
GAAAGTTCAA TATGTGAGGA AGACACCACT GCATCAACTG CAACGGTCTC TTTGTCATCA 
TCTACTGGTC AATCCACCCC AGCAGCTTAT GATAAAATGG CTTCAATAGA CAATGATTTA 
GGTGTTGGTC TTTCTAATCC TAAACTTGAT TCTAACAAAT CTGCACTTGA GCTTACACCA 
AATAACGCTC AAGACTCATT TCCTTCAACT TCTGAAGCAG CATGTTTGGA TACTAATGTT 
ACCCATGCTG AAGAAAATGT CACTTCTCAA CACATTCGTC ATTCACCTGC TGAATTAAAC 
AATAATATTG AACCCAGAAA AATTAATAAT GAATCTAAAA ATAATTTGTT GTTGAGTAGC 
AGTACTGATG CTGGCAATGC ATCTCCTGAT GTTGACTGCC AGAACTCATC TGCGTCTGAC 
AAGCGTTATG AAGCAGTTCA AAATACAACA GTCAGTGCGA GTGCTTCGAA TAGTTTGCTT 
GAATCTGATA AAAACCAAGG AATTTCTACC AGTGACCAAA ATGATGGGAA TGATCAGAAT 
ACGGATAAAC ACTTCTCTGT AGATAATGTA AATAGCCCAG TGAATGCTGT TAGCTCAAGT 
AATTCTGTTG ATCAGAAAAC AACTGCGAAA ACACATCCAA ATAATACAGA AAGTAACACT 
TGCAGTTCTA CAATGACAAA TCTAGATCAA CAAACAAACG ATGATGATAA CGATATGGTT 
CAGTCACAGA TTATTTTAAT AAAAGAAAAC ATAAAAGTTG AAACTTCTGA TGGTTCTTCA 
GTAAATGTGG TTAATGATGG GACATCAGAA CCAGCAGAGA AGACTGATGA GTGTATGATG 
GAAGTTGATA TGGAAACAAG TCGCCCAGTT GAAAATAATG AAGAACATGG ACAAATCAAG 
CGAGAATTAA CTGCTGAAAA CATTACCGCA ATCACCGACA CTTCTTCGCC CTTACCAAGC 
GAGGAATCTG ATAATAAAAC CACAAGTGTT GAAAGTAAAA ATAGTAATAC TGATGATAAA 
CAAGAGTCCT CCAGTGTAGC ACAAACTAAC TGGAATTCTC CCATTGGTGC TGTCAATTAT 
ACTTTGGCTG AACCAAGGCG ATCTCAAAGA CAACCAAAAG TTAAGTTCAA TGTTCTTGAT 
CTCATTGGTT TAGGTCCAGA TGTAGACATA CAAAACAAAC CAGCTAAAAC ATTGAGTAAA 
CGAATTTCAA ATGCAGATTC TTCTGAAGAT ATTGGTAACG AAGAAACATT AATGCTGGCA 
TCAAACATTT CAGCATCATT TGTGCAAACG TCACCCACAG CTTCAAAGAA ATATAAAGAA 
GCTGACGCAG AGAAAATATA TGCACCTTTT GAACAAGGCT GGAGAAGAGA AGTTGTTATT 
CGTTCAGTGT ATAAAGAATT CACCAAGTCA GGCAAACCAA AGACAGCACC AGCAGATATT 
TACTATTATA CTCCCGATAA CAAGAAACTG CGATCAATGG TACAAATTGT TAATTACTTA 
GAAGGAAAAG ACACTAACTT GACAGTTGAA AACTTCAACT TTCTCCGCCG ATCTATTTAT 
AAACCGCCGT TTGAGATGGT GCGTACTGCT GGCAGCCACG GAGTCCGGCA CAGAAACCCA 
GACGGTGAAT TTTTATTTGA TAAGAAAACT AGTAAGAAAA TTCGAAAAGA ATCTTATGGA 
AGTAATGATT CCATGACTAT TGAAGACGAT TCAGATGTGC AGCTTATAGA ACGTCCTCCG 
TACAAGAAAT TGTCACTGTC AGGTGGTAAA ACAAACAACA AATTCTCCAA ATTGAAATCC 
AAATCAAGTC CTGCAAAACG TCAAGCGGAG AATAGTAATT CCAGTGAGGT AACTCCAAAG 
CGAATAAAAT CTGTTGCTCG GAAAAGTACA ACTCTAATTT CTAAATCAAT GTTAGTTAAT 
ATGAACAAAA GAAATGCTTT TCAACCATGT TCCCTCAACT GTCCAGGCCT TACAGGCATT 
CCTCCTCAAC TGCATTGTGA TATATGCATG TGTCTATTTC ATAATTCATG TGTAAACCTG 
AAAGAAGATG ATGTTCCCCA AAATTTCAAA TGCAAAAACT GTGAAATGGA TCTTGGTGAT 
TGGATTCCCC CAGTTGAGAC CACTGCATCT AATAGTTTGT CTGGTAATAG AACATCCAAG 
ACACATCATT CTTCATGGAA TAATGAAAAG GGAAGAAAAT CTACCATGCC ATCTGTGATT 
CAGATTTCTA AAGATACAAA CTTTTTATCT CAAGCATCCA AATCTGATTC TCAACTGTTA 
AAAAGTGCTT CAAATGGATC CCCTAGATAT GTTGTCATGA ACATTGTAAA ATCCAGCGAT 
TCCTTATCGT CTGACCCTTC ACAATCTTAT CATATAAAAG ACTTGCAATC TACTTCAGAC 
ATCCCAGATT GCAAGTCTCA AATCCAAGCT TCACTCAATA CATTGCAAGC GTCCGTAAGT 
CCTCGTTTGA AATCAAATAA ATCTAATAAC TCATTAAACG CATCAAAGAC TCTGTCTCAC 
TCTTCACCAC CTTTACCTCA TCCAGTTCCT TCTTCAGTGT TGAAAGACAC CAGCAGTATT 
TCTGAAACTA CAGCACCCAA CACTTTCACA GTTACAAACA CTCCCTCTAC AAGTGCTTCT 
CTCAATACAC TCATTCAAAC CACAAAAGAC TTGAATGTTA CTACCTCATC ATCATCATCA 
CCATCTGATT GTCCTGTAAA TGTTTCATCC CCTAAATCCC TTACTTCCAC TCACTCACAA 
CCTAATATAT CATCAGCCAA CATTAAACTG GAAGTTCCAT CTTCATCTCC GAGTAGTTCT 
AGTAATGTCA GTGATAGTGA AGCTGGCAAA GACAATTACC CACGCTCGGG CCAGCTTCTT 
ACATTACCAT TAGCAGTAGC AAAGCGTTTA GATTCCTCCC TTCCTCTTGC ATTACGCATT 
AATAACATGC AACTCTTTAT CCCCCCATCT CGTTGCATAA ACACCCCTGA AGGGTTAAAG 
GTTTTTCTGC CCCCCAAGAC ATTTTCTGTA CCTAGTGGCT CCACAACCAC AATGAATATA 
ACCTTTTCAT CGGGTACTGT GTCTGGTGAT AGTACCAAAG ATTACTCTGT GTCTCTCTCG 
GAGAAGAACA AAGGAAGCGA AAGCAATCAA GCTGTAGATA AAAGTAAAAC CTTGGAATCT 
GCAAAAACAA TCAGCAAAAT TCAAAAATGC AGAAACAAAT TCAACAACTA CCTGTGTCCT 
TTCAAAAAAT TATATTCTGG CTACTCTAGT ATGCTGCAGA TATTTCACTA TTTAAGTGCA 
GGAGATCTTG TCAGATGCTC ATTGGTATGT AAATCATGGC ACCAACTTGC GACTCAGCCT 
TCTCTGTGGA AAGCCATTCA TTTGAATAAT ACAAGAATTT CTAATTGGAC TTTGGCTACA 
AAATATTTTA ACAAATATAC TGTTGAAGAA TTAAGTCTAC GAGGAATGAA GTTAGGAGAT 
GATTGGAATC GCATTTGGCA CCAACTAACT CCTGTTCTAG ATCAACTGAC AACACTAAAA 
CGAATCTACT TTGATCAAGT ACCTGCTCTT ATGTTGTATA CAGTCTGTGA GAAGCTCCCC 
AATTTGCAAG AGTTGACTGC TAAAAGAATA AGTGATATCA GCAATGAACA ACAATGGACA 
ACACCAACCA AGATTGATTT GACCAAATTT TGTAATGTAA AAATGTTGAA GAAACTACAG 
CTACGTGGCA CGGGAGGTTT AGTTGCTTCT TTCCCATCTG GGATCTTTGA ATTGATTAAA 
TTAAAGCAAC TTCGGCATCT TTCTATTACA TCTTTGAAAG CCAGTGATCA CGACTTTGAT 
TACTTAGGAG AACTCCGTAA CTTGAAAGTA TTAGAGTTGG GGGAATGTAT CAACTGGACA 
TCTGAGACAT ATTTCCAGTT AGGTAAACTT GTGAATCTTG AAAGACTTCA TCTTGAACTT 
GGTGGTAATT TAAATGATGT CAGCTTGGCA AAGGCATTGG GCAACTTAAA ATGTTTAAGA 
GAACTTGAAC TAATGCTCTT TGTCATATCT GACAAATTGC ACACTAAACT TAGTCCACTG 
ACTAATCTTT CAAAATTGGT GATTTGGCCG GACACAACTC ATCAGCCTGC CGTGATAAAC 
AGCAACACAT TTGCCTTGGT GACAAAACTT GTAAATCTGA AGTTTCTGGA ATGGGGTATT 
GTCCGAAATA AGATCTGTGA AACACAAAAT TTGACTGACA CTGAAATGAA TGCATTTGAA 
AACGTCTCTC AAAGTAACAT GGAATTAATT CCTTTTCTCT CATTAGATGA TCAAAATTTT 
TCCAACAAGA CCAACTTGTC AAATGACATA AGCATAAGGC AATTAAATGA CAAACTAAAA 
GCCATGCTAC CAAAAACCAA AATATCCTTA TTACAAAGTT CAGATGTTCT CGCTTCTGTA 
AACAAGTGA