LOC109101586 cDNA ORF clone, Cyprinus carpio(common carp)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109101586
Entrez Gene ID	109101586
Full Name	uncharacterized LOC109101586
Gene Type	protein-coding
Organism	Cyprinus carpio(common carp)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019114954.1	XP_018970499.1	uncharacterized protein LOC109101586

Pathways from BioSystems
Gene Ontology

The following LOC109101586 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109101586 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
OCy113364	XM_019114954.1 Latest version!	Cyprinus carpio uncharacterized LOC109101586 (LOC109101586), 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)

LOC109101586 ( XM_019114954.1 ) cDNA ORF clone, Cyprinus carpio(common carp) -> XP_018970499.1 Cyprinus carpio uncharacterized LOC109101586 (LOC109101586), mRNA.

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CloneID	OCy113364
Clone ID Related Accession (Same CDS sequence)	XM_019114954.1
Accession Version	XM_019114954.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5793bp) 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	2016-11-09
Organism	Cyprinus carpio(common carp)
Product	uncharacterized protein LOC109101586
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031723.1) 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 :: Cyprinus carpio Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCTG ACTCTTCTCC TCATCACTCA GCATCTGCTC ACTCGCCAGA ACAAGTAATG 
ATTCACTCCC CTGTGGGTTA CACCATCAGC CCATCATCTA CAAATGAGAG AATCGTTTCT 
TCGACTGAAC CTGAAGACTC ACCATCCTTC CCTGTAGTCA CAAGGATTGA ATACAGGGAT 
ATTTGCTCTT CTCCTGATCA CTCAGAACCA GTAATCATTC ACTCGTCTCC GTGTTACAAC 
ATCAGTCCAT CACCTACAAA TGAGAGACGG GTTTATTCAA CTGAACCTGA TGCCTCAACA 
TCTTCCCCCT GCGGTCGCAG TGATATGCAC TCCTCTACTG ATCACTCCAT TCCAGCTCAC 
TCACAAGAAC CTGAAATTAT TCACTCACCA AAGGGTTATA CTATCACCCC ATCACCTACA 
AATAAGAGAA TGTTTTTTTC AGTGGAACCT AATGATCTAC CATCCTCTCC TGCCATCACA 
GGAACTGATT ACACAGCAAC ACCTACATAC AGTAGAGATT CCACACCTGC GTTAAGGAGC 
ATTACCTCTA CTCCAAACAG CAGAGAAAAT TACCTTACAC CAGAGCCCAA TTCCCCAGCC 
CCTTCACTGG AATTGAGATC AGTTACCTGC TCACCTGAAA TCAAAACAAT ATCATATAGT 
GTTCTGCCAC AAAATACAAA ATCCCCAGGC ATCACATATA ACGTTACACC AACCAAAGAT 
TTAGCCCAAT CAACAAATGT CTGTGACAAC TCTTCTGAAT CTTCCAGCTA TCTTTTTGGA 
AATGACACCT CTGTCTTACC TAGCTCAAGG AACTTTTTGC CAACACCAGA GAGTAGATCA 
AGGCCCCCAT CAGCTACATC AGACCATACC AAACACACAA CACTATCCTC TTATCTCCAA 
CCTGAGCCTT CCATTACTCT TGGAAAGGCA GAAAATCAGA GTTTATCCAT AATCTGTGAT 
GGAGTTAGTC ATCCTTTCTC TAACCCAATA GACTGTTTTG ATTGTTTTGA TGACCATGCT 
GACCCAACAA CCTTGAAAAG CCTTGCATTT GTCCCAGATG AATGTAAAGG CAGTGGACCA 
CCAGTTCAGA TACTGCAAGA TTCAACCTCT AAAACCTCAG ATTCTGGATC GTCAACAATA 
AAAATTGTGA AAAGTCAACA AAATGTCACT GACAACACAA CTGATTTAAC CTCCCCGTGT 
GCATGGGATG CATCTCTGCC GAAGCCAGTG CCATCTGTAG AGAAGAAACA ATGCCATGTT 
GAGGTTTTTG ATAGGAACAA GGGAACAGAA ATGTTAAAAA ATGATTCCCC AAGCAGTGAC 
AAGAGGCTTA GTCAAGTGCC TGTAGCATTA AGAGAAAGCC CAGAGGTTAT CAGTAGGGAC 
AATGGTGGTG AATTTGACAG GCAACCATGC AGGGAAAAAG AGGAGAGTGG AAAGAAGGAG 
GGAGAGGGGG AGGAGACTAT TGGAGAGAGT AGTTACAGAG GGGAACAGGT TGAGCTGTCA 
TTCAGTGCCA GGAATAGAAA AGGGCCTGCA GGCCACAGCC CAGCTCTCTC AAGTCGAGAC 
CCAAAGTCGG GAATTCCAGC TCGCTGTTAT TTTGAGTCGC ACCCAACAAC TTTGCAGCAA 
CAGAGTCAGC TCAGAGCTCA GGGCTCACAA CAAGAGAACA AGGGTGGCGC CAGGAGGCTC 
CAGTCAGCTG CCCAGGGTAA ATACAGCAGT GCAGGCTTTC TTCCTCCTGA ATGTACTGGT 
GAGACCTCCA ACATGGGAAG TGAATTTGAT GAAGCAGACA ATGAAGTAAA GTGGTTTACA 
GATCTGGCCT TCAGAAGCCT ATCTAGTCCT CAGGTGGATT ATTTGGATGT GTACAATTCA 
AGCCACAGGT CCTCTACAAA TGTTTCACAG CCATCGACTG TAGACAGCCC TGGAGCTGTT 
GCATGGATGA CCTACGCAGA TTTACGTGGC TCAGCTTTAC ATGAACATGA TGGTTCGTCT 
TTTTTATCCC GTGATGTCCT GGACCCAAAC AAACGCTTTG AAATGGGGAG TTTTGAGTGT 
GTGGATGTTG CATTAGAGAG CAAGGAAGAA TCCAGTAGAG GAAAGAGGAC AGTACCTAAA 
AGGCAGATCC AGCTGTTAAG GCGGAACACA GATGAATCAA AGCATAAAGG AAACAATGAA 
AATATTTTGA ATTCACCCTC CACATATAGA CACTCAAAAG ACGCACTTGT TCGTCAACAT 
AGCACCCCAG CTATTGTGCA AGAGGAAGTT TCCAAGGAGG TGCCAAATTC ACCACAAAAT 
GACAGGAAAA AGACCTTGCA GAAGTCTGTG TCTTTAGATG ATGGCTCCCC TAAGACACAA 
ATGGCATCTT GCATTATCAA GAGTGTATTG TCAAAGAAAA TGCATGATGT GCAGAAAGAG 
ACACCAAAAA GTACAGACCC AAGTCCTTCT GGAGATAAAA ATAAACATCT TGATGTCAGC 
CCCAGCTCTT TTGATGATGT ACCAAGTACC ATGGAGAAAC ATAGTTTAAG CTCTAGCCAG 
CATTCTGAAT GTACTCTTTC ATCTGAAGAT TTTGCTGCGG GAGAGGAGAG AATTTCACAT 
CGTCAGCCGA AGAAGTGTGC TCCAAAGGTT CCACCAAAGC CATTCTTAAG ACCTGCATTC 
TTTAACAATG GGGAAGCTCA GGTAGCTGGC AACATTGCAA GGGAAGAAAC CAAGCCTATA 
GTGGCTCCTC CACAAGTTGA TGACAAAATA CAAAACAGCA AGAGTGATAG GAAAGAGGGA 
GGAGGTAGCA ACCTTGAAGA GAAGTACAAT TGTGACTCAG CAAATGCCAG TATCAGTAAC 
ACAAGTCCTG TTGTTGCTAC ACCAGCAATA AGCATGCAGA ACAGAATGAC AACCAGAGAC 
ATAAAAAAGC GCCAGATGAC ACCGGAAAAC CAGGAACAAC TGGCTGGAAA GAGTGTATTT 
ATGTCGAAAA CCCCAGAGAT AACTTTGAAA CCTTCTTCTA TCAAAGGAAA AAAGACATCT 
TCTCTGAAAG TGTCTTTGTC CCCTGACTTG GAACAGTCCA GAGAAATATC TAAATCTCAG 
GCAATAGAGA AAGCTGCAGA AGATATAAGC ACCAAATCTA CTAAAGTCAT AGAGACAGAA 
GATGACGATG ACAGCAACAA AAAATCTGTT ATACATAGAG TTAGGGATGT GAGGAAGTTA 
GTGAAAAACA CATACAACCT GTCTTTCAAA GCATCAAATT CAACCTCTAC TGCAGAAGAG 
ACAGTTATTC AAGGGGAAAG AGAGAAGCCG CCGCAAACTC CTCCAGCCTT ACACATTGAA 
TGTAAAGCTA TCAGTTGGAA GGACAAACAA ACATCAGGCA GCAAAGCAAT CCACTGTCAT 
GATGAAAAAC TGCCTGTTGA CATATCAAAA ATATCACAAC CATGGGTGAG CGCAGAGACA 
AAAAGAGATG CTGACATCAC TGAAATAACA TCCAAAGGCT CAAAACAAAA CAAAGAGTCA 
AAACAAAAAG CACCATATTC TCACTCTACG ACCACAGATG GATTACCTGA ATCAGAAGGT 
ATCAATAAAA GATCTTCCAG TCACTGTGAT CAGAGTTCTA AGATGCCCCC TAGACCCCCA 
AGTAAGGACC GAGAAGTTTC TGCATTGGTG GTTCTACCAG ATTGCACATC CAAGACAAAG 
TCTGTTTCCC CTACAATCCT TGACTCTACT CAAATGAAAG CTGCAACCAG CAGCCACTCT 
GTATCCATGC TACTGAAAGA AAAAGGGATG CAAGCTGACA TTGGAGTGTG TGATGTTCTC 
ACTGAAGGTG CAAGTGCTAC AGCTAAACAT GTCAACAGGC TTGAGGTACC TGTACAGGCA 
TGTTCATCAG AAAGCATTTC AAGTGAAGTA CAAGTAAAGG CAGAAAATAC ATCATTGCCT 
TGCAATCCAA CAGCATTTGT CAATGATTCA TCAAGAATAT CTCAACCAAG TGAGAGTCCC 
AAGGGAATAC TGACAGAAGA ATCTTTAACA AAGGAACAAG AAAAAAAGAA AACTACCACT 
ACAACACAAA TTCCAACTTA TTTAGCAACA TCTGGCAAGC CAGAGGTGAG GTCTTTTTCA 
AGCAGTACAA AAAATAATGC CACACCAGTG AATGCATCAA AAGAGATTGA GTTACCCATA 
CAAGTGAGAT CAATATCCAC TGATAGACTA AAGCCATTTG TAACACCAAA ACCCAGCTAT 
AAACAGTCAT TTGCAGAAGT TAAGTCAGTG TCAAGTGACC CATCAAAAGC AGATACTCAA 
GCATTGTCTG TTATTAAACA GCAAACAATA TTAAGTAGTG AATCAAAGAA AAATGAAACA 
CCATCAACAG TGACACACAA GGATCAACCA AACGAGACTT CATCAACAGA TACAAAAAGA 
CTGGCTGTAT CAGCTGTATC AAGCTGCAAA CCACCATCCA TCCCAGTCAC AGCAACTCCA 
AGTGTTGTGC AAAAATCCAC CACAAAGACA CTGTCCAGTC TGGATCAACA GCAATCTACT 
GCTTTCTTGC AACCAGCAAC CAGCACTTAC CAGCAGCAAA CCCCATCATT CAGTCAAGAC 
CAGTCAATTC TAGATGGTTC CATTGCTTTT AACTCATCAG GACCACAAGC CCTTAACCAT 
ACACCATCTG TGACAAGAGC ATCATCTAAT AATCGTTTTC ACACAGATGA CTATCTTTTC 
TACGCTTCAG ATGATCCTCC CAGCTATGAT GAGCGGGAGA GTTTCAGCCC GCTACGGCTC 
TCAGACTTAC CCCCACATAG GTCACATAGG TCTTCTTGCT CCTGCATGCC AAGTTCTCAT 
TCGCATCAAG GACATCCCAA CAACAGTCCA CAGGAACGGG TACCAGCAGC CTCTCGGTCT 
CCAGGCCAAG TCCTTACCTG TCCTGGTGCT CCTCCGCAAG CTCAAGTTCG TCCTCATCAG 
TGCAGACCAG ATGGTCTACC AGTCTCCAAT ATCACAATAC CTCATGCCTC AGCTTTGATT 
CAGCCTCTAC ACAATCCACG AGCTTGTCCA GTTTCAAACT CACAATCCTA TGGTGATGAC 
CATCCTCCAG CTTCTGGGCT GCATGCAGAT AGACGGCCAG CCAATCACCC TTCACCTCAG 
GCAGCAGCTC CTGCTCCCTA TCATGAGTAT TCTCATTCAG CTAACATGTC TACTCTGGAT 
CCCCGGCCTC AGTTGTTTAA TCCTCAAGAT TTGACACCAT CTTTTGGCCA CGATTACACA 
AATGAAGGTC CAGGTGGAGC TGGTGTATTG TATCCAGAGA ATGCAAGTGG GCTCAGCTGT 
GGCCAAGGTG CCCGTCGTGT TCTTCTTGAT CCTGAGACTG GTAAATACTT CTACATTGAG 
GTACCAATGC AACCACTCAG AAAAATGCTG TTTGATCCTG AATTGGGCCA GTATGTAGAA 
GTTCTCATAC CACATCAGGC AATGTCCCAT TCAGGGCTAT ATCCACCAGC TGCACCACCC 
TACTCCTCTT TGCACAGTCC TGGGTTGTAT GCACCACAGT ACCTGCCTTA CGCAGTGCCA 
TCTTACCCAG CAATCTCAGG TACTGCCCCG CAAATTCGCC ATCCAGAGCC ACCTCCTGTG 
CCCACCACAC TTCACCAGAC TTCCTTAAGG TATGGAAGCC CTGCAAGCCA GATGCCAAAA 
ATTGAACCAA AAGGCCATTC ATCACTGGAT CAAAGCTATC TAGAGAGCAT GTATTACATC 
CCCACTGGGA TGAATGCAAG CCCAAATGCA ACCCCTTCAG AATGCTACCA CAAGCCATCA 
AGCATGCCTC CTTCAGGGGG ACGAAGAGCA TGA

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

RefSeq	XP_018970499.1
CDS	5..5797
Translation	MKPDSSPHHSASAHSPEQVMIHSPVGYTISPSSTNERIVSSTEPEDSPSFPVVTRIEYRDICSSPDHSEPVIIHSSPCYNISPSPTNERRVYSTEPDASTSSPCGRSDMHSSTDHSIPAHSQEPEIIHSPKGYTITPSPTNKRMFFSVEPNDLPSSPAITGTDYTATPTYSRDSTPALRSITSTPNSRENYLTPEPNSPAPSLELRSVTCSPEIKTISYSVLPQNTKSPGITYNVTPTKDLAQSTNVCDNSSESSSYLFGNDTSVLPSSRNFLPTPESRSRPPSATSDHTKHTTLSSYLQPEPSITLGKAENQSLSIICDGVSHPFSNPIDCFDCFDDHADPTTLKSLAFVPDECKGSGPPVQILQDSTSKTSDSGSSTIKIVKSQQNVTDNTTDLTSPCAWDASLPKPVPSVEKKQCHVEVFDRNKGTEMLKNDSPSSDKRLSQVPVALRESPEVISRDNGGEFDRQPCREKEESGKKEGEGEETIGESSYRGEQVELSFSARNRKGPAGHSPALSSRDPKSGIPARCYFESHPTTLQQQSQLRAQGSQQENKGGARRLQSAAQGKYSSAGFLPPECTGETSNMGSEFDEADNEVKWFTDLAFRSLSSPQVDYLDVYNSSHRSSTNVSQPSTVDSPGAVAWMTYADLRGSALHEHDGSSFLSRDVLDPNKRFEMGSFECVDVALESKEESSRGKRTVPKRQIQLLRRNTDESKHKGNNENILNSPSTYRHSKDALVRQHSTPAIVQEEVSKEVPNSPQNDRKKTLQKSVSLDDGSPKTQMASCIIKSVLSKKMHDVQKETPKSTDPSPSGDKNKHLDVSPSSFDDVPSTMEKHSLSSSQHSECTLSSEDFAAGEERISHRQPKKCAPKVPPKPFLRPAFFNNGEAQVAGNIAREETKPIVAPPQVDDKIQNSKSDRKEGGGSNLEEKYNCDSANASISNTSPVVATPAISMQNRMTTRDIKKRQMTPENQEQLAGKSVFMSKTPEITLKPSSIKGKKTSSLKVSLSPDLEQSREISKSQAIEKAAEDISTKSTKVIETEDDDDSNKKSVIHRVRDVRKLVKNTYNLSFKASNSTSTAEETVIQGEREKPPQTPPALHIECKAISWKDKQTSGSKAIHCHDEKLPVDISKISQPWVSAETKRDADITEITSKGSKQNKESKQKAPYSHSTTTDGLPESEGINKRSSSHCDQSSKMPPRPPSKDREVSALVVLPDCTSKTKSVSPTILDSTQMKAATSSHSVSMLLKEKGMQADIGVCDVLTEGASATAKHVNRLEVPVQACSSESISSEVQVKAENTSLPCNPTAFVNDSSRISQPSESPKGILTEESLTKEQEKKKTTTTTQIPTYLATSGKPEVRSFSSSTKNNATPVNASKEIELPIQVRSISTDRLKPFVTPKPSYKQSFAEVKSVSSDPSKADTQALSVIKQQTILSSESKKNETPSTVTHKDQPNETSSTDTKRLAVSAVSSCKPPSIPVTATPSVVQKSTTKTLSSLDQQQSTAFLQPATSTYQQQTPSFSQDQSILDGSIAFNSSGPQALNHTPSVTRASSNNRFHTDDYLFYASDDPPSYDERESFSPLRLSDLPPHRSHRSSCSCMPSSHSHQGHPNNSPQERVPAASRSPGQVLTCPGAPPQAQVRPHQCRPDGLPVSNITIPHASALIQPLHNPRACPVSNSQSYGDDHPPASGLHADRRPANHPSPQAAAPAPYHEYSHSANMSTLDPRPQLFNPQDLTPSFGHDYTNEGPGGAGVLYPENASGLSCGQGARRVLLDPETGKYFYIEVPMQPLRKMLFDPELGQYVEVLIPHQAMSHSGLYPPAAPPYSSLHSPGLYAPQYLPYAVPSYPAISGTAPQIRHPEPPPVPTTLHQTSLRYGSPASQMPKIEPKGHSSLDQSYLESMYYIPTGMNASPNATPSECYHKPSSMPPSGGRRA

Target ORF information:

RefSeq Version	XM_019114954.1
Organism	Cyprinus carpio(common carp)
Definition	Cyprinus carpio uncharacterized LOC109101586 (LOC109101586), mRNA.

Target ORF information:

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

XM_019114954.1

ORF Insert Sequence:

ATGAAACCTG ACTCTTCTCC TCATCACTCA GCATCTGCTC ACTCGCCAGA ACAAGTAATG 
ATTCACTCCC CTGTGGGTTA CACCATCAGC CCATCATCTA CAAATGAGAG AATCGTTTCT 
TCGACTGAAC CTGAAGACTC ACCATCCTTC CCTGTAGTCA CAAGGATTGA ATACAGGGAT 
ATTTGCTCTT CTCCTGATCA CTCAGAACCA GTAATCATTC ACTCGTCTCC GTGTTACAAC 
ATCAGTCCAT CACCTACAAA TGAGAGACGG GTTTATTCAA CTGAACCTGA TGCCTCAACA 
TCTTCCCCCT GCGGTCGCAG TGATATGCAC TCCTCTACTG ATCACTCCAT TCCAGCTCAC 
TCACAAGAAC CTGAAATTAT TCACTCACCA AAGGGTTATA CTATCACCCC ATCACCTACA 
AATAAGAGAA TGTTTTTTTC AGTGGAACCT AATGATCTAC CATCCTCTCC TGCCATCACA 
GGAACTGATT ACACAGCAAC ACCTACATAC AGTAGAGATT CCACACCTGC GTTAAGGAGC 
ATTACCTCTA CTCCAAACAG CAGAGAAAAT TACCTTACAC CAGAGCCCAA TTCCCCAGCC 
CCTTCACTGG AATTGAGATC AGTTACCTGC TCACCTGAAA TCAAAACAAT ATCATATAGT 
GTTCTGCCAC AAAATACAAA ATCCCCAGGC ATCACATATA ACGTTACACC AACCAAAGAT 
TTAGCCCAAT CAACAAATGT CTGTGACAAC TCTTCTGAAT CTTCCAGCTA TCTTTTTGGA 
AATGACACCT CTGTCTTACC TAGCTCAAGG AACTTTTTGC CAACACCAGA GAGTAGATCA 
AGGCCCCCAT CAGCTACATC AGACCATACC AAACACACAA CACTATCCTC TTATCTCCAA 
CCTGAGCCTT CCATTACTCT TGGAAAGGCA GAAAATCAGA GTTTATCCAT AATCTGTGAT 
GGAGTTAGTC ATCCTTTCTC TAACCCAATA GACTGTTTTG ATTGTTTTGA TGACCATGCT 
GACCCAACAA CCTTGAAAAG CCTTGCATTT GTCCCAGATG AATGTAAAGG CAGTGGACCA 
CCAGTTCAGA TACTGCAAGA TTCAACCTCT AAAACCTCAG ATTCTGGATC GTCAACAATA 
AAAATTGTGA AAAGTCAACA AAATGTCACT GACAACACAA CTGATTTAAC CTCCCCGTGT 
GCATGGGATG CATCTCTGCC GAAGCCAGTG CCATCTGTAG AGAAGAAACA ATGCCATGTT 
GAGGTTTTTG ATAGGAACAA GGGAACAGAA ATGTTAAAAA ATGATTCCCC AAGCAGTGAC 
AAGAGGCTTA GTCAAGTGCC TGTAGCATTA AGAGAAAGCC CAGAGGTTAT CAGTAGGGAC 
AATGGTGGTG AATTTGACAG GCAACCATGC AGGGAAAAAG AGGAGAGTGG AAAGAAGGAG 
GGAGAGGGGG AGGAGACTAT TGGAGAGAGT AGTTACAGAG GGGAACAGGT TGAGCTGTCA 
TTCAGTGCCA GGAATAGAAA AGGGCCTGCA GGCCACAGCC CAGCTCTCTC AAGTCGAGAC 
CCAAAGTCGG GAATTCCAGC TCGCTGTTAT TTTGAGTCGC ACCCAACAAC TTTGCAGCAA 
CAGAGTCAGC TCAGAGCTCA GGGCTCACAA CAAGAGAACA AGGGTGGCGC CAGGAGGCTC 
CAGTCAGCTG CCCAGGGTAA ATACAGCAGT GCAGGCTTTC TTCCTCCTGA ATGTACTGGT 
GAGACCTCCA ACATGGGAAG TGAATTTGAT GAAGCAGACA ATGAAGTAAA GTGGTTTACA 
GATCTGGCCT TCAGAAGCCT ATCTAGTCCT CAGGTGGATT ATTTGGATGT GTACAATTCA 
AGCCACAGGT CCTCTACAAA TGTTTCACAG CCATCGACTG TAGACAGCCC TGGAGCTGTT 
GCATGGATGA CCTACGCAGA TTTACGTGGC TCAGCTTTAC ATGAACATGA TGGTTCGTCT 
TTTTTATCCC GTGATGTCCT GGACCCAAAC AAACGCTTTG AAATGGGGAG TTTTGAGTGT 
GTGGATGTTG CATTAGAGAG CAAGGAAGAA TCCAGTAGAG GAAAGAGGAC AGTACCTAAA 
AGGCAGATCC AGCTGTTAAG GCGGAACACA GATGAATCAA AGCATAAAGG AAACAATGAA 
AATATTTTGA ATTCACCCTC CACATATAGA CACTCAAAAG ACGCACTTGT TCGTCAACAT 
AGCACCCCAG CTATTGTGCA AGAGGAAGTT TCCAAGGAGG TGCCAAATTC ACCACAAAAT 
GACAGGAAAA AGACCTTGCA GAAGTCTGTG TCTTTAGATG ATGGCTCCCC TAAGACACAA 
ATGGCATCTT GCATTATCAA GAGTGTATTG TCAAAGAAAA TGCATGATGT GCAGAAAGAG 
ACACCAAAAA GTACAGACCC AAGTCCTTCT GGAGATAAAA ATAAACATCT TGATGTCAGC 
CCCAGCTCTT TTGATGATGT ACCAAGTACC ATGGAGAAAC ATAGTTTAAG CTCTAGCCAG 
CATTCTGAAT GTACTCTTTC ATCTGAAGAT TTTGCTGCGG GAGAGGAGAG AATTTCACAT 
CGTCAGCCGA AGAAGTGTGC TCCAAAGGTT CCACCAAAGC CATTCTTAAG ACCTGCATTC 
TTTAACAATG GGGAAGCTCA GGTAGCTGGC AACATTGCAA GGGAAGAAAC CAAGCCTATA 
GTGGCTCCTC CACAAGTTGA TGACAAAATA CAAAACAGCA AGAGTGATAG GAAAGAGGGA 
GGAGGTAGCA ACCTTGAAGA GAAGTACAAT TGTGACTCAG CAAATGCCAG TATCAGTAAC 
ACAAGTCCTG TTGTTGCTAC ACCAGCAATA AGCATGCAGA ACAGAATGAC AACCAGAGAC 
ATAAAAAAGC GCCAGATGAC ACCGGAAAAC CAGGAACAAC TGGCTGGAAA GAGTGTATTT 
ATGTCGAAAA CCCCAGAGAT AACTTTGAAA CCTTCTTCTA TCAAAGGAAA AAAGACATCT 
TCTCTGAAAG TGTCTTTGTC CCCTGACTTG GAACAGTCCA GAGAAATATC TAAATCTCAG 
GCAATAGAGA AAGCTGCAGA AGATATAAGC ACCAAATCTA CTAAAGTCAT AGAGACAGAA 
GATGACGATG ACAGCAACAA AAAATCTGTT ATACATAGAG TTAGGGATGT GAGGAAGTTA 
GTGAAAAACA CATACAACCT GTCTTTCAAA GCATCAAATT CAACCTCTAC TGCAGAAGAG 
ACAGTTATTC AAGGGGAAAG AGAGAAGCCG CCGCAAACTC CTCCAGCCTT ACACATTGAA 
TGTAAAGCTA TCAGTTGGAA GGACAAACAA ACATCAGGCA GCAAAGCAAT CCACTGTCAT 
GATGAAAAAC TGCCTGTTGA CATATCAAAA ATATCACAAC CATGGGTGAG CGCAGAGACA 
AAAAGAGATG CTGACATCAC TGAAATAACA TCCAAAGGCT CAAAACAAAA CAAAGAGTCA 
AAACAAAAAG CACCATATTC TCACTCTACG ACCACAGATG GATTACCTGA ATCAGAAGGT 
ATCAATAAAA GATCTTCCAG TCACTGTGAT CAGAGTTCTA AGATGCCCCC TAGACCCCCA 
AGTAAGGACC GAGAAGTTTC TGCATTGGTG GTTCTACCAG ATTGCACATC CAAGACAAAG 
TCTGTTTCCC CTACAATCCT TGACTCTACT CAAATGAAAG CTGCAACCAG CAGCCACTCT 
GTATCCATGC TACTGAAAGA AAAAGGGATG CAAGCTGACA TTGGAGTGTG TGATGTTCTC 
ACTGAAGGTG CAAGTGCTAC AGCTAAACAT GTCAACAGGC TTGAGGTACC TGTACAGGCA 
TGTTCATCAG AAAGCATTTC AAGTGAAGTA CAAGTAAAGG CAGAAAATAC ATCATTGCCT 
TGCAATCCAA CAGCATTTGT CAATGATTCA TCAAGAATAT CTCAACCAAG TGAGAGTCCC 
AAGGGAATAC TGACAGAAGA ATCTTTAACA AAGGAACAAG AAAAAAAGAA AACTACCACT 
ACAACACAAA TTCCAACTTA TTTAGCAACA TCTGGCAAGC CAGAGGTGAG GTCTTTTTCA 
AGCAGTACAA AAAATAATGC CACACCAGTG AATGCATCAA AAGAGATTGA GTTACCCATA 
CAAGTGAGAT CAATATCCAC TGATAGACTA AAGCCATTTG TAACACCAAA ACCCAGCTAT 
AAACAGTCAT TTGCAGAAGT TAAGTCAGTG TCAAGTGACC CATCAAAAGC AGATACTCAA 
GCATTGTCTG TTATTAAACA GCAAACAATA TTAAGTAGTG AATCAAAGAA AAATGAAACA 
CCATCAACAG TGACACACAA GGATCAACCA AACGAGACTT CATCAACAGA TACAAAAAGA 
CTGGCTGTAT CAGCTGTATC AAGCTGCAAA CCACCATCCA TCCCAGTCAC AGCAACTCCA 
AGTGTTGTGC AAAAATCCAC CACAAAGACA CTGTCCAGTC TGGATCAACA GCAATCTACT 
GCTTTCTTGC AACCAGCAAC CAGCACTTAC CAGCAGCAAA CCCCATCATT CAGTCAAGAC 
CAGTCAATTC TAGATGGTTC CATTGCTTTT AACTCATCAG GACCACAAGC CCTTAACCAT 
ACACCATCTG TGACAAGAGC ATCATCTAAT AATCGTTTTC ACACAGATGA CTATCTTTTC 
TACGCTTCAG ATGATCCTCC CAGCTATGAT GAGCGGGAGA GTTTCAGCCC GCTACGGCTC 
TCAGACTTAC CCCCACATAG GTCACATAGG TCTTCTTGCT CCTGCATGCC AAGTTCTCAT 
TCGCATCAAG GACATCCCAA CAACAGTCCA CAGGAACGGG TACCAGCAGC CTCTCGGTCT 
CCAGGCCAAG TCCTTACCTG TCCTGGTGCT CCTCCGCAAG CTCAAGTTCG TCCTCATCAG 
TGCAGACCAG ATGGTCTACC AGTCTCCAAT ATCACAATAC CTCATGCCTC AGCTTTGATT 
CAGCCTCTAC ACAATCCACG AGCTTGTCCA GTTTCAAACT CACAATCCTA TGGTGATGAC 
CATCCTCCAG CTTCTGGGCT GCATGCAGAT AGACGGCCAG CCAATCACCC TTCACCTCAG 
GCAGCAGCTC CTGCTCCCTA TCATGAGTAT TCTCATTCAG CTAACATGTC TACTCTGGAT 
CCCCGGCCTC AGTTGTTTAA TCCTCAAGAT TTGACACCAT CTTTTGGCCA CGATTACACA 
AATGAAGGTC CAGGTGGAGC TGGTGTATTG TATCCAGAGA ATGCAAGTGG GCTCAGCTGT 
GGCCAAGGTG CCCGTCGTGT TCTTCTTGAT CCTGAGACTG GTAAATACTT CTACATTGAG 
GTACCAATGC AACCACTCAG AAAAATGCTG TTTGATCCTG AATTGGGCCA GTATGTAGAA 
GTTCTCATAC CACATCAGGC AATGTCCCAT TCAGGGCTAT ATCCACCAGC TGCACCACCC 
TACTCCTCTT TGCACAGTCC TGGGTTGTAT GCACCACAGT ACCTGCCTTA CGCAGTGCCA 
TCTTACCCAG CAATCTCAGG TACTGCCCCG CAAATTCGCC ATCCAGAGCC ACCTCCTGTG 
CCCACCACAC TTCACCAGAC TTCCTTAAGG TATGGAAGCC CTGCAAGCCA GATGCCAAAA 
ATTGAACCAA AAGGCCATTC ATCACTGGAT CAAAGCTATC TAGAGAGCAT GTATTACATC 
CCCACTGGGA TGAATGCAAG CCCAAATGCA ACCCCTTCAG AATGCTACCA CAAGCCATCA 
AGCATGCCTC CTTCAGGGGG ACGAAGAGCA TGA