LOC105765549 cDNA ORF clone, Gossypium raimondii

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105765549
Entrez Gene ID	105765549
Full Name	uncharacterized LOC105765549
Gene Type	protein-coding
Organism	Gossypium raimondii

mRNA and Protein(s)

mRNA	Protein	Name
XM_012584719.1	XP_012440173.1	uncharacterized protein LOC105765549

Pathways from BioSystems
Gene Ontology

The following LOC105765549 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105765549 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
OGo182679	XM_012584719.1 Latest version!	Gossypium raimondii uncharacterized LOC105765549 (LOC105765549), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC105765549 ( XM_012584719.1 ) cDNA ORF clone, Gossypium raimondii -> XP_012440173.1 Gossypium raimondii uncharacterized LOC105765549 (LOC105765549), mRNA.

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CloneID	OGo182679
Clone ID Related Accession (Same CDS sequence)	XM_012584719.1
Accession Version	XM_012584719.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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	2015-05-21
Organism	Gossypium raimondii
Product	uncharacterized protein LOC105765549
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012160875.1) 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 :: Gossypium raimondii Annotation Release 100 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##

ATGCGAACTC GATTTCTCAA CGTCGATTAC TTGAGCGCCT TTCAATCCCC AGCCGAAACC 
CCAAGCTTCC TCAACCTACC GCCTCCTCAC TTCCCTCCTC ATACTTCCAA CTTTATTGAC 
GATCTTCTTC ACTTTGATTC GTTCCTCAAC CTCCCTCTCC AGACCGAGAG ATTGCCGATC 
GACGCCGCTC TCTCCAACTT CTTGTCGGAA GCAATTCCTC CGTTCATCGA TGTCGATATC 
AGAGATTTCG AGGATACTCG GTTTCCCAGT GGAAATGCCA GCGCAAAGTT CTCCGCCGAG 
GAAGAAGCTA TGGTTTGTAA TGAGAAGGAA GCAGGGAGTC AGAGAACTTT TGGATCAGAA 
ATTCAGGAGG AGGATAATGT AACCTGTGGA GCTGATAAGG ATGTTCGGAG GTTAGACGTG 
ATACTTTTTG AAACACCCGA GCTGGATACT TTTTTGGATA ATGCCCACTT TTCCGAGAAA 
GAGATTGAGA CATTCTCTGG AATTTCAGAG ATTGATAATA ATAAGGATGA GACGGGCCCT 
ATACTGCAGT TTCCTGACAA GATTCAAGAA TCAGTTTATT CAGTTGAAGA TGTTATTTCA 
GAGTGCAACA GGGAGCAAAA TATTTATATG CTGGAAGAGG ATTGTTCTTT TGGAGGTCGA 
GAGCTCTTAC AGCATAGCAT CTTCCCCATT TTGGAGGTGG ATGAAATAAG TCTGGGTATC 
ATGACAAGTC ATTCTATTGA TGATGTACTT CCTACTGCTT TTGAATCTAT TGAATCCCAG 
CTGTGGACTC AAGAAAATGA TCTGCTTACT GACAGCAAGG AGCTCTTGGG CTCTATTGGG 
AATGATATCT TAAAGTTTCT TTCTGATCTC TGTTTAATGG AAAAATATCC GGAACCTGAG 
CTAGCCTTCC CAGAGATGTT CCTGGATGTG AACATTATAT GCATGGTGGA AACTCCTCAA 
GCTGATGGGA ATTCTGAACT TGTTATGGCA AAACAGTATA CTGGTTATCT TTTTCCCACA 
AACCTGGTTA TTTTTGAGGA ATTCCAGATT TTTGATGTTG ATTCATCTCA AAACTTTGAT 
GTGTTTTTGA ACAGACAAAT AACCCATGAG CCAGAAGCAT GTAACCATAT GTTCAAGGAA 
GACTTGAATT TCAAGAGTTT CAGTGAATTG GTTGTTAGTC ATGAACTTGT GTTGGTAGAT 
GAAACATTCA AATCTTTGCC TATACATGTT CTCTCTGATC ATGGAAGGTT GAGGTTACCA 
TGCACAGTTA TCGAGGAATT ACTGTCTGAT TTGAAGCCGC TGCCCCTATC TGCATCTGAT 
GGTATCTACT TGGACTGGTA TATATTGGAA GATGATAAAT GCAGTAGTAA AGTTCATGCT 
TTGTTTCAGA ATATGATGGA GGAGATAGAT GCTTCCAGCA TTGATTTTGA ACAGGAAAGT 
TTTGAGGGTA GGAAGTTAGT TTCTGACTTC ATTTTCTCAG ATGATGCTTT AACAGGATCA 
GCTACTGAAC AATATGAGGA AGTACCGAAT GTAACTTTTG ATCGCGTACC TATGCTTAAT 
GATAATCTTA TGGCTGTTGC GTCCAATAAG TTACAAGACA ACGGTTTCCC AAAACCAGGA 
AACTCGAAAC AATTAGCAGA AAAAGATGAT AAGAGGGCTT CATTACTATT CAAGACTATG 
TCACAATTCA ATGATCTTGC TTTTTTCTTG AATCCCCAGA AAAGTAGCGC TAGAGAAAAT 
GCTGGACCTG AGGCCATGTC GTCCAATCCA AAGGCTGAAT TACCGAATGT TTCATCTGGT 
CGTTCAGTTG AAGCATGTGA ATCCGCTGGT CTACAGTCAC ATGTCAATGG TCCAGATTTT 
TTCTTGAATC CCCAGAAAAG TAGTGCTAGA GAAGATGCTG CACCTGCGGC CAGGTCTTTT 
AACCGAAAGG CTGAATCACC CAATGGTTTA TCTGGTCATT CAGTTGAAGC ATGTGCTTAC 
ACTGGTCTAC CGTTACAAGT CAATGATCTT GATTTTTTCT TGAATCCCCA GAAAAGTAGC 
ACTAGAGATA ATGCTGGACC TGCGGCCATG TCATTCAACC CAAGGGCTGA ATTACCCAAT 
GTTTCATCTG GTCATTCAGT TGAAGCATGT GCGTCCACGG GTCTACTATT GCAGCAGTGG 
CATATCATGG TTTACAATAT AAAATTGCCA GATGATATCT TGGCACTGAT TGAAAATTTT 
GAAAAGTGCT ATCTAGCTAT CTTGCAGAAT GAGACAGAGC TAATTTCATT TTTGGGAGAA 
GATAGGTATG AATTGCTTAG CCTTCCAAAG AAAAAGTTAA TGGACTGTAT AAAGAAAAAA 
ATGGCACGAA GAAATACTTC CCATGGTGAT GAAGATATTA TGGCATTTGT AACGTTGTGC 
GCTATTAAGC AAATGGCTTG GTACATGTGT TTCTATGGCA TCAATGCAGC TCACTTATAT 
GTAGACAAGC TATGTCGAAG CCTTGGGTGC ATAAATTCAA GATTAAGTTT CCTTCATTCC 
TTGATTGAGG ATGCTCGTGG CAAGGTTGAT AAGGAAATAA CTACATCACA TCCCTCACTC 
TGTGTTATAC GGGGAATTTT ACAGTCCAAG ACCAGCTCAA GTAATTCCAA AGTGTTGATC 
TTGGCGGAGC AAGTCTTCTG GTGGTCTTTG AAGAGTTTGT TGATGTCTAT GGGATTGTCC 
TGGAACGAGC TATCAAGTTT CTGCACAAAC GCAAATCCAT CAGGTGCCTA TAAGATGGAT 
TCTCAGCTGA TTTCAGATTG TTGGTTGGTA TCTCAGGAGA ATGTTTCTGC ATCTTTTCCA 
TTCAACAAGT TCAACGTTAT TGTGGAATAT GGAGGCTTTT GTGGCTCATC TAGAGTATCT 
TCTTTCCCCC CCAAATCAGT TGGCTTGACT CATGTTCACT TTCTGAAGAT TGAACTGGAT 
GACTCTAGTG CCTCCAAAGC ACTTTGCGAA GGTGTTGATA TCCCCCAGAT TGCAAAGAAG 
TTGACGGAAG GGGAGTTTCA TTCAATCCTG GCCCTTGATA ATGTGAACTA CGAGAATGTG 
GAGGACCTAC TGAACTTTGT ACCTGTTGTA GACAAGCATA ACAAGGGGTC TGTCGGAAGT 
GGGAAAGAAG AAGAAGCCTA TAGTTTGCCT CTGCCAGTTG CAGTTGAAAC CAATCCAAAC 
CCGCAGAGAT TGGCAGACAT AGTAATTATT GTGAACATGC AAAATTTTGA TAAGGAAATG 
ATCGTATCCA GAAGATCTAC TTATCAAAAA ATTCTTGCAA TGGAGAAAGA AGGAGCTCAA 
GTAGTGGAAC GCGATTCAAA TCTTCCAGTG GATGTCATAA TTAGCTCTGC AATTTGCCTG 
GTATGGTATG ATTCCAGAAA CATAGGAAGG AAAGCTGCCA TTTCAGATGA AACATCTTCT 
TGCTTACAGT TGTGCATTGA GGATATTGCA ACTAACATTT TGACATTGCT GAGTTTTACT 
TTCAGTGGCT GTTTCCTGGT ATTTGAGGGA GGCATTGGCT TCCTTTCTAC GGTAATGGAA 
TCCTCAGCTG GACTCTATGC AGCAGCAGCA AGTTTGGGAA TTGACTTCCA GCTATTTTGC 
TCTTATTCAT CTGAATCAAC TGATGAAATT ATACTAAATT GCATTGACTA TGCTGCTAAG 
ACGACCAGGG GCCCATATCC AAAGATGCCT GATTCAGAAA CTCTTGCAGA ATCGTTCCTT 
ACTAAATTTC CTTCAGTTAA TCCTTTGACA GCGCATGCAA TACTCTCTTC GGGAGGAATG 
CTCATTGAGT TCCTTCAGTC GTCACATGAA TGCAGGATTC AGGCAGTTCA AAACTACTGT 
GTACCAGATG AAAGTATTGC TCTTTTCAGT GCTTTGTGTA AGTACGGTGA GCGGGAGGAC 
TCAAAATCTG TAATGACAGA CTGCTCTTCT TCTGTATCTT CGGGTCGTAA CTCCGACAAG 
TGTCATTACA ATGTTGGTTC TCAAGGAAAA CAAGGCAAAC GCAAAAATAG CTCTAATAAA 
GTCAGCACAA GGATGGATGA ATCACAGCAT TTTGAGCCTG TGAGCAAAGA TGAGTTCCTG 
CATCCTTCTG GACTGTCGAA GCAATATGAT TCTTGGAAAT CTACAGGTTC TGAGATGTTC 
CAGGATTACA AAAAGCTCAG TTCATCTTTA AATGATATAT TTGATCAAGA GCAGGATTTT 
GATTTTCTCC CTCAAATTCC TGGGCGATAT GATTCTGACA TCTATGAAGG TCCTAACATG 
TTAAAAGAGG CAAAAAAGCC CAAACTCGAT GTACCCTTGA AAGATAATAT ATGGGATTAC 
AATCTGGGAG AAAATGCAGG TATGCTGAAT AGTTTGGACT GGCAAAACAC CAATAGCTTT 
GAGAATCAGC GCGAAGAACT TACAAGTGAA GTTACTGACT TTGCTGACAG TCCGATGTCT 
GGTGAGGATT TCTCTTGCTT TGGTAACTCT AATCCTTTCT CCTCTTTGGT GTCGGAGATT 
GAAGAGGATT CTGCTAGAAA ATCCAAAATT GCTAGAAGAT TGTCATTTAC TAAAGGCAGT 
CACACTGTTT TCCCATATGT TTCTGAGATC AACATTGGTT CAGATATGTT GAGTTCTGTA 
ACATGTCCTA GACAAGGTCT TGTAGGAACT AATCCTAATT CAGATGCAAG TCCCAGCAAC 
CAAGAAAACT CCATACGGGA TGTTTTAGCT CAGCGATCTG CAGCTTGCAA AGGATCACTA 
CTAAAAAACG ATGTATCAAA TCATAGTGCA ACATCACTCT CAAAGGCCAT TCTTTCAAAC 
CAACCACAAT TAGGTTCACC TTGGACGATA GAATTTCTTA ACAGGATCAG AGAGAAGAGC 
AGATTACGTC AGCAGAATCT TCCTTCTGAT ACATCTGCTT CACCCTTTGG CAGATCAGGA 
AATATAGCAA AAGTTCCTAA GAGAAGAAGA AGTCCATCAA TTCTTGAGTT TTTCAAATAC 
CAAGGAGGCA ACACTCCTAA GAAAATACTA GAACAAAGGA AGCAGAAAAG ACCGCCACAA 
GCATCCAGCT CATCTAAGAA TGAAAAAACT TCATCCTCCC TTACACAAAC ATCGACACCC 
ACTGATAAGA GAACAAGACA GACTCTATCT TTTGAAATGA ATGGAAGTGG AAGTCAAACA 
AAGCTAGTTT GGAGAGACGG AGGAGCACAT GGTTTGAGCA AAAAGCTTCG CTATTAA

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

RefSeq	XP_012440173.1
CDS	18..5234
Translation	MRTRFLNVDYLSAFQSPAETPSFLNLPPPHFPPHTSNFIDDLLHFDSFLNLPLQTERLPIDAALSNFLSEAIPPFIDVDIRDFEDTRFPSGNASAKFSAEEEAMVCNEKEAGSQRTFGSEIQEEDNVTCGADKDVRRLDVILFETPELDTFLDNAHFSEKEIETFSGISEIDNNKDETGPILQFPDKIQESVYSVEDVISECNREQNIYMLEEDCSFGGRELLQHSIFPILEVDEISLGIMTSHSIDDVLPTAFESIESQLWTQENDLLTDSKELLGSIGNDILKFLSDLCLMEKYPEPELAFPEMFLDVNIICMVETPQADGNSELVMAKQYTGYLFPTNLVIFEEFQIFDVDSSQNFDVFLNRQITHEPEACNHMFKEDLNFKSFSELVVSHELVLVDETFKSLPIHVLSDHGRLRLPCTVIEELLSDLKPLPLSASDGIYLDWYILEDDKCSSKVHALFQNMMEEIDASSIDFEQESFEGRKLVSDFIFSDDALTGSATEQYEEVPNVTFDRVPMLNDNLMAVASNKLQDNGFPKPGNSKQLAEKDDKRASLLFKTMSQFNDLAFFLNPQKSSARENAGPEAMSSNPKAELPNVSSGRSVEACESAGLQSHVNGPDFFLNPQKSSAREDAAPAARSFNRKAESPNGLSGHSVEACAYTGLPLQVNDLDFFLNPQKSSTRDNAGPAAMSFNPRAELPNVSSGHSVEACASTGLLLQQWHIMVYNIKLPDDILALIENFEKCYLAILQNETELISFLGEDRYELLSLPKKKLMDCIKKKMARRNTSHGDEDIMAFVTLCAIKQMAWYMCFYGINAAHLYVDKLCRSLGCINSRLSFLHSLIEDARGKVDKEITTSHPSLCVIRGILQSKTSSSNSKVLILAEQVFWWSLKSLLMSMGLSWNELSSFCTNANPSGAYKMDSQLISDCWLVSQENVSASFPFNKFNVIVEYGGFCGSSRVSSFPPKSVGLTHVHFLKIELDDSSASKALCEGVDIPQIAKKLTEGEFHSILALDNVNYENVEDLLNFVPVVDKHNKGSVGSGKEEEAYSLPLPVAVETNPNPQRLADIVIIVNMQNFDKEMIVSRRSTYQKILAMEKEGAQVVERDSNLPVDVIISSAICLVWYDSRNIGRKAAISDETSSCLQLCIEDIATNILTLLSFTFSGCFLVFEGGIGFLSTVMESSAGLYAAAASLGIDFQLFCSYSSESTDEIILNCIDYAAKTTRGPYPKMPDSETLAESFLTKFPSVNPLTAHAILSSGGMLIEFLQSSHECRIQAVQNYCVPDESIALFSALCKYGEREDSKSVMTDCSSSVSSGRNSDKCHYNVGSQGKQGKRKNSSNKVSTRMDESQHFEPVSKDEFLHPSGLSKQYDSWKSTGSEMFQDYKKLSSSLNDIFDQEQDFDFLPQIPGRYDSDIYEGPNMLKEAKKPKLDVPLKDNIWDYNLGENAGMLNSLDWQNTNSFENQREELTSEVTDFADSPMSGEDFSCFGNSNPFSSLVSEIEEDSARKSKIARRLSFTKGSHTVFPYVSEINIGSDMLSSVTCPRQGLVGTNPNSDASPSNQENSIRDVLAQRSAACKGSLLKNDVSNHSATSLSKAILSNQPQLGSPWTIEFLNRIREKSRLRQQNLPSDTSASPFGRSGNIAKVPKRRRSPSILEFFKYQGGNTPKKILEQRKQKRPPQASSSSKNEKTSSSLTQTSTPTDKRTRQTLSFEMNGSGSQTKLVWRDGGAHGLSKKLRY

Target ORF information:

RefSeq Version	XM_012584719.1
Organism	Gossypium raimondii
Definition	Gossypium raimondii uncharacterized LOC105765549 (LOC105765549), mRNA.

Target ORF information:

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

XM_012584719.1

ORF Insert Sequence:

ATGCGAACTC GATTTCTCAA CGTCGATTAC TTGAGCGCCT TTCAATCCCC AGCCGAAACC 
CCAAGCTTCC TCAACCTACC GCCTCCTCAC TTCCCTCCTC ATACTTCCAA CTTTATTGAC 
GATCTTCTTC ACTTTGATTC GTTCCTCAAC CTCCCTCTCC AGACCGAGAG ATTGCCGATC 
GACGCCGCTC TCTCCAACTT CTTGTCGGAA GCAATTCCTC CGTTCATCGA TGTCGATATC 
AGAGATTTCG AGGATACTCG GTTTCCCAGT GGAAATGCCA GCGCAAAGTT CTCCGCCGAG 
GAAGAAGCTA TGGTTTGTAA TGAGAAGGAA GCAGGGAGTC AGAGAACTTT TGGATCAGAA 
ATTCAGGAGG AGGATAATGT AACCTGTGGA GCTGATAAGG ATGTTCGGAG GTTAGACGTG 
ATACTTTTTG AAACACCCGA GCTGGATACT TTTTTGGATA ATGCCCACTT TTCCGAGAAA 
GAGATTGAGA CATTCTCTGG AATTTCAGAG ATTGATAATA ATAAGGATGA GACGGGCCCT 
ATACTGCAGT TTCCTGACAA GATTCAAGAA TCAGTTTATT CAGTTGAAGA TGTTATTTCA 
GAGTGCAACA GGGAGCAAAA TATTTATATG CTGGAAGAGG ATTGTTCTTT TGGAGGTCGA 
GAGCTCTTAC AGCATAGCAT CTTCCCCATT TTGGAGGTGG ATGAAATAAG TCTGGGTATC 
ATGACAAGTC ATTCTATTGA TGATGTACTT CCTACTGCTT TTGAATCTAT TGAATCCCAG 
CTGTGGACTC AAGAAAATGA TCTGCTTACT GACAGCAAGG AGCTCTTGGG CTCTATTGGG 
AATGATATCT TAAAGTTTCT TTCTGATCTC TGTTTAATGG AAAAATATCC GGAACCTGAG 
CTAGCCTTCC CAGAGATGTT CCTGGATGTG AACATTATAT GCATGGTGGA AACTCCTCAA 
GCTGATGGGA ATTCTGAACT TGTTATGGCA AAACAGTATA CTGGTTATCT TTTTCCCACA 
AACCTGGTTA TTTTTGAGGA ATTCCAGATT TTTGATGTTG ATTCATCTCA AAACTTTGAT 
GTGTTTTTGA ACAGACAAAT AACCCATGAG CCAGAAGCAT GTAACCATAT GTTCAAGGAA 
GACTTGAATT TCAAGAGTTT CAGTGAATTG GTTGTTAGTC ATGAACTTGT GTTGGTAGAT 
GAAACATTCA AATCTTTGCC TATACATGTT CTCTCTGATC ATGGAAGGTT GAGGTTACCA 
TGCACAGTTA TCGAGGAATT ACTGTCTGAT TTGAAGCCGC TGCCCCTATC TGCATCTGAT 
GGTATCTACT TGGACTGGTA TATATTGGAA GATGATAAAT GCAGTAGTAA AGTTCATGCT 
TTGTTTCAGA ATATGATGGA GGAGATAGAT GCTTCCAGCA TTGATTTTGA ACAGGAAAGT 
TTTGAGGGTA GGAAGTTAGT TTCTGACTTC ATTTTCTCAG ATGATGCTTT AACAGGATCA 
GCTACTGAAC AATATGAGGA AGTACCGAAT GTAACTTTTG ATCGCGTACC TATGCTTAAT 
GATAATCTTA TGGCTGTTGC GTCCAATAAG TTACAAGACA ACGGTTTCCC AAAACCAGGA 
AACTCGAAAC AATTAGCAGA AAAAGATGAT AAGAGGGCTT CATTACTATT CAAGACTATG 
TCACAATTCA ATGATCTTGC TTTTTTCTTG AATCCCCAGA AAAGTAGCGC TAGAGAAAAT 
GCTGGACCTG AGGCCATGTC GTCCAATCCA AAGGCTGAAT TACCGAATGT TTCATCTGGT 
CGTTCAGTTG AAGCATGTGA ATCCGCTGGT CTACAGTCAC ATGTCAATGG TCCAGATTTT 
TTCTTGAATC CCCAGAAAAG TAGTGCTAGA GAAGATGCTG CACCTGCGGC CAGGTCTTTT 
AACCGAAAGG CTGAATCACC CAATGGTTTA TCTGGTCATT CAGTTGAAGC ATGTGCTTAC 
ACTGGTCTAC CGTTACAAGT CAATGATCTT GATTTTTTCT TGAATCCCCA GAAAAGTAGC 
ACTAGAGATA ATGCTGGACC TGCGGCCATG TCATTCAACC CAAGGGCTGA ATTACCCAAT 
GTTTCATCTG GTCATTCAGT TGAAGCATGT GCGTCCACGG GTCTACTATT GCAGCAGTGG 
CATATCATGG TTTACAATAT AAAATTGCCA GATGATATCT TGGCACTGAT TGAAAATTTT 
GAAAAGTGCT ATCTAGCTAT CTTGCAGAAT GAGACAGAGC TAATTTCATT TTTGGGAGAA 
GATAGGTATG AATTGCTTAG CCTTCCAAAG AAAAAGTTAA TGGACTGTAT AAAGAAAAAA 
ATGGCACGAA GAAATACTTC CCATGGTGAT GAAGATATTA TGGCATTTGT AACGTTGTGC 
GCTATTAAGC AAATGGCTTG GTACATGTGT TTCTATGGCA TCAATGCAGC TCACTTATAT 
GTAGACAAGC TATGTCGAAG CCTTGGGTGC ATAAATTCAA GATTAAGTTT CCTTCATTCC 
TTGATTGAGG ATGCTCGTGG CAAGGTTGAT AAGGAAATAA CTACATCACA TCCCTCACTC 
TGTGTTATAC GGGGAATTTT ACAGTCCAAG ACCAGCTCAA GTAATTCCAA AGTGTTGATC 
TTGGCGGAGC AAGTCTTCTG GTGGTCTTTG AAGAGTTTGT TGATGTCTAT GGGATTGTCC 
TGGAACGAGC TATCAAGTTT CTGCACAAAC GCAAATCCAT CAGGTGCCTA TAAGATGGAT 
TCTCAGCTGA TTTCAGATTG TTGGTTGGTA TCTCAGGAGA ATGTTTCTGC ATCTTTTCCA 
TTCAACAAGT TCAACGTTAT TGTGGAATAT GGAGGCTTTT GTGGCTCATC TAGAGTATCT 
TCTTTCCCCC CCAAATCAGT TGGCTTGACT CATGTTCACT TTCTGAAGAT TGAACTGGAT 
GACTCTAGTG CCTCCAAAGC ACTTTGCGAA GGTGTTGATA TCCCCCAGAT TGCAAAGAAG 
TTGACGGAAG GGGAGTTTCA TTCAATCCTG GCCCTTGATA ATGTGAACTA CGAGAATGTG 
GAGGACCTAC TGAACTTTGT ACCTGTTGTA GACAAGCATA ACAAGGGGTC TGTCGGAAGT 
GGGAAAGAAG AAGAAGCCTA TAGTTTGCCT CTGCCAGTTG CAGTTGAAAC CAATCCAAAC 
CCGCAGAGAT TGGCAGACAT AGTAATTATT GTGAACATGC AAAATTTTGA TAAGGAAATG 
ATCGTATCCA GAAGATCTAC TTATCAAAAA ATTCTTGCAA TGGAGAAAGA AGGAGCTCAA 
GTAGTGGAAC GCGATTCAAA TCTTCCAGTG GATGTCATAA TTAGCTCTGC AATTTGCCTG 
GTATGGTATG ATTCCAGAAA CATAGGAAGG AAAGCTGCCA TTTCAGATGA AACATCTTCT 
TGCTTACAGT TGTGCATTGA GGATATTGCA ACTAACATTT TGACATTGCT GAGTTTTACT 
TTCAGTGGCT GTTTCCTGGT ATTTGAGGGA GGCATTGGCT TCCTTTCTAC GGTAATGGAA 
TCCTCAGCTG GACTCTATGC AGCAGCAGCA AGTTTGGGAA TTGACTTCCA GCTATTTTGC 
TCTTATTCAT CTGAATCAAC TGATGAAATT ATACTAAATT GCATTGACTA TGCTGCTAAG 
ACGACCAGGG GCCCATATCC AAAGATGCCT GATTCAGAAA CTCTTGCAGA ATCGTTCCTT 
ACTAAATTTC CTTCAGTTAA TCCTTTGACA GCGCATGCAA TACTCTCTTC GGGAGGAATG 
CTCATTGAGT TCCTTCAGTC GTCACATGAA TGCAGGATTC AGGCAGTTCA AAACTACTGT 
GTACCAGATG AAAGTATTGC TCTTTTCAGT GCTTTGTGTA AGTACGGTGA GCGGGAGGAC 
TCAAAATCTG TAATGACAGA CTGCTCTTCT TCTGTATCTT CGGGTCGTAA CTCCGACAAG 
TGTCATTACA ATGTTGGTTC TCAAGGAAAA CAAGGCAAAC GCAAAAATAG CTCTAATAAA 
GTCAGCACAA GGATGGATGA ATCACAGCAT TTTGAGCCTG TGAGCAAAGA TGAGTTCCTG 
CATCCTTCTG GACTGTCGAA GCAATATGAT TCTTGGAAAT CTACAGGTTC TGAGATGTTC 
CAGGATTACA AAAAGCTCAG TTCATCTTTA AATGATATAT TTGATCAAGA GCAGGATTTT 
GATTTTCTCC CTCAAATTCC TGGGCGATAT GATTCTGACA TCTATGAAGG TCCTAACATG 
TTAAAAGAGG CAAAAAAGCC CAAACTCGAT GTACCCTTGA AAGATAATAT ATGGGATTAC 
AATCTGGGAG AAAATGCAGG TATGCTGAAT AGTTTGGACT GGCAAAACAC CAATAGCTTT 
GAGAATCAGC GCGAAGAACT TACAAGTGAA GTTACTGACT TTGCTGACAG TCCGATGTCT 
GGTGAGGATT TCTCTTGCTT TGGTAACTCT AATCCTTTCT CCTCTTTGGT GTCGGAGATT 
GAAGAGGATT CTGCTAGAAA ATCCAAAATT GCTAGAAGAT TGTCATTTAC TAAAGGCAGT 
CACACTGTTT TCCCATATGT TTCTGAGATC AACATTGGTT CAGATATGTT GAGTTCTGTA 
ACATGTCCTA GACAAGGTCT TGTAGGAACT AATCCTAATT CAGATGCAAG TCCCAGCAAC 
CAAGAAAACT CCATACGGGA TGTTTTAGCT CAGCGATCTG CAGCTTGCAA AGGATCACTA 
CTAAAAAACG ATGTATCAAA TCATAGTGCA ACATCACTCT CAAAGGCCAT TCTTTCAAAC 
CAACCACAAT TAGGTTCACC TTGGACGATA GAATTTCTTA ACAGGATCAG AGAGAAGAGC 
AGATTACGTC AGCAGAATCT TCCTTCTGAT ACATCTGCTT CACCCTTTGG CAGATCAGGA 
AATATAGCAA AAGTTCCTAA GAGAAGAAGA AGTCCATCAA TTCTTGAGTT TTTCAAATAC 
CAAGGAGGCA ACACTCCTAA GAAAATACTA GAACAAAGGA AGCAGAAAAG ACCGCCACAA 
GCATCCAGCT CATCTAAGAA TGAAAAAACT TCATCCTCCC TTACACAAAC ATCGACACCC 
ACTGATAAGA GAACAAGACA GACTCTATCT TTTGAAATGA ATGGAAGTGG AAGTCAAACA 
AAGCTAGTTT GGAGAGACGG AGGAGCACAT GGTTTGAGCA AAAAGCTTCG CTATTAA