LOC111682839 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111682839
Entrez Gene ID	111682839
Full Name	vacuolar protein sorting-associated protein 13D
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023444828.1	XP_023300596.1	vacuolar protein sorting-associated protein 13D

Pathways from BioSystems
Gene Ontology

The following LOC111682839 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111682839 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
OLu54386	XM_023444828.1 Latest version!	Lucilia cuprina vacuolar protein sorting-associated protein 13D (LOC111682839), 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)

LOC111682839 ( XM_023444828.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023300596.1 Lucilia cuprina vacuolar protein sorting-associated protein 13D (LOC111682839), mRNA.

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CloneID	OLu54386
Clone ID Related Accession (Same CDS sequence)	XM_023444828.1
Accession Version	XM_023444828.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6522bp) 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	2018-01-04
Organism	Lucilia cuprina(Australian sheep blowfly)
Product	vacuolar protein sorting-associated protein 13D
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019410870.1) 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 :: Lucilia cuprina Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATCGGA TTAAAATTAA AAAAACAGAA TCAAGGAAAA ATCTAAACAG TGCTGTAAAA 
ATTGGATTGG AAATACACGC AGAATCTCCA ATCATTCTGT TACCGGTTTC TTACAATAGT 
AACCAACTGT TGATTGCCGA TCTTGGCAAA TTTACTTTAG TAAATAGTTT TCATTACGCA 
AAAGATTTGA CGTCTTTGAA TGAAAAGCGA ATGGAACTTA TTGATTATAA TGAAATTGTC 
GATTTAATGA ATATTGAACT GGTAAATATA AATGTTCTTA CTGGTGAGCG TGAAAACAAT 
AATCAAAGGA GTCGTATAGT TGGAAGTAAT TCAAATATAC TTCATGTTGG TAATTTCAGT 
ATTGTGAAGC TTGGAAATAC AATATTTAAA GAAAAGTGTC ATTTAAAGTT ACAAGTCATA 
AGAAATACTG AATCAGATAT AAGTCATAAT ATTCCGGATA TAACAGTAAA AGGGAGACTT 
TCGGAGCTTC ACGGGCTAAT TAATTTGCAA CAATACAAAC TTATTCGAGG CTTTCTTAAC 
TACAACTTGG GGGAGACTAT AGATGATGTA TACTACAGCT TTCAAGCTAA TCTCAGTGAA 
TCTATTGAAA AACTTTGCTC TATGACAAAA GTAAATGTAT TCCATCAAAA TAATCTATCC 
AGTTGGACTA CTTTATCAAT GAATTTTCTG TTAGAAAATG TAATTATATC TTTAGCTGAA 
TCAATTGATC TCAGTAATTA TTATTCAAAC TATACATTGG CCTGTATTAA GTTTATAAAG 
TCAACATTGG AAATTGACTC TTTTAGTGAC GGCTCACAGG ATATTGATTT AATTTCAAGC 
GAAATTCTAA TTATGGATGC TAGAAAACAT TTTTCGGGTT ACAGTTCAAA GAATATATTC 
AAGTATATTT TAAAACCATC TGTTGAAGGT TCCTCTAAAA ATGTAGTTCA AGCTGAAATC 
CATAGCCGGA AACGAAACGA CACATCTAAA TATACAATAC TTTTAAATAA TATGAGAATA 
ATGGCCATCC TAGATTACTT GGAAAAATTA AGTAACTTTT TGAAGGAAGA ACCGCACATG 
GCTCCAGAAA CAAGTTTAAA GCATAAAAAA ACTACAAATA TATCAACACC ACAAGAATCA 
GTAAAGACAT CGGCTCCATG TTTGGAGGAG AACTCCAAAT ACGAATTTGT GCTGAATATT 
ACTAATTCAG AAATAGTATT CGTTGAAAAT AATGACCAGC TTGATACAAA TGCTATAATA 
TTAAAAAGCA CAACAGTTTA TTCATACAAA CCAAATAGTA TTGTTCCTAT TTCAATAGAC 
ATAAACCACT TGGAAATATT CTCTTGTATT TTAGGATCGG AAAACGAAAG TTCCCAATCA 
ATTATTGACC CTTTTACGGT TAATATGGAG GTGCGTAACA ATTGTTTTCA AGTTCAGATT 
CAAAACAAGA TTTTTTTGCG TATTTCCTAC AATGATGCTA TGTTGTTTTC TCGAATTATG 
CAATCTATAC CAAAACAAAC AAACAAACAT GTATTAAAGA ATTCGAATCA ACGTAATGAC 
TATAATAAAA TTGCACCCTT AGTTGCAATG GGCTTTAAAC ATTCCGAATG TTGGCATGCA 
ATGGAGATCA ATGCTTTTAA TATTAATGAA GCAGCTATTT GGTTATCACA ACATAAATGT 
AAGAACTCAA ATACTACACT TGAAGTGAAT TGCATTATGT TGAATGTTAG TTCCATGTCA 
GTGTGCATAA TTGACGATTG CTTGGACGCT GATGTGCCTC TTTTAGAAAT TTCTCTCTCA 
AATCTTATTA TAAGTCAAAA AATTCAGACA AAAGATAATG AAAATATTAA ATTATATGAA 
GGAGAAATTG ATGCTGTGAT TTCTAGTGAT TACTACAATC GTCGACTAAG CGGCTGGGAG 
CCAATAATTG AACCTTGGCA GTGTACAGGT CGTTGGAAGT TCTCAAGGAA TATTGTAGAT 
AAAACAAGAC GATTGTTTAT ACAAGGAAAT AGCAAACAAG TGCTAAAATG TAATATTACA 
TCTACACTTT TGGAATTATG TGATTTAGTT CATAAAAATT GGACAGAAGA TTATTTTAAA 
CGGTCTGTTT CTAAAACTGA TGACATCGAA TGTACAAACG TTAATATCCG GAGAAGACTT 
CCATTTGTTC CATTTGCACT AAAAAACTTG ACTGGAGAAC CACTTATATT TAAAATATTT 
TTTTCGCATG CTGGTGGCAT AACACGTACA GAAGTAACAC AACAAGATCT TATGTGCAAC 
TGGATATCTG CACAACATAA TGAAGTAGTT CCCTTTGATT TTGGTCCCCA AAGTAAATTA 
AGACATTTAG ATTCTCATAA ACTTAACATG CATCAGATAT TAGTTCAAAT CCATGGCTGG 
ACATTAATTG GTCCCATTTC AATTGATAAA GTTGGAACAT TTTTCCGATA TGCCAATCTA 
GATATGCAAT ATAACAAAAA GGCCCGTATT GTATTTGAAA TCTCACTTGT TGGATCGGCA 
CAAAAACTAA TTGTAGTTCG TTCGGCTTTA AATGCAGTAA ACAATACAAT GAAAACATTT 
ATTTTACGCA TGAAGCTGAA AAATGAAAAA GAATCTATGC TGATGACATT AAACCCATTA 
GAAAAGATAA CAGTACCTTT GCGTTTTGTT GATTCCTCTA TTTATTTAAA ACCGCTCTCT 
AGCGTAGAGT CCAATGACAA CCACGCTGAT ATCCATGGAG AAAGTACTGA TTCATTGGAT 
AATGAATGGC AAGTAGATGA CAATGGCTTC TGTACAAAAT CTATTCAATG GACTCATTGT 
AATTCAAATG ACAGTATCCA GGATATACAT TCGTGTTACT CCCCAAACAA AATACCATTT 
CATGTATTAA CTGAAATAAG AAAAGATAAA TATCCAATAA GAGACAATTT ATCAATGCCA 
GGTCACACTA TAACAATTAT ACCACCACTT AAGCTGAAAA ACTTGCTGTG TTGTGATTTA 
ATATTCAAAA TTATGGGCCA TACTCAGGGT AGATTAAATA CTTCTGATGA GGTAGAAATT 
TACTCTATTG ACATTAATGA ATCATTTTGT CTCAGCATTA CTTTAGACAA TTATAAACTA 
TCTGGACAAT TAAAAATTCC TATGGGACAT ACTGGAATAG TTGAACCAAA GTTAAAACTA 
ATTGATGTTC TTAATAGAGA GCTATTTTTG CGAATATCAA TACAATCATT TCAAGGGAAA 
GGAATGGAAA TATTTATTGG TGCTCCAATT TGGATTATAA ATAAAACTGG ACTGCCACTA 
ATTTTTAGGC AAGAGGGTAC AAATCTTATA GCATCTGGCC AATTTGATGA ACACGAACAT 
GCCAGAGAAG TATCACCTCT TATGTTTTCA TTTTCTGATC AGGAAGGGTC TCCATTACTA 
GAATTTCGTT TGGGAAAAAG TTTTGGAAAT AACAATCAGT GGTGCAAAAG TTTTGGAATC 
CACAAAGAAA CTACTTTTCG CGAGCTAAAG GCGGAGCAGT CAAAAATAAA CTATGTCATT 
GGTGTAAATG TGCAAAGAGG AACTGGGTTA TATAGCTGTA CAACATTTAT TACACTCACA 
CCTCGCTTTC AACTGTATAA TAGAAGTACA CATAGACTGG AATTTGCTCA GAAGTGTGAT 
ATAAAAGAAA TGAAAAAAAC TTCATCTGAT AAGGTCATAA TTGCCCTACC AGGATGCAAT 
TTTCCTTTTC ATTGGCCAAA TTGTGAGCAG GAACCATTGT TATGTGTACG AGTAGCAGGT 
GAAGACTTTT CCCATTGGTC CAGTGGTTTG CCGGTAAATG AAGCTAAAAG CCTTTACATA 
AATGTTAGAA ATGAATTAGG TGAAATGATA TTTTTACGAT TGGAAGTTAT ACTGCATGGC 
GGAACATATC TTTTGCACTT TACGGATGCT AGTACGTTAC CACCACCAAT AAGGATTGAT 
AATTATTCGG AAGTTCCAAT TTATTTTTAT CAAAAAGGTA TCGAATCACA ATGGAGAACT 
ACTGCAAAGC CACAGTCATC GTTGGCATAT GTGTTAGATG ATCCCATAGG TCCACAATCT 
TTGTTATTAG AAGCTCCTGG GGGAAATTTT ATTGAATACT CTATCAACAA AAGCGGTGCT 
ACTAAAAGCA TTACATACGC AAATTTCATA TATATAGCTT TTAAGGAAAC TTTTCAAATA 
GTTCCATCTG ATTGTGATAA CAAAAATAAA GGAATTGAAG GCCAACAATT GGTTCTAGGC 
GTTAAAGACA AGCGAGTAAT AATAACAAAG AAGTGCACAG GTGACCGCTC TCAACTATGG 
TTAATGAATT CTTATGGCCA ACTAGAACAT GAGGGTTCGT CTCCTCCGAC AGAATATTCA 
AAATCGACAC ATCAAACCCC TCGCCTAGTT TTAGATCTTG AAAAACCACC AAATCCCACT 
GACTATACAA AGCTCGTTGT ACGACCGCAA AATAACCAAA GAGTCACTAC ACAAACTTGG 
CGATTCGAAA ACGGTAGACT GATGTGCCAC GCAAATATGT GTGTACAGGC TGCAAATGGT 
GTATATGGAT TGCAACCTGG TTTTGATGCA GTTGTGGGAA GAATGGAGAC TAGCTCAAGA 
GCTTCTAATT CAGAACATGT TCCATTTGAA CAAAGCATTG AAATTCAAAA ATTACGGCCG 
GGTTCAGGTC ATCTCGAAGT AATGAATAAA ATGGATGGAC CAATAAAATC CATTCAAATT 
CACGATGTAA AATTTAATTC TGATGAAATA ATACTAGCTC CAGATCCAAT GTGGAATCAT 
GCATCTGTTT TTAATAAAGG ATTAACGAAT AACAAAAATC TTCCCATTTT GGATGAACTG 
ATGATCAAAT TAACGCTGTC AAAAGGAGTG GGAGTTTCAA TAGTCACACG ATCCCCTTGT 
GAAGAATTAG CGTATATAAC ATTAGAGAAC ATAATTGTTG ACATAATCTT ATTGCCCTTC 
GCTAAGTCGA TCGATTTACA AGTCAGAGAC CTGCAAATAG ATAATCAGCT TTTGGAAGCG 
CAATGTCCTA TAGTATTGCA CACTTGGAAG TCAAATACCG AAAATTCAGA TCAAGAGTCA 
TTAATATTGA GGGCAAAATT ATTGCCAAGT CCAAATAAGA ATGCTGTTAT ATTTGAAAAT 
TTTTCTTTTG ACATTAAACC TTGTACTGTT GTAATAGAAG AAAAATTTAT TCTCAAAACT 
GCGTTATTTT TGGGATATAA AAAACATACT CAACGACATG AGAAGTTACC GGATAATCAT 
ATATACCATA AATATGAAAA TCCATTTTCG AAAAATGCTA AAAGGTTTTA TTTTGAAAGC 
TGTTTAATTG GATCAACACA GGTACGACTA AGCGTTTTAA CAGCTCCTAA ATTAAGTACT 
GAGCTAGTAG AAATAAAGAA ATCCTTGGGA TTAACCCTTA TTAAGTTCGA AGATGCTATT 
ATAGAATTTG ATAAGTTTTC GGATAGACAT CATTTTGAAA CATTAGAAGT GTATGCGAAG 
GCACTTAAAG CTCATTATAT AAATCAGTTA AAGTGGCATG CGGCAGCTAT TTTAGGAAGC 
GTTGATTTTT TGGGAAATCC TTTGGGATTT GCAAATGATT TATCGGAAGG AGTATCTGGT 
CTCATTTTTG AGGGATCAGT CAAAAGTTTA GTTAAAAATG TTACACACGG TATATCAAAC 
TCTACTGCAA AGTTAACGGA AACTTTATCA GATAGCCTTG GGAGAGTCGT TTTAGATGAA 
CACGATAATG AAACAAGACA AAAAATTTTG GAAGTAGCAC ATCCTACATC GGGAGGTCAT 
TTAGCTGCTG GTTTAAAAGG TTTTGGTTTT GGATTGCTTG GTGGAGTCAC GAGCATTGTT 
CGACATACTT ATGTTGGTGC TCAGTCTGAT GGCCTACCTG GATTTTTTAG TGGCCTCGGC 
AAAGGCATTG TGGGTACGGT TACCAAACCA TTGATTGGTG TTCTGGATTT AGCTTCTGAA 
ACCGCTACCG CTGTTAGAGA AACAAGTAGA GGTTCACACC ATTATCTGCC AGATCGGAAA 
CGTTTGCCAC GATGTGTAAC TGGAGCACCA GGTGGACTTT TACCTTTCTA TTCCTATCGA 
CAAAGTAAAG GTCAGCAGTA TCTTTATATA ATAAATCGAC GAAATTTTGG AGAAAAACTT 
ATATTTTATG AGCCAAATCT TTGTAATGAT AAAGAAGCAC AATTAAGACT TTTGGTATCG 
ACAGAATATG TTAGAATTTT TTCAAGATGC GAAGAGGATC CTGCTATTAT GTTTGAATGT 
CATTTAAGTG AAGTCTTATC CTGTCATCCA ATTACAACTA ATACGACTAT ATCAAACAAA 
GTACTACCTA GTTATTATAT TGAGATATCA ACAAATGTTC CCAAGATTAC GAGGCCAAGA 
GTCAGATGTC AAACTGAAGA TATTGCTGAA AGAGCCTCAA GATGTATAAA TTATGCTAAA 
GCTGTCTACG ATGAACGCGA ACTTTCAGTG GCAACATTTT GA

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

RefSeq	XP_023300596.1
CDS	2..6523
Translation	MNRIKIKKTESRKNLNSAVKIGLEIHAESPIILLPVSYNSNQLLIADLGKFTLVNSFHYAKDLTSLNEKRMELIDYNEIVDLMNIELVNINVLTGERENNNQRSRIVGSNSNILHVGNFSIVKLGNTIFKEKCHLKLQVIRNTESDISHNIPDITVKGRLSELHGLINLQQYKLIRGFLNYNLGETIDDVYYSFQANLSESIEKLCSMTKVNVFHQNNLSSWTTLSMNFLLENVIISLAESIDLSNYYSNYTLACIKFIKSTLEIDSFSDGSQDIDLISSEILIMDARKHFSGYSSKNIFKYILKPSVEGSSKNVVQAEIHSRKRNDTSKYTILLNNMRIMAILDYLEKLSNFLKEEPHMAPETSLKHKKTTNISTPQESVKTSAPCLEENSKYEFVLNITNSEIVFVENNDQLDTNAIILKSTTVYSYKPNSIVPISIDINHLEIFSCILGSENESSQSIIDPFTVNMEVRNNCFQVQIQNKIFLRISYNDAMLFSRIMQSIPKQTNKHVLKNSNQRNDYNKIAPLVAMGFKHSECWHAMEINAFNINEAAIWLSQHKCKNSNTTLEVNCIMLNVSSMSVCIIDDCLDADVPLLEISLSNLIISQKIQTKDNENIKLYEGEIDAVISSDYYNRRLSGWEPIIEPWQCTGRWKFSRNIVDKTRRLFIQGNSKQVLKCNITSTLLELCDLVHKNWTEDYFKRSVSKTDDIECTNVNIRRRLPFVPFALKNLTGEPLIFKIFFSHAGGITRTEVTQQDLMCNWISAQHNEVVPFDFGPQSKLRHLDSHKLNMHQILVQIHGWTLIGPISIDKVGTFFRYANLDMQYNKKARIVFEISLVGSAQKLIVVRSALNAVNNTMKTFILRMKLKNEKESMLMTLNPLEKITVPLRFVDSSIYLKPLSSVESNDNHADIHGESTDSLDNEWQVDDNGFCTKSIQWTHCNSNDSIQDIHSCYSPNKIPFHVLTEIRKDKYPIRDNLSMPGHTITIIPPLKLKNLLCCDLIFKIMGHTQGRLNTSDEVEIYSIDINESFCLSITLDNYKLSGQLKIPMGHTGIVEPKLKLIDVLNRELFLRISIQSFQGKGMEIFIGAPIWIINKTGLPLIFRQEGTNLIASGQFDEHEHAREVSPLMFSFSDQEGSPLLEFRLGKSFGNNNQWCKSFGIHKETTFRELKAEQSKINYVIGVNVQRGTGLYSCTTFITLTPRFQLYNRSTHRLEFAQKCDIKEMKKTSSDKVIIALPGCNFPFHWPNCEQEPLLCVRVAGEDFSHWSSGLPVNEAKSLYINVRNELGEMIFLRLEVILHGGTYLLHFTDASTLPPPIRIDNYSEVPIYFYQKGIESQWRTTAKPQSSLAYVLDDPIGPQSLLLEAPGGNFIEYSINKSGATKSITYANFIYIAFKETFQIVPSDCDNKNKGIEGQQLVLGVKDKRVIITKKCTGDRSQLWLMNSYGQLEHEGSSPPTEYSKSTHQTPRLVLDLEKPPNPTDYTKLVVRPQNNQRVTTQTWRFENGRLMCHANMCVQAANGVYGLQPGFDAVVGRMETSSRASNSEHVPFEQSIEIQKLRPGSGHLEVMNKMDGPIKSIQIHDVKFNSDEIILAPDPMWNHASVFNKGLTNNKNLPILDELMIKLTLSKGVGVSIVTRSPCEELAYITLENIIVDIILLPFAKSIDLQVRDLQIDNQLLEAQCPIVLHTWKSNTENSDQESLILRAKLLPSPNKNAVIFENFSFDIKPCTVVIEEKFILKTALFLGYKKHTQRHEKLPDNHIYHKYENPFSKNAKRFYFESCLIGSTQVRLSVLTAPKLSTELVEIKKSLGLTLIKFEDAIIEFDKFSDRHHFETLEVYAKALKAHYINQLKWHAAAILGSVDFLGNPLGFANDLSEGVSGLIFEGSVKSLVKNVTHGISNSTAKLTETLSDSLGRVVLDEHDNETRQKILEVAHPTSGGHLAAGLKGFGFGLLGGVTSIVRHTYVGAQSDGLPGFFSGLGKGIVGTVTKPLIGVLDLASETATAVRETSRGSHHYLPDRKRLPRCVTGAPGGLLPFYSYRQSKGQQYLYIINRRNFGEKLIFYEPNLCNDKEAQLRLLVSTEYVRIFSRCEEDPAIMFECHLSEVLSCHPITTNTTISNKVLPSYYIEISTNVPKITRPRVRCQTEDIAERASRCINYAKAVYDERELSVATF

Target ORF information:

RefSeq Version	XM_023444828.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina vacuolar protein sorting-associated protein 13D (LOC111682839), mRNA.

Target ORF information:

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

XM_023444828.1

ORF Insert Sequence:

ATGAATCGGA TTAAAATTAA AAAAACAGAA TCAAGGAAAA ATCTAAACAG TGCTGTAAAA 
ATTGGATTGG AAATACACGC AGAATCTCCA ATCATTCTGT TACCGGTTTC TTACAATAGT 
AACCAACTGT TGATTGCCGA TCTTGGCAAA TTTACTTTAG TAAATAGTTT TCATTACGCA 
AAAGATTTGA CGTCTTTGAA TGAAAAGCGA ATGGAACTTA TTGATTATAA TGAAATTGTC 
GATTTAATGA ATATTGAACT GGTAAATATA AATGTTCTTA CTGGTGAGCG TGAAAACAAT 
AATCAAAGGA GTCGTATAGT TGGAAGTAAT TCAAATATAC TTCATGTTGG TAATTTCAGT 
ATTGTGAAGC TTGGAAATAC AATATTTAAA GAAAAGTGTC ATTTAAAGTT ACAAGTCATA 
AGAAATACTG AATCAGATAT AAGTCATAAT ATTCCGGATA TAACAGTAAA AGGGAGACTT 
TCGGAGCTTC ACGGGCTAAT TAATTTGCAA CAATACAAAC TTATTCGAGG CTTTCTTAAC 
TACAACTTGG GGGAGACTAT AGATGATGTA TACTACAGCT TTCAAGCTAA TCTCAGTGAA 
TCTATTGAAA AACTTTGCTC TATGACAAAA GTAAATGTAT TCCATCAAAA TAATCTATCC 
AGTTGGACTA CTTTATCAAT GAATTTTCTG TTAGAAAATG TAATTATATC TTTAGCTGAA 
TCAATTGATC TCAGTAATTA TTATTCAAAC TATACATTGG CCTGTATTAA GTTTATAAAG 
TCAACATTGG AAATTGACTC TTTTAGTGAC GGCTCACAGG ATATTGATTT AATTTCAAGC 
GAAATTCTAA TTATGGATGC TAGAAAACAT TTTTCGGGTT ACAGTTCAAA GAATATATTC 
AAGTATATTT TAAAACCATC TGTTGAAGGT TCCTCTAAAA ATGTAGTTCA AGCTGAAATC 
CATAGCCGGA AACGAAACGA CACATCTAAA TATACAATAC TTTTAAATAA TATGAGAATA 
ATGGCCATCC TAGATTACTT GGAAAAATTA AGTAACTTTT TGAAGGAAGA ACCGCACATG 
GCTCCAGAAA CAAGTTTAAA GCATAAAAAA ACTACAAATA TATCAACACC ACAAGAATCA 
GTAAAGACAT CGGCTCCATG TTTGGAGGAG AACTCCAAAT ACGAATTTGT GCTGAATATT 
ACTAATTCAG AAATAGTATT CGTTGAAAAT AATGACCAGC TTGATACAAA TGCTATAATA 
TTAAAAAGCA CAACAGTTTA TTCATACAAA CCAAATAGTA TTGTTCCTAT TTCAATAGAC 
ATAAACCACT TGGAAATATT CTCTTGTATT TTAGGATCGG AAAACGAAAG TTCCCAATCA 
ATTATTGACC CTTTTACGGT TAATATGGAG GTGCGTAACA ATTGTTTTCA AGTTCAGATT 
CAAAACAAGA TTTTTTTGCG TATTTCCTAC AATGATGCTA TGTTGTTTTC TCGAATTATG 
CAATCTATAC CAAAACAAAC AAACAAACAT GTATTAAAGA ATTCGAATCA ACGTAATGAC 
TATAATAAAA TTGCACCCTT AGTTGCAATG GGCTTTAAAC ATTCCGAATG TTGGCATGCA 
ATGGAGATCA ATGCTTTTAA TATTAATGAA GCAGCTATTT GGTTATCACA ACATAAATGT 
AAGAACTCAA ATACTACACT TGAAGTGAAT TGCATTATGT TGAATGTTAG TTCCATGTCA 
GTGTGCATAA TTGACGATTG CTTGGACGCT GATGTGCCTC TTTTAGAAAT TTCTCTCTCA 
AATCTTATTA TAAGTCAAAA AATTCAGACA AAAGATAATG AAAATATTAA ATTATATGAA 
GGAGAAATTG ATGCTGTGAT TTCTAGTGAT TACTACAATC GTCGACTAAG CGGCTGGGAG 
CCAATAATTG AACCTTGGCA GTGTACAGGT CGTTGGAAGT TCTCAAGGAA TATTGTAGAT 
AAAACAAGAC GATTGTTTAT ACAAGGAAAT AGCAAACAAG TGCTAAAATG TAATATTACA 
TCTACACTTT TGGAATTATG TGATTTAGTT CATAAAAATT GGACAGAAGA TTATTTTAAA 
CGGTCTGTTT CTAAAACTGA TGACATCGAA TGTACAAACG TTAATATCCG GAGAAGACTT 
CCATTTGTTC CATTTGCACT AAAAAACTTG ACTGGAGAAC CACTTATATT TAAAATATTT 
TTTTCGCATG CTGGTGGCAT AACACGTACA GAAGTAACAC AACAAGATCT TATGTGCAAC 
TGGATATCTG CACAACATAA TGAAGTAGTT CCCTTTGATT TTGGTCCCCA AAGTAAATTA 
AGACATTTAG ATTCTCATAA ACTTAACATG CATCAGATAT TAGTTCAAAT CCATGGCTGG 
ACATTAATTG GTCCCATTTC AATTGATAAA GTTGGAACAT TTTTCCGATA TGCCAATCTA 
GATATGCAAT ATAACAAAAA GGCCCGTATT GTATTTGAAA TCTCACTTGT TGGATCGGCA 
CAAAAACTAA TTGTAGTTCG TTCGGCTTTA AATGCAGTAA ACAATACAAT GAAAACATTT 
ATTTTACGCA TGAAGCTGAA AAATGAAAAA GAATCTATGC TGATGACATT AAACCCATTA 
GAAAAGATAA CAGTACCTTT GCGTTTTGTT GATTCCTCTA TTTATTTAAA ACCGCTCTCT 
AGCGTAGAGT CCAATGACAA CCACGCTGAT ATCCATGGAG AAAGTACTGA TTCATTGGAT 
AATGAATGGC AAGTAGATGA CAATGGCTTC TGTACAAAAT CTATTCAATG GACTCATTGT 
AATTCAAATG ACAGTATCCA GGATATACAT TCGTGTTACT CCCCAAACAA AATACCATTT 
CATGTATTAA CTGAAATAAG AAAAGATAAA TATCCAATAA GAGACAATTT ATCAATGCCA 
GGTCACACTA TAACAATTAT ACCACCACTT AAGCTGAAAA ACTTGCTGTG TTGTGATTTA 
ATATTCAAAA TTATGGGCCA TACTCAGGGT AGATTAAATA CTTCTGATGA GGTAGAAATT 
TACTCTATTG ACATTAATGA ATCATTTTGT CTCAGCATTA CTTTAGACAA TTATAAACTA 
TCTGGACAAT TAAAAATTCC TATGGGACAT ACTGGAATAG TTGAACCAAA GTTAAAACTA 
ATTGATGTTC TTAATAGAGA GCTATTTTTG CGAATATCAA TACAATCATT TCAAGGGAAA 
GGAATGGAAA TATTTATTGG TGCTCCAATT TGGATTATAA ATAAAACTGG ACTGCCACTA 
ATTTTTAGGC AAGAGGGTAC AAATCTTATA GCATCTGGCC AATTTGATGA ACACGAACAT 
GCCAGAGAAG TATCACCTCT TATGTTTTCA TTTTCTGATC AGGAAGGGTC TCCATTACTA 
GAATTTCGTT TGGGAAAAAG TTTTGGAAAT AACAATCAGT GGTGCAAAAG TTTTGGAATC 
CACAAAGAAA CTACTTTTCG CGAGCTAAAG GCGGAGCAGT CAAAAATAAA CTATGTCATT 
GGTGTAAATG TGCAAAGAGG AACTGGGTTA TATAGCTGTA CAACATTTAT TACACTCACA 
CCTCGCTTTC AACTGTATAA TAGAAGTACA CATAGACTGG AATTTGCTCA GAAGTGTGAT 
ATAAAAGAAA TGAAAAAAAC TTCATCTGAT AAGGTCATAA TTGCCCTACC AGGATGCAAT 
TTTCCTTTTC ATTGGCCAAA TTGTGAGCAG GAACCATTGT TATGTGTACG AGTAGCAGGT 
GAAGACTTTT CCCATTGGTC CAGTGGTTTG CCGGTAAATG AAGCTAAAAG CCTTTACATA 
AATGTTAGAA ATGAATTAGG TGAAATGATA TTTTTACGAT TGGAAGTTAT ACTGCATGGC 
GGAACATATC TTTTGCACTT TACGGATGCT AGTACGTTAC CACCACCAAT AAGGATTGAT 
AATTATTCGG AAGTTCCAAT TTATTTTTAT CAAAAAGGTA TCGAATCACA ATGGAGAACT 
ACTGCAAAGC CACAGTCATC GTTGGCATAT GTGTTAGATG ATCCCATAGG TCCACAATCT 
TTGTTATTAG AAGCTCCTGG GGGAAATTTT ATTGAATACT CTATCAACAA AAGCGGTGCT 
ACTAAAAGCA TTACATACGC AAATTTCATA TATATAGCTT TTAAGGAAAC TTTTCAAATA 
GTTCCATCTG ATTGTGATAA CAAAAATAAA GGAATTGAAG GCCAACAATT GGTTCTAGGC 
GTTAAAGACA AGCGAGTAAT AATAACAAAG AAGTGCACAG GTGACCGCTC TCAACTATGG 
TTAATGAATT CTTATGGCCA ACTAGAACAT GAGGGTTCGT CTCCTCCGAC AGAATATTCA 
AAATCGACAC ATCAAACCCC TCGCCTAGTT TTAGATCTTG AAAAACCACC AAATCCCACT 
GACTATACAA AGCTCGTTGT ACGACCGCAA AATAACCAAA GAGTCACTAC ACAAACTTGG 
CGATTCGAAA ACGGTAGACT GATGTGCCAC GCAAATATGT GTGTACAGGC TGCAAATGGT 
GTATATGGAT TGCAACCTGG TTTTGATGCA GTTGTGGGAA GAATGGAGAC TAGCTCAAGA 
GCTTCTAATT CAGAACATGT TCCATTTGAA CAAAGCATTG AAATTCAAAA ATTACGGCCG 
GGTTCAGGTC ATCTCGAAGT AATGAATAAA ATGGATGGAC CAATAAAATC CATTCAAATT 
CACGATGTAA AATTTAATTC TGATGAAATA ATACTAGCTC CAGATCCAAT GTGGAATCAT 
GCATCTGTTT TTAATAAAGG ATTAACGAAT AACAAAAATC TTCCCATTTT GGATGAACTG 
ATGATCAAAT TAACGCTGTC AAAAGGAGTG GGAGTTTCAA TAGTCACACG ATCCCCTTGT 
GAAGAATTAG CGTATATAAC ATTAGAGAAC ATAATTGTTG ACATAATCTT ATTGCCCTTC 
GCTAAGTCGA TCGATTTACA AGTCAGAGAC CTGCAAATAG ATAATCAGCT TTTGGAAGCG 
CAATGTCCTA TAGTATTGCA CACTTGGAAG TCAAATACCG AAAATTCAGA TCAAGAGTCA 
TTAATATTGA GGGCAAAATT ATTGCCAAGT CCAAATAAGA ATGCTGTTAT ATTTGAAAAT 
TTTTCTTTTG ACATTAAACC TTGTACTGTT GTAATAGAAG AAAAATTTAT TCTCAAAACT 
GCGTTATTTT TGGGATATAA AAAACATACT CAACGACATG AGAAGTTACC GGATAATCAT 
ATATACCATA AATATGAAAA TCCATTTTCG AAAAATGCTA AAAGGTTTTA TTTTGAAAGC 
TGTTTAATTG GATCAACACA GGTACGACTA AGCGTTTTAA CAGCTCCTAA ATTAAGTACT 
GAGCTAGTAG AAATAAAGAA ATCCTTGGGA TTAACCCTTA TTAAGTTCGA AGATGCTATT 
ATAGAATTTG ATAAGTTTTC GGATAGACAT CATTTTGAAA CATTAGAAGT GTATGCGAAG 
GCACTTAAAG CTCATTATAT AAATCAGTTA AAGTGGCATG CGGCAGCTAT TTTAGGAAGC 
GTTGATTTTT TGGGAAATCC TTTGGGATTT GCAAATGATT TATCGGAAGG AGTATCTGGT 
CTCATTTTTG AGGGATCAGT CAAAAGTTTA GTTAAAAATG TTACACACGG TATATCAAAC 
TCTACTGCAA AGTTAACGGA AACTTTATCA GATAGCCTTG GGAGAGTCGT TTTAGATGAA 
CACGATAATG AAACAAGACA AAAAATTTTG GAAGTAGCAC ATCCTACATC GGGAGGTCAT 
TTAGCTGCTG GTTTAAAAGG TTTTGGTTTT GGATTGCTTG GTGGAGTCAC GAGCATTGTT 
CGACATACTT ATGTTGGTGC TCAGTCTGAT GGCCTACCTG GATTTTTTAG TGGCCTCGGC 
AAAGGCATTG TGGGTACGGT TACCAAACCA TTGATTGGTG TTCTGGATTT AGCTTCTGAA 
ACCGCTACCG CTGTTAGAGA AACAAGTAGA GGTTCACACC ATTATCTGCC AGATCGGAAA 
CGTTTGCCAC GATGTGTAAC TGGAGCACCA GGTGGACTTT TACCTTTCTA TTCCTATCGA 
CAAAGTAAAG GTCAGCAGTA TCTTTATATA ATAAATCGAC GAAATTTTGG AGAAAAACTT 
ATATTTTATG AGCCAAATCT TTGTAATGAT AAAGAAGCAC AATTAAGACT TTTGGTATCG 
ACAGAATATG TTAGAATTTT TTCAAGATGC GAAGAGGATC CTGCTATTAT GTTTGAATGT 
CATTTAAGTG AAGTCTTATC CTGTCATCCA ATTACAACTA ATACGACTAT ATCAAACAAA 
GTACTACCTA GTTATTATAT TGAGATATCA ACAAATGTTC CCAAGATTAC GAGGCCAAGA 
GTCAGATGTC AAACTGAAGA TATTGCTGAA AGAGCCTCAA GATGTATAAA TTATGCTAAA 
GCTGTCTACG ATGAACGCGA ACTTTCAGTG GCAACATTTT GA