LOC111001421 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111001421
Entrez Gene ID	111001421
Full Name	uncharacterized LOC111001421
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022271319.1	XP_022127011.1	uncharacterized protein LOC111001421

Pathways from BioSystems
Gene Ontology

The following LOC111001421 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111001421 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
OPi87165	XM_022271319.1 Latest version!	Pieris rapae uncharacterized LOC111001421 (LOC111001421), 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)

LOC111001421 ( XM_022271319.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022127011.1 Pieris rapae uncharacterized LOC111001421 (LOC111001421), mRNA.

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CloneID	OPi87165
Clone ID Related Accession (Same CDS sequence)	XM_022271319.1
Accession Version	XM_022271319.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6480bp) 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	2017-08-09
Organism	Pieris rapae(cabbage white)
Product	uncharacterized protein LOC111001421
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019094046.1) 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 :: Pieris rapae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATAGAA GTCACCAGAT TCGAGATGAA GCTGATCGCT CCAAAGAAAT TACCATTGAT 
ACATCGTCAT TACCGAGCGA ATCGTTTTTA ACCGCGAACG AAAGTACATC ATTCTATTCT 
TTAACTGAAG AAGACTCTAC ATTTATCGTA TCACCGTCGA AGGACAGTTC GTCGACCTCC 
AATCCAGAAC CAAACATAAC AGACCCCAAT TTAATATGTA ATTTATCACC AATACACAAA 
AGCAATGAAA TTGAAAGTTT TAAAATTGGA AAGCAAATTG AAGCTGCAAA CATTTTATCT 
GGTGGAGTGA ATATATTTGA TGACAATTCC TATGATGGTC ACGAACTTGT TATTGATGAT 
AACCCAATTG ATAAGGATAT AAAAGGTGAT GAAAATGAAG ATACATTGGA AACAGGTGAT 
ATGATTGATA CTACACCAAA TAAGGAGACT GAAGTAGTGC TGCAAATTGA TGGTAAGAAT 
GTTGATGCAA TTGATATTGG AAATGGATTG TATTTGTACC GAAATACTGG AGAAGAAGAA 
TTAGCTGCTG TACAGATCAT AGATGATGAC CAACAACAGC AAACTTTTAA ATTTCTCAAA 
GTTCGTGAAA ATGCTGAAGG AAACCTGGAG GTATATGAAG AAATTGAAAT TGAAGTTCCA 
AAGGAAGCGC CTGTTAAGAA GGGTAAGCCT GTCTCTAGTA CTTCACAAAC TTCCACTGAA 
AGTGTCAAAA AAATAAATCA TATCAGCGAT AATGTTCTTG AAACTTCACA AAAGATTACA 
CAGAATGTCT TAGAAAACAA TGAATGTAAT AATAGCAAAG AACTGGAAAA ATCTAAAAGC 
AGAGACCTGC AAGATTGTAA GTCTGAATTA AACTTTAATG GCAAAACTAT GAAATTTAGT 
GAATCCCGTA AGTCACCTGT GATTGGTACT TTTACTCCTA TGACCTACCA CTCAACACAA 
AATAAAGAAG GTCGTCCTCT CACAAAAACA ATGGTAGATC AGCATCTACA ACCAAATAGA 
CATTCAGATA ATATAAAGAA AACCATAGAA GTCAATACAG AAAATTGTAA ACAAAAATTA 
GAAAATGTTG TTAAACTAAA AGATGAGACA ACTGAAAACA TTTTAAATGA GAACATTGGA 
ATACCTGATA TAATTTCTTC CAGCGTTATT GATACAATAG ACACAAAATA TGATAATTTT 
GCTTGTGATC TCAAGAAATG TCCTTCTGTG ACTAAAACCT CTAAAGATGT TAAGGAGGGA 
GGTTCTTATA TTGCAAGTGA AGTTAATGCA ACAGCAATTG ATATTAAAAT TACACCCGAC 
GCAATATCGA TTCCTAATAT GTCTAATAAA TCTGAAAATA CTGTTAAATT AATAAACCAA 
GACTTATGTA ATGAAACAAA AAGCATTGTA TATAATTCTA CTCAGTCTGT GTCCACACTG 
GTTACTGATA CATTATCTGA CAACACCGAA ACAGATATAG AAGATAAATT GGTTATTGCA 
GAAGATAGTA TTATATCTGA TGTCTCCAAT GAACCAACTA CAAAACCCGT TGAAATCAAT 
TCTGACTCTA AATCAAAAAG CGAAGTAATA GTCTCTGATT TGGATGGGGT ACTAGAAAGT 
TGTGAAAATA TTGTGAATAA AATTGAAGAA ACCACAAAAT GTGAACCACA GGAAAGTGAA 
ATACTGCATA AAAATAAAGA AATTAAAATA GCAGTAGATA GCAGACATAC GGAAAATGAA 
AACAACCAAA GTAAATTAGA AGCACAAGAT ATGGCGCTTG ATGCCAAAGA AGATACCCTG 
AAAGTTGAGT GTACACAAAC AAATAAATCA AGTGTGCCTG ACACCATTGA CACATATAAA 
ACATCAAAAC AAAAAATAGC TGAACCTGCT ATTATTACAA AGAGTAATCA TTGTGCTACT 
CAGCCCATTC TTAAAGATAT TGAAAAAGCT ACTAAGACAC TCGACTTTGA TGTTAAGACG 
TCCACAAATA ATATTTCTAG TATGACACAA TTTACTGCGC AAGAATCAAA AGATAATAAG 
GTAATTCAAC AAGAAGGAAC CAGTAATAGC TGCAGTCAAA ATTCGCAAGA AGATTTAAAT 
ATAGAAAAGC CGTCACAGTT ACCTACCATA AAGAAAACAA GTCCTTGCGT TGAACAGAAG 
ATTGAACAGA AGAGTGAACC AAAACCTGAA GAGAAAATAG ACTTGAATCT CGGAAGAAAC 
CCAGAAGATC AAGAAGGGAC ATCCAGTGAT AGTGCCGCAG TGCCTTTTGG AAAATGGACT 
GAAGTTAATA GGCAAAATTT TTTAAATAAA ATTAAGGAAA TTAAAGTACC GGTTAGTAAT 
TCAAATACAA AACAAATTAA ACAGACTAAT GACTTAAATA GAAGAGATTT CTTAAAAAAG 
ATAGATAGTC AAAGACAGAC AAATAGTGTT GCAGTAAAGA ATCAAGATAA TGTCAGTAAT 
ACATTGAGCA TAAAACCTAG TTTTACAGCT TTTAAGAATA CTTCTTGTGC TGTTGTAAAG 
CCAGCAGGTA CTGAATTACC GAAAATTAAA GAAACTCTTC CCTCGAAATC TAACCCGAAG 
CCTAAACCTA TTATAGAAGT AACAAATAGT AAACAGGAAA TTCCCCAACC CGTGGTGAAT 
AAATTAATTT TAGCTCAAAG AAAAGAAATA AATAATCAAG ATTTGATCGA CAAAACTATT 
GAAGGAATAA TTAACCGAGC TTTACCTGCG AAGGCTACAC AAGAAGAAAA ATCGAATGCA 
GAACTGAAGG CTAAAGAAAT ATCCAATTCG AGTATCGTTA CGTTAGACGA TATAGAACGA 
AAAATGAATG AACTTCATGG AATACCTTTT GTGGAAAGGC CGTCCCACGA GTTACCGGGA 
CTGGAATCGA AGATTAACGA TACCGATAAT TTATGTGATA CTAAAAAAGA AAACCCAGTT 
GTACCTTACA CAAATAAACA TCACAAAAAG GTAAAGGAAA ACGAAAGAGC AAATATTTCC 
GATGAAGAGG TTATTGAACA TGAGCCTATC ACCGGAGATG TCGCGATTAC TGTTAAAGAT 
AAATTGCCGC AACAAGCGGT ATGTAATAAT GGTGCTAAAA GGGACTCAAT AATCACAGAA 
AAAGATTTTG ATAAATTTGC TAGACGAAAC TCAGTGACTT ATGAAAATTG TCTTACTGTT 
AATTTTGATA AGAGGGAACC GTGTAATGTT ACACAAAGCA TTGTCCCAAT AGCTAAACCC 
GTAAAAAAGA TGTCTCGAAA CGAACTAATG CTGGCAGAAT CAAAAGCTAA ATCTACTCAT 
AAACAGTATC TCGCTCGTCA TAATCTCCAC GCCAGTAAAA TTCCAACTGC AGCGAAATCC 
TCGCAACCCG AGATTACAGC GACCAAAAAT TATCAATCTA AAGTACAAAT GGCGTACCAA 
ACCGCGATAA CAGCTAAACA ACAACAAGAA CCTATTACTA TAATTGAAGA TAAACCAGTG 
AAAGTAGTGT TTGTGGATAC GAATGCTGAA TTTGGCCCAC TCAAACTTAA CGTCCAGGGT 
CAAGAGCTGT CTCCGTCGGG CAAGCCCACA AACGATAATA CTCACAGTAC TTCAGAATCT 
ATCGATTCTG ATATCATAGA AACGATAGCT AATCAAAATA AATTAGTGGA AAATAAATCA 
AAGGTTAAAC ATCAAAGGAA ACAAGTTTTG ACACCCGTCG AAGCACCCGA ACTAGAACTA 
ATTGTACCCA AGGACTTAGG TTTAGAATTT TCACCGAAGA AGAAGCGCAA GATCGACGAG 
AAAATTGAAA AAAAATTCAA GTCCATTGTG CCAAAGAAAT CTTATCTTCT TAACCGTATT 
GAGGATGAAA AACATTATAA AATTCAAGAT GTTATTAAAA CCTCGGGGTT TGAAACTGTT 
AAAAGAAGTG AAACGTACGT TGTACACTCT GACCCCATAT CTGCAATCGA CAATTTAGTA 
AAAGCAGCCG AATTACTTGA AACACAAAGT GAAAATAAGC TAATGAATAG TGAAGAAAAT 
GAAACAAAAC TAGAACAAAT CACTCCAGTT AAAAGAGGTC GCGGACGACC TAGAAAATAT 
CCACTGCCTA GCTCTGAATC GGATTTAAAG ATGCCTGTAA GTCCACAAAA AGATAAGAAA 
TCTGAACAAA ACAATTCCAA CAATAGTCTA ATAGAGACAG AAGATAGCAG CGATGACGAA 
ATTATACGGG TAAATTGGAC TATGGGTAAG ATAAATGAAA ATATAGTGTG TCCTATCTGT 
AGCAAACTAT TTCGTTCTGA AAATGTTGTG TTTAAACACG TAAAGCATTG TACAGGCCCT 
TCGCCAAATA GATCTGAGTC TGATAAACGT AGTTCTCGCA GACTAAGAAA TTCAAATGAC 
AGTAAAGGCT TTTCTTTGGA CAGTAACTCA GAAGACGAGG TAATTATTCC AAGAAAACGA 
AAATCAAGGG ATTCTAAACC AGTATCAAAA CCTGATGATA TCAAATTACG AGAAAAATCA 
GAAAGAGCAC AGGCTCATTC CAAGCAAGTA AAGAAAAAAG AAGTAAAAGT TAAAAGCAAA 
TTAAACAATC TTGCATGTGA GCTGTGTGGA AAAACATTTC GACAATTATC TTATTTAATA 
AGTCACAAAA TACAACACAA AAAGGAAGAA GCCGAAAAGT TAGAGAAAAT TAACAAAAGC 
GTTGGAAAAT ATTGTTGTGA AGTATGCAAG AAGGAATTCA GAGAGTTACA TCACTTAGTC 
CAACATCGCG TGATTCATAA TCTGAAAATA ATGACTGCGA GATCGAGCAG GAAGAGCTCA 
TCAGAAGTAA ATGAAAATAA ACAAACTAAA ACCCAGCCTT TACCAGCACA AGAAGGTGAA 
GATCTCGATA CAAGGTATCG TTGTGAGCCC TGTGACAAGT CCTTTAGAAA ACTCCATCAT 
CTCGTTGAAC ATAGAGAAAC TCATGATGGT ATCAATAAGA AAAGTACTCC CAATAACATG 
GATGATGCTG TTAAAACACC TACCCTGCAT CAATGTGACA TATGCAACAA AACATTTAAG 
AAGTTGCAGC ATTTGATGGA GCACAAGGAT CAACATTTAG AAACAAGTTC AGAAAAATCT 
GACGATAAAA GCGTTCAGAG CTCACTATCT ACCCGTGACA TAATACATGA ATGTTCCCTC 
TGTTATATGG TTTTCCCAAA TGAACACTCG CTAAAAAAGC ACTTTGTTAA CTGTCAGCGA 
AAAAAGAAAT CCGCTGCAAA GCTATCCAAA ACGGGCGAAG TAGTTATTAA GGAAGAAAGT 
AAAGAAGAGA TGGATTGTGA AACTGACAAC AAATCCAACA TAGTACCAGA AATAATGAAA 
CCCTCGTCTA CCAACGAGTT AACTTCAGCT CCGGAAAAGA ATGCCAAACA AAATACAGAA 
AAAGAAATGT CAGACCCTGT TTGTGAGGCT GTTGTTGAAC AACTTCATAG TAACATTGTC 
GATGATTTAG ACAGTAAGAG TGACGATTTA CCTCTTGTTA CAAAAAAGAC AGTAGTTATC 
GCCGATACAA TCAAATTAGA AAATGACACG AAACCCGTTA TTAAAAAAGA GGAAATAGAA 
ATCATCGTTA TAACAGACAC GCCGACTCCT AAAAAACGAA CCGCGGGCAA AGAAAAGACA 
GGGATTACAG TTACAAAGAA ACAAAAGATA AGCGTGCTTC GTAATATTAA CAAAAAGGTT 
GAGTCAAGTG ACGAGGACGA AGTGAGGTAC ATGTTAAACC CAGAATACCA AGACAAAAAC 
CCGGAGGAGA AATTTATGAA GGTACGAGCC GAAAAGCGCA GCTCGCTTCA AATAGAAAGA 
CCTAACTCGA AAGATTTAAT CAAACGAAGA ATCTCCCTGC AACACCCTCC AAAAATACAA 
CGTCTGAAGA CAAAAGTGGA AGCACGGCCG ATACAATCAG CGTCTGTGAA AAAATCTAAA 
TCTCTTTTGA AAACGGCGTC TTCCACTGAT TCGGACGATA GCGACGTTAA ATATTCCTTC 
CCTGAAACGG TTGCCGAAAA ACCTGCTCCG AAAATAGTGA ACGACAAAAG AAAGTCTATA 
AGCGACAAAC AAAAGTCACT TACCGGCGTG GCTAAAAGAA AATCATTGGG AAAACAGAAG 
ATAAAATCAC CCGTGAAGTT GGTTCGAAGA CGTGCCGAAG TGGAGCATCG GTGCGATTGT 
GGACAGTTGT TCAGCAGCGC CGCTCTTTTG TCCCGACACA CCACTTTAGC ACACACACCT 
CCTAGAATAC GAAAACGTAG ATCTCCCCCA CCCGAAAACC CCAAACCGAA ACAACTAAAA 
CCTACTCTCA AACCGCCAAA ACAGACTGCT GCACAAAAAC TCACAACACA AAAGCCGAAC 
ACACAAATAA AAACACAAGT TAAAAATTTG AGGAAATCTA GTGATAAGCA AAGTGACGAA 
AAGGATTCGC GCAGAACGGC TCTCAGAGGC GCTCCTGACA AGTCACGGAA AATCAAATAA

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

RefSeq	XP_022127011.1
CDS	334..6813
Translation	MDRSHQIRDEADRSKEITIDTSSLPSESFLTANESTSFYSLTEEDSTFIVSPSKDSSSTSNPEPNITDPNLICNLSPIHKSNEIESFKIGKQIEAANILSGGVNIFDDNSYDGHELVIDDNPIDKDIKGDENEDTLETGDMIDTTPNKETEVVLQIDGKNVDAIDIGNGLYLYRNTGEEELAAVQIIDDDQQQQTFKFLKVRENAEGNLEVYEEIEIEVPKEAPVKKGKPVSSTSQTSTESVKKINHISDNVLETSQKITQNVLENNECNNSKELEKSKSRDLQDCKSELNFNGKTMKFSESRKSPVIGTFTPMTYHSTQNKEGRPLTKTMVDQHLQPNRHSDNIKKTIEVNTENCKQKLENVVKLKDETTENILNENIGIPDIISSSVIDTIDTKYDNFACDLKKCPSVTKTSKDVKEGGSYIASEVNATAIDIKITPDAISIPNMSNKSENTVKLINQDLCNETKSIVYNSTQSVSTLVTDTLSDNTETDIEDKLVIAEDSIISDVSNEPTTKPVEINSDSKSKSEVIVSDLDGVLESCENIVNKIEETTKCEPQESEILHKNKEIKIAVDSRHTENENNQSKLEAQDMALDAKEDTLKVECTQTNKSSVPDTIDTYKTSKQKIAEPAIITKSNHCATQPILKDIEKATKTLDFDVKTSTNNISSMTQFTAQESKDNKVIQQEGTSNSCSQNSQEDLNIEKPSQLPTIKKTSPCVEQKIEQKSEPKPEEKIDLNLGRNPEDQEGTSSDSAAVPFGKWTEVNRQNFLNKIKEIKVPVSNSNTKQIKQTNDLNRRDFLKKIDSQRQTNSVAVKNQDNVSNTLSIKPSFTAFKNTSCAVVKPAGTELPKIKETLPSKSNPKPKPIIEVTNSKQEIPQPVVNKLILAQRKEINNQDLIDKTIEGIINRALPAKATQEEKSNAELKAKEISNSSIVTLDDIERKMNELHGIPFVERPSHELPGLESKINDTDNLCDTKKENPVVPYTNKHHKKVKENERANISDEEVIEHEPITGDVAITVKDKLPQQAVCNNGAKRDSIITEKDFDKFARRNSVTYENCLTVNFDKREPCNVTQSIVPIAKPVKKMSRNELMLAESKAKSTHKQYLARHNLHASKIPTAAKSSQPEITATKNYQSKVQMAYQTAITAKQQQEPITIIEDKPVKVVFVDTNAEFGPLKLNVQGQELSPSGKPTNDNTHSTSESIDSDIIETIANQNKLVENKSKVKHQRKQVLTPVEAPELELIVPKDLGLEFSPKKKRKIDEKIEKKFKSIVPKKSYLLNRIEDEKHYKIQDVIKTSGFETVKRSETYVVHSDPISAIDNLVKAAELLETQSENKLMNSEENETKLEQITPVKRGRGRPRKYPLPSSESDLKMPVSPQKDKKSEQNNSNNSLIETEDSSDDEIIRVNWTMGKINENIVCPICSKLFRSENVVFKHVKHCTGPSPNRSESDKRSSRRLRNSNDSKGFSLDSNSEDEVIIPRKRKSRDSKPVSKPDDIKLREKSERAQAHSKQVKKKEVKVKSKLNNLACELCGKTFRQLSYLISHKIQHKKEEAEKLEKINKSVGKYCCEVCKKEFRELHHLVQHRVIHNLKIMTARSSRKSSSEVNENKQTKTQPLPAQEGEDLDTRYRCEPCDKSFRKLHHLVEHRETHDGINKKSTPNNMDDAVKTPTLHQCDICNKTFKKLQHLMEHKDQHLETSSEKSDDKSVQSSLSTRDIIHECSLCYMVFPNEHSLKKHFVNCQRKKKSAAKLSKTGEVVIKEESKEEMDCETDNKSNIVPEIMKPSSTNELTSAPEKNAKQNTEKEMSDPVCEAVVEQLHSNIVDDLDSKSDDLPLVTKKTVVIADTIKLENDTKPVIKKEEIEIIVITDTPTPKKRTAGKEKTGITVTKKQKISVLRNINKKVESSDEDEVRYMLNPEYQDKNPEEKFMKVRAEKRSSLQIERPNSKDLIKRRISLQHPPKIQRLKTKVEARPIQSASVKKSKSLLKTASSTDSDDSDVKYSFPETVAEKPAPKIVNDKRKSISDKQKSLTGVAKRKSLGKQKIKSPVKLVRRRAEVEHRCDCGQLFSSAALLSRHTTLAHTPPRIRKRRSPPPENPKPKQLKPTLKPPKQTAAQKLTTQKPNTQIKTQVKNLRKSSDKQSDEKDSRRTALRGAPDKSRKIK

Target ORF information:

RefSeq Version	XM_022271319.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae uncharacterized LOC111001421 (LOC111001421), mRNA.

Target ORF information:

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

XM_022271319.1

ORF Insert Sequence:

ATGGATAGAA GTCACCAGAT TCGAGATGAA GCTGATCGCT CCAAAGAAAT TACCATTGAT 
ACATCGTCAT TACCGAGCGA ATCGTTTTTA ACCGCGAACG AAAGTACATC ATTCTATTCT 
TTAACTGAAG AAGACTCTAC ATTTATCGTA TCACCGTCGA AGGACAGTTC GTCGACCTCC 
AATCCAGAAC CAAACATAAC AGACCCCAAT TTAATATGTA ATTTATCACC AATACACAAA 
AGCAATGAAA TTGAAAGTTT TAAAATTGGA AAGCAAATTG AAGCTGCAAA CATTTTATCT 
GGTGGAGTGA ATATATTTGA TGACAATTCC TATGATGGTC ACGAACTTGT TATTGATGAT 
AACCCAATTG ATAAGGATAT AAAAGGTGAT GAAAATGAAG ATACATTGGA AACAGGTGAT 
ATGATTGATA CTACACCAAA TAAGGAGACT GAAGTAGTGC TGCAAATTGA TGGTAAGAAT 
GTTGATGCAA TTGATATTGG AAATGGATTG TATTTGTACC GAAATACTGG AGAAGAAGAA 
TTAGCTGCTG TACAGATCAT AGATGATGAC CAACAACAGC AAACTTTTAA ATTTCTCAAA 
GTTCGTGAAA ATGCTGAAGG AAACCTGGAG GTATATGAAG AAATTGAAAT TGAAGTTCCA 
AAGGAAGCGC CTGTTAAGAA GGGTAAGCCT GTCTCTAGTA CTTCACAAAC TTCCACTGAA 
AGTGTCAAAA AAATAAATCA TATCAGCGAT AATGTTCTTG AAACTTCACA AAAGATTACA 
CAGAATGTCT TAGAAAACAA TGAATGTAAT AATAGCAAAG AACTGGAAAA ATCTAAAAGC 
AGAGACCTGC AAGATTGTAA GTCTGAATTA AACTTTAATG GCAAAACTAT GAAATTTAGT 
GAATCCCGTA AGTCACCTGT GATTGGTACT TTTACTCCTA TGACCTACCA CTCAACACAA 
AATAAAGAAG GTCGTCCTCT CACAAAAACA ATGGTAGATC AGCATCTACA ACCAAATAGA 
CATTCAGATA ATATAAAGAA AACCATAGAA GTCAATACAG AAAATTGTAA ACAAAAATTA 
GAAAATGTTG TTAAACTAAA AGATGAGACA ACTGAAAACA TTTTAAATGA GAACATTGGA 
ATACCTGATA TAATTTCTTC CAGCGTTATT GATACAATAG ACACAAAATA TGATAATTTT 
GCTTGTGATC TCAAGAAATG TCCTTCTGTG ACTAAAACCT CTAAAGATGT TAAGGAGGGA 
GGTTCTTATA TTGCAAGTGA AGTTAATGCA ACAGCAATTG ATATTAAAAT TACACCCGAC 
GCAATATCGA TTCCTAATAT GTCTAATAAA TCTGAAAATA CTGTTAAATT AATAAACCAA 
GACTTATGTA ATGAAACAAA AAGCATTGTA TATAATTCTA CTCAGTCTGT GTCCACACTG 
GTTACTGATA CATTATCTGA CAACACCGAA ACAGATATAG AAGATAAATT GGTTATTGCA 
GAAGATAGTA TTATATCTGA TGTCTCCAAT GAACCAACTA CAAAACCCGT TGAAATCAAT 
TCTGACTCTA AATCAAAAAG CGAAGTAATA GTCTCTGATT TGGATGGGGT ACTAGAAAGT 
TGTGAAAATA TTGTGAATAA AATTGAAGAA ACCACAAAAT GTGAACCACA GGAAAGTGAA 
ATACTGCATA AAAATAAAGA AATTAAAATA GCAGTAGATA GCAGACATAC GGAAAATGAA 
AACAACCAAA GTAAATTAGA AGCACAAGAT ATGGCGCTTG ATGCCAAAGA AGATACCCTG 
AAAGTTGAGT GTACACAAAC AAATAAATCA AGTGTGCCTG ACACCATTGA CACATATAAA 
ACATCAAAAC AAAAAATAGC TGAACCTGCT ATTATTACAA AGAGTAATCA TTGTGCTACT 
CAGCCCATTC TTAAAGATAT TGAAAAAGCT ACTAAGACAC TCGACTTTGA TGTTAAGACG 
TCCACAAATA ATATTTCTAG TATGACACAA TTTACTGCGC AAGAATCAAA AGATAATAAG 
GTAATTCAAC AAGAAGGAAC CAGTAATAGC TGCAGTCAAA ATTCGCAAGA AGATTTAAAT 
ATAGAAAAGC CGTCACAGTT ACCTACCATA AAGAAAACAA GTCCTTGCGT TGAACAGAAG 
ATTGAACAGA AGAGTGAACC AAAACCTGAA GAGAAAATAG ACTTGAATCT CGGAAGAAAC 
CCAGAAGATC AAGAAGGGAC ATCCAGTGAT AGTGCCGCAG TGCCTTTTGG AAAATGGACT 
GAAGTTAATA GGCAAAATTT TTTAAATAAA ATTAAGGAAA TTAAAGTACC GGTTAGTAAT 
TCAAATACAA AACAAATTAA ACAGACTAAT GACTTAAATA GAAGAGATTT CTTAAAAAAG 
ATAGATAGTC AAAGACAGAC AAATAGTGTT GCAGTAAAGA ATCAAGATAA TGTCAGTAAT 
ACATTGAGCA TAAAACCTAG TTTTACAGCT TTTAAGAATA CTTCTTGTGC TGTTGTAAAG 
CCAGCAGGTA CTGAATTACC GAAAATTAAA GAAACTCTTC CCTCGAAATC TAACCCGAAG 
CCTAAACCTA TTATAGAAGT AACAAATAGT AAACAGGAAA TTCCCCAACC CGTGGTGAAT 
AAATTAATTT TAGCTCAAAG AAAAGAAATA AATAATCAAG ATTTGATCGA CAAAACTATT 
GAAGGAATAA TTAACCGAGC TTTACCTGCG AAGGCTACAC AAGAAGAAAA ATCGAATGCA 
GAACTGAAGG CTAAAGAAAT ATCCAATTCG AGTATCGTTA CGTTAGACGA TATAGAACGA 
AAAATGAATG AACTTCATGG AATACCTTTT GTGGAAAGGC CGTCCCACGA GTTACCGGGA 
CTGGAATCGA AGATTAACGA TACCGATAAT TTATGTGATA CTAAAAAAGA AAACCCAGTT 
GTACCTTACA CAAATAAACA TCACAAAAAG GTAAAGGAAA ACGAAAGAGC AAATATTTCC 
GATGAAGAGG TTATTGAACA TGAGCCTATC ACCGGAGATG TCGCGATTAC TGTTAAAGAT 
AAATTGCCGC AACAAGCGGT ATGTAATAAT GGTGCTAAAA GGGACTCAAT AATCACAGAA 
AAAGATTTTG ATAAATTTGC TAGACGAAAC TCAGTGACTT ATGAAAATTG TCTTACTGTT 
AATTTTGATA AGAGGGAACC GTGTAATGTT ACACAAAGCA TTGTCCCAAT AGCTAAACCC 
GTAAAAAAGA TGTCTCGAAA CGAACTAATG CTGGCAGAAT CAAAAGCTAA ATCTACTCAT 
AAACAGTATC TCGCTCGTCA TAATCTCCAC GCCAGTAAAA TTCCAACTGC AGCGAAATCC 
TCGCAACCCG AGATTACAGC GACCAAAAAT TATCAATCTA AAGTACAAAT GGCGTACCAA 
ACCGCGATAA CAGCTAAACA ACAACAAGAA CCTATTACTA TAATTGAAGA TAAACCAGTG 
AAAGTAGTGT TTGTGGATAC GAATGCTGAA TTTGGCCCAC TCAAACTTAA CGTCCAGGGT 
CAAGAGCTGT CTCCGTCGGG CAAGCCCACA AACGATAATA CTCACAGTAC TTCAGAATCT 
ATCGATTCTG ATATCATAGA AACGATAGCT AATCAAAATA AATTAGTGGA AAATAAATCA 
AAGGTTAAAC ATCAAAGGAA ACAAGTTTTG ACACCCGTCG AAGCACCCGA ACTAGAACTA 
ATTGTACCCA AGGACTTAGG TTTAGAATTT TCACCGAAGA AGAAGCGCAA GATCGACGAG 
AAAATTGAAA AAAAATTCAA GTCCATTGTG CCAAAGAAAT CTTATCTTCT TAACCGTATT 
GAGGATGAAA AACATTATAA AATTCAAGAT GTTATTAAAA CCTCGGGGTT TGAAACTGTT 
AAAAGAAGTG AAACGTACGT TGTACACTCT GACCCCATAT CTGCAATCGA CAATTTAGTA 
AAAGCAGCCG AATTACTTGA AACACAAAGT GAAAATAAGC TAATGAATAG TGAAGAAAAT 
GAAACAAAAC TAGAACAAAT CACTCCAGTT AAAAGAGGTC GCGGACGACC TAGAAAATAT 
CCACTGCCTA GCTCTGAATC GGATTTAAAG ATGCCTGTAA GTCCACAAAA AGATAAGAAA 
TCTGAACAAA ACAATTCCAA CAATAGTCTA ATAGAGACAG AAGATAGCAG CGATGACGAA 
ATTATACGGG TAAATTGGAC TATGGGTAAG ATAAATGAAA ATATAGTGTG TCCTATCTGT 
AGCAAACTAT TTCGTTCTGA AAATGTTGTG TTTAAACACG TAAAGCATTG TACAGGCCCT 
TCGCCAAATA GATCTGAGTC TGATAAACGT AGTTCTCGCA GACTAAGAAA TTCAAATGAC 
AGTAAAGGCT TTTCTTTGGA CAGTAACTCA GAAGACGAGG TAATTATTCC AAGAAAACGA 
AAATCAAGGG ATTCTAAACC AGTATCAAAA CCTGATGATA TCAAATTACG AGAAAAATCA 
GAAAGAGCAC AGGCTCATTC CAAGCAAGTA AAGAAAAAAG AAGTAAAAGT TAAAAGCAAA 
TTAAACAATC TTGCATGTGA GCTGTGTGGA AAAACATTTC GACAATTATC TTATTTAATA 
AGTCACAAAA TACAACACAA AAAGGAAGAA GCCGAAAAGT TAGAGAAAAT TAACAAAAGC 
GTTGGAAAAT ATTGTTGTGA AGTATGCAAG AAGGAATTCA GAGAGTTACA TCACTTAGTC 
CAACATCGCG TGATTCATAA TCTGAAAATA ATGACTGCGA GATCGAGCAG GAAGAGCTCA 
TCAGAAGTAA ATGAAAATAA ACAAACTAAA ACCCAGCCTT TACCAGCACA AGAAGGTGAA 
GATCTCGATA CAAGGTATCG TTGTGAGCCC TGTGACAAGT CCTTTAGAAA ACTCCATCAT 
CTCGTTGAAC ATAGAGAAAC TCATGATGGT ATCAATAAGA AAAGTACTCC CAATAACATG 
GATGATGCTG TTAAAACACC TACCCTGCAT CAATGTGACA TATGCAACAA AACATTTAAG 
AAGTTGCAGC ATTTGATGGA GCACAAGGAT CAACATTTAG AAACAAGTTC AGAAAAATCT 
GACGATAAAA GCGTTCAGAG CTCACTATCT ACCCGTGACA TAATACATGA ATGTTCCCTC 
TGTTATATGG TTTTCCCAAA TGAACACTCG CTAAAAAAGC ACTTTGTTAA CTGTCAGCGA 
AAAAAGAAAT CCGCTGCAAA GCTATCCAAA ACGGGCGAAG TAGTTATTAA GGAAGAAAGT 
AAAGAAGAGA TGGATTGTGA AACTGACAAC AAATCCAACA TAGTACCAGA AATAATGAAA 
CCCTCGTCTA CCAACGAGTT AACTTCAGCT CCGGAAAAGA ATGCCAAACA AAATACAGAA 
AAAGAAATGT CAGACCCTGT TTGTGAGGCT GTTGTTGAAC AACTTCATAG TAACATTGTC 
GATGATTTAG ACAGTAAGAG TGACGATTTA CCTCTTGTTA CAAAAAAGAC AGTAGTTATC 
GCCGATACAA TCAAATTAGA AAATGACACG AAACCCGTTA TTAAAAAAGA GGAAATAGAA 
ATCATCGTTA TAACAGACAC GCCGACTCCT AAAAAACGAA CCGCGGGCAA AGAAAAGACA 
GGGATTACAG TTACAAAGAA ACAAAAGATA AGCGTGCTTC GTAATATTAA CAAAAAGGTT 
GAGTCAAGTG ACGAGGACGA AGTGAGGTAC ATGTTAAACC CAGAATACCA AGACAAAAAC 
CCGGAGGAGA AATTTATGAA GGTACGAGCC GAAAAGCGCA GCTCGCTTCA AATAGAAAGA 
CCTAACTCGA AAGATTTAAT CAAACGAAGA ATCTCCCTGC AACACCCTCC AAAAATACAA 
CGTCTGAAGA CAAAAGTGGA AGCACGGCCG ATACAATCAG CGTCTGTGAA AAAATCTAAA 
TCTCTTTTGA AAACGGCGTC TTCCACTGAT TCGGACGATA GCGACGTTAA ATATTCCTTC 
CCTGAAACGG TTGCCGAAAA ACCTGCTCCG AAAATAGTGA ACGACAAAAG AAAGTCTATA 
AGCGACAAAC AAAAGTCACT TACCGGCGTG GCTAAAAGAA AATCATTGGG AAAACAGAAG 
ATAAAATCAC CCGTGAAGTT GGTTCGAAGA CGTGCCGAAG TGGAGCATCG GTGCGATTGT 
GGACAGTTGT TCAGCAGCGC CGCTCTTTTG TCCCGACACA CCACTTTAGC ACACACACCT 
CCTAGAATAC GAAAACGTAG ATCTCCCCCA CCCGAAAACC CCAAACCGAA ACAACTAAAA 
CCTACTCTCA AACCGCCAAA ACAGACTGCT GCACAAAAAC TCACAACACA AAAGCCGAAC 
ACACAAATAA AAACACAAGT TAAAAATTTG AGGAAATCTA GTGATAAGCA AAGTGACGAA 
AAGGATTCGC GCAGAACGGC TCTCAGAGGC GCTCCTGACA AGTCACGGAA AATCAAATAA