LOC110991554 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110991554
Entrez Gene ID	110991554
Full Name	rotatin-like
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022256933.1	XP_022112625.1	rotatin-like

Pathways from BioSystems
Gene Ontology

The following LOC110991554 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110991554 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
OPi75673	XM_022256933.1 Latest version!	Pieris rapae rotatin-like (LOC110991554), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC110991554 ( XM_022256933.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022112625.1 Pieris rapae rotatin-like (LOC110991554), mRNA.

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CloneID	OPi75673
Clone ID Related Accession (Same CDS sequence)	XM_022256933.1
Accession Version	XM_022256933.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5913bp) 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	rotatin-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019093203.1) 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##

ATGGACACAA ATGAAATACT TTCTACATAT ATTAAGAAAT TGAGTCACCC ATTGCAAGAA 
ATACGTGAAC GTTCTTTACA ACTGCTTTTT GCTAAAATGC AGTTAGGTTG GACTTTAAAC 
GATGAATTAC GCAGTAATAG TGAACTTTTA GAAGCTCTTC TTGCTTGGTT TAATATTCAA 
CAACAACCTT CAATGCAGCG GGAAGCTTTA GAATTGTTAC TCAGGCTTAT AAAGACAAAA 
GGTGGTAATT ATGCTGTAAG GGAATATAAC ATACATCAAA TGTTAGAAGT TTTATATAAA 
ATAAAGCCTA AAGTTGAAAG AAACTCTTTA GAACTGTTTG AAGAAATTGT AGATTCCCTA 
AAGTTTCTTA ACACTGTAGA ATCTTCTGAT AATATGAACA TACCAAGACT GAATATTCCT 
TCTACTTCTA GTATAAACTC GAATTATGAA AGTGGAGGAT TACCTAATGA AGAATGTAAC 
TCAAACAGAA ATTTGACATC AGAAGCAGAT TCCGTTTTAC ATGAATATAA TAGTAACCAC 
AATATTCAAT CTAATGGCGT AAATGTGATT CTCTTTCCAT GGGTTGTATT AAGCCCATCT 
GATTATAAAA CAATTGTTCT TATTGAAGAT TCCCTGAAGA TTGTAAAGTC TACCCGGCGT 
TGCTGTAGAT TTATCAGAGA TGTCTTTCTT AGTGATTTTT CTGCAGAAAT ATTTTTGAAT 
AGACCATCTA TTATTAAGGC CTTACTAGCT ATATCTGATG GGCAATTGGG CAGTTCTCCC 
AGTGAAGCAT TGCATGTACT ATTGTGTATA ACAAAATCAC TCCATAAACG GTTAAAACAG 
CTGTTATCTG CAGAACTTAT ATGTGAACAT AGTAAGGTAC CATATGACAA CAGGGATTCT 
TATGATAATG TGAATGTGGA ATTGGAACAA ATAGTGGGTA GAATAATAAC ACCAAATGAG 
GATAAATTAG CAGCATTGCG GCAGTTGCCT GCACCAATAT TTGCATTAGA CACAGCACAC 
AACATTCTCT GTATTATGGC AAAGAGTGTA CAGATTGAAA CTACCAACAA AGAAATTTTG 
ACTATGAAGG AGCTAAGTTT ATGTATATGT TTAGTGGAAG AACTTACAAA GTTACTCTTG 
GACCTTGTGG ATGACAGTTT CTGGGTCTCG GATCACTCAT CGAAGGTTGA AAGGGATATA 
GCTCATAAAA GTTGCATGAC AATGCGGATG TTGGGTGACC TTTTAATGAA GTATCACAAT 
TTGTACCAGT CAGACCAAGA GAGATTACAG CATAGAGTAG CTTGGTTTAG ACTTTTATCA 
TGTGCAGCTG AATTGCTGTA TTGGGCAAGG AAATCCCCTC TTCCGCCAAC TTCCTTGTGT 
ACAGCTCTAC AAATGGGCCT TTTGGACCCG GGAATCGATA TTTTTTATCC AGAGCTAAAT 
AAGAGAATGT CTGTTGTTTT ACAGTGTGCA CAATCAGCCG TAGACCAAGA ATTCAAAAGC 
AGATACCGGG AACTAAAGAA AATATTCACA AGCATGGATC ATGCGGTGGA GTTTATGCAG 
AAACCTGGGA ACAACCAAAA TATACTATCA ACTATTAAAA ATGCCATACC AGTGCTTCAT 
ATATATAGAA ATGAGAGATT TTTAACTGAC ATAGCAGAGG TTTTGATGGC GAAGAAGTTC 
GATGGCGATG ATTGGTCAAT AGCCAGGGAT ATAGCGTTAT CGCTTATGGC TCACAGCATC 
CCCTGGGTTC AAGGGGTGTT CTATAAAATA TTGGAGAATA TGGTTAAGGA AGCTTTCAAG 
TCGGAAAATG AAATGAGTTT GAATTTGTTG TGTGATGTTG GTGTTCTAAC TGAGATATGC 
TGTCAGGGTC TATCGTGTAG TAATGAAGAG GTTCAGGAAA GTGCTTCCGA AGTAATGTTA 
TACCTACTCC GCGGGAGACT AGTCCTCAGT GAGAAATGTT GGTGGAGGCT TCTCGCCAGT 
TTGATGCCGG TTCTGCCTCT CTTGCACGTC TACGCAGCTC ACGAAACGCA ACTTGGAAAG 
GCGATTTGCA AATCCCTCGA AGCGGACATA GTGGAGTGCA TGGGGGTGTC GAAAGCCGAA 
ATGGTCTGGG GTTTGGTCCG TCTCTTGTTT GTCAAATGTC CGGCTGTGCA AATGTATGCG 
GCGCATTCGC TATGTGGAGT TTTAGATGAC GCCAAATATC TACCCCCAAA AGAGACACTC 
CGAACAGATA TCCTTATAAA TGCCTTGCGG AGGGTGGAGA TTCAGGATTT TAATGTCGAT 
CAAACGAGTT CACCGGATAG GAAGGTGTCG ACCACAGGCC TAATACAAGT TCTGGAAGTG 
CTAAAACAGG ATTTAGTTCT GGATGGTTCG GAGTATATGC CGGCAGGCAC GTCTCAGACA 
TTGGAACCGT CTCTGCGGCG AAGTACTTTG CAGCAGCTGG CCGTGATGAT GAGGCAGCAG 
GGTCTGCACG ATGCTTTTGT GCGATATGAT GGGGTCAGAA TTATTGATGC CTTGCTAAGA 
ATGTCCCTAA CAGTGGATGA CTACTTAGCG TTCCCCGAGT GCGCTCTGAG TTGTGTCTCT 
GTCATAAATA GCATTTGTTT TGCCGCCCGA CATGAGCTAT CCAAAATGGC TGAATTACCA 
TTATTCCTGC TTAGAGCTAT ACTGATTTTT CCCGCCAACG AAAACCATGT AACGATGTCC 
GCACAAGTAC TAGGGTTGCT GGCTTGGGCC GGATTCGTTT TACAAGAGCT GGACGATTCC 
AGGCAAATAG TGCCAGCCCT GCCCTCGAGT GTGACTCAGC GAGTCAATTT ACCATTTACT 
GTCAACACGT ATTGGATTAC CAGCCCTAAT GCCGAACATG GATCTGTGGA CTGGCTACTC 
AATGAAACGG AATGGCGTAC AGCTATCCGT ATACGATGGC ATTGGGTTCT CAATGGGGGG 
AAAAAAATTC GCGGTTCTCC ACATTTGCTG CAATCCAACA AGGGTCTCAA CGATCACGAT 
TTGGAACTAC TTAGGTCCGC ATGTGTGGAC TACTCCTGTA CGAAAGGACT GTTGAATTTG 
GAGAATGCAA CTACACACAT GCAGGTTAAC GAAGCACTGT GTGTCTTGGA GAGCTATATC 
CATGTGATGT CATCGTCTAC AGTCTGTCCA GAAGAGTTTG GAAGTCTGAA ATGGCTGAAT 
CTGAAGCGAT TCCTAATATC GCCACCAGCG TCTGCGCGTG ACACAGATCT ACTGATAGTG 
TTGTTGCAGT TCATCGTAGC TTATATGGAC AATGTGCCTA AGACAGAAGC AACGATGTCG 
TGGGTAAAAT CATCGTTTAT CGGTAACGAA GCGGCTGTAA TAGCACTTTT GAGTCGAGAT 
CGTCTCTATC CACAACAAAC GCCCAGCGAA GATATAGACG TCATACAACT CAGGATATAC 
ATAGTTAAAG TTCTGCTTCG GTGCATAATA ATGGAAGATG GCTTTAGGGG TAGCAAGATG 
GAAAGTCTTC TGAAGATCCT TTTTGCATGT TTGGAACGGG TTGAATTGAA GAATTTTCAT 
ATGCTAGGTT ATCTCAAGGA ATTACTATGT TGTATAAGAT ATGCCTTGCA CTCACAATGT 
GATCTTTCCG AGGAAGCCTT ATTACACAGC TTAAAGATGA TAACCAGGGT GTTAAGTGGC 
TGCTCATCCA GCGCTGGAAG GAAAGGTCAA GCCTGTAGGT TGGATGCGAT GCTCGCGTTG 
ATGGCTGTTT TGAAGAAAAT CAAGGCGCAG GACATACCAG TTCAGCGATG GGGTGAATAC 
TGCGATGGTT TCTTGACCGA ATCGGTAATC AGATGTGTGG ACGCCCAACG TCCGGAGTTA 
CGCGCAGCCG CTTTACAAGT TACGGCCGCG CTCGCATGTT ATACGCAACT TTTACCACAG 
ATATTGCAAT ATATTCCCGA CGAGTCGTTA TGTCGTTACG CATTGGACGT GTTCGCAAAG 
AGCGGCGAAG CGAACGTTGT TCGTGCGTCT GCGCTGGCAC TTCTCACGAC TGTCACCTCT 
TCTGTCTCAC CGCATAATCA AGTGTTAGAA AGGGATCTAC TTATGTCCCT AGATGATTAC 
AGTTTCGTGG AAGAGTGTTT ACAAATTTTA ATAGACTTCT GCAATAGCAG TTATTCGAAC 
GATATATCCT ATCTTGAACC AAACATGCCA CTCGCTTTAT TAGAAAAGAG AGCGGAACTT 
GAAGTGCGCA GTCAAAAGAG TCAAGACGTC ATCGTGTCAC CGACCCATGG GTTTGAAAAG 
CCGCCACCGA CTGGCGATCT AATTACAGCC ATTGCCGATG TCTTCACAAA CGTTTCAATG 
TTGAAGAATA GTCCCATACA AAATTGGAAC GAACGGGGTC TATATAGGGT GATGTTTCGA 
TGTTTGAGCC GGTCAGAGGG TATGATAGAG CAGGACAGCA TGAGCGGTAG CATCTGTCGC 
ACTCTATGCG TCGCGGTGAG ACATAAGTGC GTACGCGCAC TCCTGGCCTC CACTAAGGAC 
TGCTTACATT ACCTGATCGA CACTTTGCGA CCAATTGAAG CTGATAACGA AATCTTTGCG 
CGCACGCAGG CCACGCTACT ACTGGGATAT TTACTAAGCG ATACATCAGC TAGCGACACC 
TTCTGGTGGG AATTGAAGAA AAACAACTCG AATTTATTAT TTGAAATGCT TTTGCAGTTC 
TTGGACAGTG ATGATATAGA ATTGCAGTCA ACGGCGATGT TTTGTTTAAC CCAATTGGCG 
CAATCGATTC ACAAAGGAAA CAAACATACA TTCATAGACA ACGTGCGGTC GGGTAACGTC 
GGTTTGAGTG ATTGCCAACC GGAGTATATA GTTGAGGAAT TGTGCAAGAT ATTGATGGAG 
ATCTTCAAAG AACATTTGGA GAAGAAAAAC TTTTTGACAA AACAAGACGA GACGTGGTCC 
TCTCTATGTT CCTGTATGGC GTCAGTACTG TCTGTCAGTC CTCGCAGTCG CATGTACGCG 
GTTCACCGCC GATTTCCCGC ACTGCTGAAC CTTGCGCTGC AGGCTTTTAG GGATAAACTC 
TCCTTGCAGG GTAAACCTAT GGATGTCATT CGGAATGCTA ATTCGGAGCC AATACTAAAC 
AATCTCTATT GGGTCCTGAT GTTGGCCAAT AGCTCGATGC TAGACTGTGC CCCGAGTAAG 
GAGCGTTTGT CCGAAGACGT GACCTCTCAC AACAAGCTGT GGCCCTGGTA CATGATGACG 
GAACCCTTGA GGGATACAAT CATGCACTTG CTGCTTACGT TTACTAATGA CAATCCGAAA 
GGCTGGAGCG CGATGTGCGC CTGCGTATCC GGGCGTAGCC TCGCGAGCGA AGTGTGTGCG 
CTGGTGAGTC GCGAGGCTTC CCGGCCTCGT GCCTCGCATC TGTTGCCTCT CGCCTTGCGA 
GTGCTCACAC ATTGCACACC GAACCAGCAC TGTCGGTCTC TTATACTCAA GACTGACGTA 
ATTTCTTGCG CCTGCAAACT ACGTGCACGC AATAACGACT CGTATACCGA AGCGTGGTAC 
AAACTGTGTG AGGCTCTGAG CCGACACGCT GATGGGGCGT CGGCTCTTAT TAACGTGCTG 
TCTTCGCCCA CACTTAGACC CATACCACGC CCATTACTCA CTTCCCTGGC CCACGCTGCT 
CATCATCAGA GATTGGCATT TCTTCAATCA CCGGATCTTC TAGAAGTATT GTCAGGCTCG 
CTGTTGACCG GCGACACATC CGAGATAGTT TCGGCCAGCC GTGCTGTATG GGCCCTTGCT 
GCTAATAATC ATCGGGCCAA ATTAGTCCTT CGGAGTTCTG GTATCACCAC GGCAGTCCAG 
ACCACGATGC AAAGGCTGCA GAGGAGCAAT GACGTCGCGG CGCAGAGGGC GTTGCAACTT 
CTCACGTATA CGTACAATAT TTTACAAACT TGA

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

RefSeq	XP_022112625.1
CDS	106..6018
Translation	MDTNEILSTYIKKLSHPLQEIRERSLQLLFAKMQLGWTLNDELRSNSELLEALLAWFNIQQQPSMQREALELLLRLIKTKGGNYAVREYNIHQMLEVLYKIKPKVERNSLELFEEIVDSLKFLNTVESSDNMNIPRLNIPSTSSINSNYESGGLPNEECNSNRNLTSEADSVLHEYNSNHNIQSNGVNVILFPWVVLSPSDYKTIVLIEDSLKIVKSTRRCCRFIRDVFLSDFSAEIFLNRPSIIKALLAISDGQLGSSPSEALHVLLCITKSLHKRLKQLLSAELICEHSKVPYDNRDSYDNVNVELEQIVGRIITPNEDKLAALRQLPAPIFALDTAHNILCIMAKSVQIETTNKEILTMKELSLCICLVEELTKLLLDLVDDSFWVSDHSSKVERDIAHKSCMTMRMLGDLLMKYHNLYQSDQERLQHRVAWFRLLSCAAELLYWARKSPLPPTSLCTALQMGLLDPGIDIFYPELNKRMSVVLQCAQSAVDQEFKSRYRELKKIFTSMDHAVEFMQKPGNNQNILSTIKNAIPVLHIYRNERFLTDIAEVLMAKKFDGDDWSIARDIALSLMAHSIPWVQGVFYKILENMVKEAFKSENEMSLNLLCDVGVLTEICCQGLSCSNEEVQESASEVMLYLLRGRLVLSEKCWWRLLASLMPVLPLLHVYAAHETQLGKAICKSLEADIVECMGVSKAEMVWGLVRLLFVKCPAVQMYAAHSLCGVLDDAKYLPPKETLRTDILINALRRVEIQDFNVDQTSSPDRKVSTTGLIQVLEVLKQDLVLDGSEYMPAGTSQTLEPSLRRSTLQQLAVMMRQQGLHDAFVRYDGVRIIDALLRMSLTVDDYLAFPECALSCVSVINSICFAARHELSKMAELPLFLLRAILIFPANENHVTMSAQVLGLLAWAGFVLQELDDSRQIVPALPSSVTQRVNLPFTVNTYWITSPNAEHGSVDWLLNETEWRTAIRIRWHWVLNGGKKIRGSPHLLQSNKGLNDHDLELLRSACVDYSCTKGLLNLENATTHMQVNEALCVLESYIHVMSSSTVCPEEFGSLKWLNLKRFLISPPASARDTDLLIVLLQFIVAYMDNVPKTEATMSWVKSSFIGNEAAVIALLSRDRLYPQQTPSEDIDVIQLRIYIVKVLLRCIIMEDGFRGSKMESLLKILFACLERVELKNFHMLGYLKELLCCIRYALHSQCDLSEEALLHSLKMITRVLSGCSSSAGRKGQACRLDAMLALMAVLKKIKAQDIPVQRWGEYCDGFLTESVIRCVDAQRPELRAAALQVTAALACYTQLLPQILQYIPDESLCRYALDVFAKSGEANVVRASALALLTTVTSSVSPHNQVLERDLLMSLDDYSFVEECLQILIDFCNSSYSNDISYLEPNMPLALLEKRAELEVRSQKSQDVIVSPTHGFEKPPPTGDLITAIADVFTNVSMLKNSPIQNWNERGLYRVMFRCLSRSEGMIEQDSMSGSICRTLCVAVRHKCVRALLASTKDCLHYLIDTLRPIEADNEIFARTQATLLLGYLLSDTSASDTFWWELKKNNSNLLFEMLLQFLDSDDIELQSTAMFCLTQLAQSIHKGNKHTFIDNVRSGNVGLSDCQPEYIVEELCKILMEIFKEHLEKKNFLTKQDETWSSLCSCMASVLSVSPRSRMYAVHRRFPALLNLALQAFRDKLSLQGKPMDVIRNANSEPILNNLYWVLMLANSSMLDCAPSKERLSEDVTSHNKLWPWYMMTEPLRDTIMHLLLTFTNDNPKGWSAMCACVSGRSLASEVCALVSREASRPRASHLLPLALRVLTHCTPNQHCRSLILKTDVISCACKLRARNNDSYTEAWYKLCEALSRHADGASALINVLSSPTLRPIPRPLLTSLAHAAHHQRLAFLQSPDLLEVLSGSLLTGDTSEIVSASRAVWALAANNHRAKLVLRSSGITTAVQTTMQRLQRSNDVAAQRALQLLTYTYNILQT

Target ORF information:

RefSeq Version	XM_022256933.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae rotatin-like (LOC110991554), mRNA.

Target ORF information:

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

XM_022256933.1

ORF Insert Sequence:

ATGGACACAA ATGAAATACT TTCTACATAT ATTAAGAAAT TGAGTCACCC ATTGCAAGAA 
ATACGTGAAC GTTCTTTACA ACTGCTTTTT GCTAAAATGC AGTTAGGTTG GACTTTAAAC 
GATGAATTAC GCAGTAATAG TGAACTTTTA GAAGCTCTTC TTGCTTGGTT TAATATTCAA 
CAACAACCTT CAATGCAGCG GGAAGCTTTA GAATTGTTAC TCAGGCTTAT AAAGACAAAA 
GGTGGTAATT ATGCTGTAAG GGAATATAAC ATACATCAAA TGTTAGAAGT TTTATATAAA 
ATAAAGCCTA AAGTTGAAAG AAACTCTTTA GAACTGTTTG AAGAAATTGT AGATTCCCTA 
AAGTTTCTTA ACACTGTAGA ATCTTCTGAT AATATGAACA TACCAAGACT GAATATTCCT 
TCTACTTCTA GTATAAACTC GAATTATGAA AGTGGAGGAT TACCTAATGA AGAATGTAAC 
TCAAACAGAA ATTTGACATC AGAAGCAGAT TCCGTTTTAC ATGAATATAA TAGTAACCAC 
AATATTCAAT CTAATGGCGT AAATGTGATT CTCTTTCCAT GGGTTGTATT AAGCCCATCT 
GATTATAAAA CAATTGTTCT TATTGAAGAT TCCCTGAAGA TTGTAAAGTC TACCCGGCGT 
TGCTGTAGAT TTATCAGAGA TGTCTTTCTT AGTGATTTTT CTGCAGAAAT ATTTTTGAAT 
AGACCATCTA TTATTAAGGC CTTACTAGCT ATATCTGATG GGCAATTGGG CAGTTCTCCC 
AGTGAAGCAT TGCATGTACT ATTGTGTATA ACAAAATCAC TCCATAAACG GTTAAAACAG 
CTGTTATCTG CAGAACTTAT ATGTGAACAT AGTAAGGTAC CATATGACAA CAGGGATTCT 
TATGATAATG TGAATGTGGA ATTGGAACAA ATAGTGGGTA GAATAATAAC ACCAAATGAG 
GATAAATTAG CAGCATTGCG GCAGTTGCCT GCACCAATAT TTGCATTAGA CACAGCACAC 
AACATTCTCT GTATTATGGC AAAGAGTGTA CAGATTGAAA CTACCAACAA AGAAATTTTG 
ACTATGAAGG AGCTAAGTTT ATGTATATGT TTAGTGGAAG AACTTACAAA GTTACTCTTG 
GACCTTGTGG ATGACAGTTT CTGGGTCTCG GATCACTCAT CGAAGGTTGA AAGGGATATA 
GCTCATAAAA GTTGCATGAC AATGCGGATG TTGGGTGACC TTTTAATGAA GTATCACAAT 
TTGTACCAGT CAGACCAAGA GAGATTACAG CATAGAGTAG CTTGGTTTAG ACTTTTATCA 
TGTGCAGCTG AATTGCTGTA TTGGGCAAGG AAATCCCCTC TTCCGCCAAC TTCCTTGTGT 
ACAGCTCTAC AAATGGGCCT TTTGGACCCG GGAATCGATA TTTTTTATCC AGAGCTAAAT 
AAGAGAATGT CTGTTGTTTT ACAGTGTGCA CAATCAGCCG TAGACCAAGA ATTCAAAAGC 
AGATACCGGG AACTAAAGAA AATATTCACA AGCATGGATC ATGCGGTGGA GTTTATGCAG 
AAACCTGGGA ACAACCAAAA TATACTATCA ACTATTAAAA ATGCCATACC AGTGCTTCAT 
ATATATAGAA ATGAGAGATT TTTAACTGAC ATAGCAGAGG TTTTGATGGC GAAGAAGTTC 
GATGGCGATG ATTGGTCAAT AGCCAGGGAT ATAGCGTTAT CGCTTATGGC TCACAGCATC 
CCCTGGGTTC AAGGGGTGTT CTATAAAATA TTGGAGAATA TGGTTAAGGA AGCTTTCAAG 
TCGGAAAATG AAATGAGTTT GAATTTGTTG TGTGATGTTG GTGTTCTAAC TGAGATATGC 
TGTCAGGGTC TATCGTGTAG TAATGAAGAG GTTCAGGAAA GTGCTTCCGA AGTAATGTTA 
TACCTACTCC GCGGGAGACT AGTCCTCAGT GAGAAATGTT GGTGGAGGCT TCTCGCCAGT 
TTGATGCCGG TTCTGCCTCT CTTGCACGTC TACGCAGCTC ACGAAACGCA ACTTGGAAAG 
GCGATTTGCA AATCCCTCGA AGCGGACATA GTGGAGTGCA TGGGGGTGTC GAAAGCCGAA 
ATGGTCTGGG GTTTGGTCCG TCTCTTGTTT GTCAAATGTC CGGCTGTGCA AATGTATGCG 
GCGCATTCGC TATGTGGAGT TTTAGATGAC GCCAAATATC TACCCCCAAA AGAGACACTC 
CGAACAGATA TCCTTATAAA TGCCTTGCGG AGGGTGGAGA TTCAGGATTT TAATGTCGAT 
CAAACGAGTT CACCGGATAG GAAGGTGTCG ACCACAGGCC TAATACAAGT TCTGGAAGTG 
CTAAAACAGG ATTTAGTTCT GGATGGTTCG GAGTATATGC CGGCAGGCAC GTCTCAGACA 
TTGGAACCGT CTCTGCGGCG AAGTACTTTG CAGCAGCTGG CCGTGATGAT GAGGCAGCAG 
GGTCTGCACG ATGCTTTTGT GCGATATGAT GGGGTCAGAA TTATTGATGC CTTGCTAAGA 
ATGTCCCTAA CAGTGGATGA CTACTTAGCG TTCCCCGAGT GCGCTCTGAG TTGTGTCTCT 
GTCATAAATA GCATTTGTTT TGCCGCCCGA CATGAGCTAT CCAAAATGGC TGAATTACCA 
TTATTCCTGC TTAGAGCTAT ACTGATTTTT CCCGCCAACG AAAACCATGT AACGATGTCC 
GCACAAGTAC TAGGGTTGCT GGCTTGGGCC GGATTCGTTT TACAAGAGCT GGACGATTCC 
AGGCAAATAG TGCCAGCCCT GCCCTCGAGT GTGACTCAGC GAGTCAATTT ACCATTTACT 
GTCAACACGT ATTGGATTAC CAGCCCTAAT GCCGAACATG GATCTGTGGA CTGGCTACTC 
AATGAAACGG AATGGCGTAC AGCTATCCGT ATACGATGGC ATTGGGTTCT CAATGGGGGG 
AAAAAAATTC GCGGTTCTCC ACATTTGCTG CAATCCAACA AGGGTCTCAA CGATCACGAT 
TTGGAACTAC TTAGGTCCGC ATGTGTGGAC TACTCCTGTA CGAAAGGACT GTTGAATTTG 
GAGAATGCAA CTACACACAT GCAGGTTAAC GAAGCACTGT GTGTCTTGGA GAGCTATATC 
CATGTGATGT CATCGTCTAC AGTCTGTCCA GAAGAGTTTG GAAGTCTGAA ATGGCTGAAT 
CTGAAGCGAT TCCTAATATC GCCACCAGCG TCTGCGCGTG ACACAGATCT ACTGATAGTG 
TTGTTGCAGT TCATCGTAGC TTATATGGAC AATGTGCCTA AGACAGAAGC AACGATGTCG 
TGGGTAAAAT CATCGTTTAT CGGTAACGAA GCGGCTGTAA TAGCACTTTT GAGTCGAGAT 
CGTCTCTATC CACAACAAAC GCCCAGCGAA GATATAGACG TCATACAACT CAGGATATAC 
ATAGTTAAAG TTCTGCTTCG GTGCATAATA ATGGAAGATG GCTTTAGGGG TAGCAAGATG 
GAAAGTCTTC TGAAGATCCT TTTTGCATGT TTGGAACGGG TTGAATTGAA GAATTTTCAT 
ATGCTAGGTT ATCTCAAGGA ATTACTATGT TGTATAAGAT ATGCCTTGCA CTCACAATGT 
GATCTTTCCG AGGAAGCCTT ATTACACAGC TTAAAGATGA TAACCAGGGT GTTAAGTGGC 
TGCTCATCCA GCGCTGGAAG GAAAGGTCAA GCCTGTAGGT TGGATGCGAT GCTCGCGTTG 
ATGGCTGTTT TGAAGAAAAT CAAGGCGCAG GACATACCAG TTCAGCGATG GGGTGAATAC 
TGCGATGGTT TCTTGACCGA ATCGGTAATC AGATGTGTGG ACGCCCAACG TCCGGAGTTA 
CGCGCAGCCG CTTTACAAGT TACGGCCGCG CTCGCATGTT ATACGCAACT TTTACCACAG 
ATATTGCAAT ATATTCCCGA CGAGTCGTTA TGTCGTTACG CATTGGACGT GTTCGCAAAG 
AGCGGCGAAG CGAACGTTGT TCGTGCGTCT GCGCTGGCAC TTCTCACGAC TGTCACCTCT 
TCTGTCTCAC CGCATAATCA AGTGTTAGAA AGGGATCTAC TTATGTCCCT AGATGATTAC 
AGTTTCGTGG AAGAGTGTTT ACAAATTTTA ATAGACTTCT GCAATAGCAG TTATTCGAAC 
GATATATCCT ATCTTGAACC AAACATGCCA CTCGCTTTAT TAGAAAAGAG AGCGGAACTT 
GAAGTGCGCA GTCAAAAGAG TCAAGACGTC ATCGTGTCAC CGACCCATGG GTTTGAAAAG 
CCGCCACCGA CTGGCGATCT AATTACAGCC ATTGCCGATG TCTTCACAAA CGTTTCAATG 
TTGAAGAATA GTCCCATACA AAATTGGAAC GAACGGGGTC TATATAGGGT GATGTTTCGA 
TGTTTGAGCC GGTCAGAGGG TATGATAGAG CAGGACAGCA TGAGCGGTAG CATCTGTCGC 
ACTCTATGCG TCGCGGTGAG ACATAAGTGC GTACGCGCAC TCCTGGCCTC CACTAAGGAC 
TGCTTACATT ACCTGATCGA CACTTTGCGA CCAATTGAAG CTGATAACGA AATCTTTGCG 
CGCACGCAGG CCACGCTACT ACTGGGATAT TTACTAAGCG ATACATCAGC TAGCGACACC 
TTCTGGTGGG AATTGAAGAA AAACAACTCG AATTTATTAT TTGAAATGCT TTTGCAGTTC 
TTGGACAGTG ATGATATAGA ATTGCAGTCA ACGGCGATGT TTTGTTTAAC CCAATTGGCG 
CAATCGATTC ACAAAGGAAA CAAACATACA TTCATAGACA ACGTGCGGTC GGGTAACGTC 
GGTTTGAGTG ATTGCCAACC GGAGTATATA GTTGAGGAAT TGTGCAAGAT ATTGATGGAG 
ATCTTCAAAG AACATTTGGA GAAGAAAAAC TTTTTGACAA AACAAGACGA GACGTGGTCC 
TCTCTATGTT CCTGTATGGC GTCAGTACTG TCTGTCAGTC CTCGCAGTCG CATGTACGCG 
GTTCACCGCC GATTTCCCGC ACTGCTGAAC CTTGCGCTGC AGGCTTTTAG GGATAAACTC 
TCCTTGCAGG GTAAACCTAT GGATGTCATT CGGAATGCTA ATTCGGAGCC AATACTAAAC 
AATCTCTATT GGGTCCTGAT GTTGGCCAAT AGCTCGATGC TAGACTGTGC CCCGAGTAAG 
GAGCGTTTGT CCGAAGACGT GACCTCTCAC AACAAGCTGT GGCCCTGGTA CATGATGACG 
GAACCCTTGA GGGATACAAT CATGCACTTG CTGCTTACGT TTACTAATGA CAATCCGAAA 
GGCTGGAGCG CGATGTGCGC CTGCGTATCC GGGCGTAGCC TCGCGAGCGA AGTGTGTGCG 
CTGGTGAGTC GCGAGGCTTC CCGGCCTCGT GCCTCGCATC TGTTGCCTCT CGCCTTGCGA 
GTGCTCACAC ATTGCACACC GAACCAGCAC TGTCGGTCTC TTATACTCAA GACTGACGTA 
ATTTCTTGCG CCTGCAAACT ACGTGCACGC AATAACGACT CGTATACCGA AGCGTGGTAC 
AAACTGTGTG AGGCTCTGAG CCGACACGCT GATGGGGCGT CGGCTCTTAT TAACGTGCTG 
TCTTCGCCCA CACTTAGACC CATACCACGC CCATTACTCA CTTCCCTGGC CCACGCTGCT 
CATCATCAGA GATTGGCATT TCTTCAATCA CCGGATCTTC TAGAAGTATT GTCAGGCTCG 
CTGTTGACCG GCGACACATC CGAGATAGTT TCGGCCAGCC GTGCTGTATG GGCCCTTGCT 
GCTAATAATC ATCGGGCCAA ATTAGTCCTT CGGAGTTCTG GTATCACCAC GGCAGTCCAG 
ACCACGATGC AAAGGCTGCA GAGGAGCAAT GACGTCGCGG CGCAGAGGGC GTTGCAACTT 
CTCACGTATA CGTACAATAT TTTACAAACT TGA