LOC110996400 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110996400
Entrez Gene ID	110996400
Full Name	uncharacterized LOC110996400
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022264053.1	XP_022119745.1	uncharacterized protein LOC110996400

Pathways from BioSystems
Gene Ontology

The following LOC110996400 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110996400 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
OPi81381	XM_022264053.1 Latest version!	Pieris rapae uncharacterized LOC110996400 (LOC110996400), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC110996400 ( XM_022264053.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022119745.1 Pieris rapae uncharacterized LOC110996400 (LOC110996400), mRNA.

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CloneID	OPi81381
Clone ID Related Accession (Same CDS sequence)	XM_022264053.1
Accession Version	XM_022264053.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5382bp) 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 LOC110996400
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019093387.1) 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##

ATGTCAAAAT ACAAGTTTTT AATTGTTCTT CTATTCTCTG TGGTCCTGGT TGCTGTGTCC 
GCCCTTCCCA GTCCGACAAC AGAAGAGGAT GATGACGAGG ACGACACGAC CCCAAGCCGT 
GCTGATGCTG ATGATGATGG AAGGGTGTAC AAGAACCCTC GCAACTCGCC GTCCGCTCTG 
TGCCCTAGGG ACGAAGAACA GGCAACTTTG CTGGGGCAGA AATGTCTTCG CAAATGCTCA 
TCTGATGAAG ACTGTAAGAG CAAGAAGAAG AAGTGTTTAT GTGACGGCGC CTGTGGAATG 
TCCTGTATTA AGCCAGACCG TGAGTGTCCG GAGTTAGAGC AACCGGAAAT AGGGAAAGTG 
TCCCTAACAG GACGACTCTT TGGAGATAAG GCGGTATATT CGTGCCCCCA CGGCTACCAC 
GTAGTTGGTC TGCAGAGTAG GAACTGTCAA GCCGACGGCA AATGGGCGGG ACAGCCTCCC 
GCTTGTAAGG AGAATATCTA TTGCCTCCAA CCACCGACCA TTCCTCATGC CCGTCACTCA 
GCACTACCTG AGCAGGCCAC CTTTGACCTG GACGCGACTG TTCAGTACAA TTGTCATACC 
GGGTACGTCA CCAACGGCTT CCCTCGAGCT AAATGCCTGG CTATCGACAG CCAGGCATCA 
TGGTATGGGC CGGATATTAC TTGTGAACCC CGTTCTTGCG GTGAGCCCGG TGAAGTTCCC 
CATGGGTGGG TAACAGCCGA CTGTCACACC TTCGGGTGTC GCGCTGTGGT ACAATGTGGT 
CAGGGCTTTG AGCTTGTTGG AAAGGCAGAG CGTTATTGCC AAGCCGATGG GGCATGGGCC 
CCGAAGGAGC TTCCTACGTG TGTTCTGGTC ACACAGGTGC AGTGTCCTCC CCCTGAGGCG 
CCGAGACATG GAAAGGCTGT GTACACCTCT TGCGCTTATA ACTCGGTGGT ATCTTATGAA 
TGCAAGTATG GATACCGATT GGTTGGAGAC GCTACGCGGC GTTGCGGCGC TGATAAGAAG 
TGGTCGGGAA CGCAGCCCCT ATGCAAAGAA ATAAATTGCG GGCATCCCGG TCAGCTATGG 
AACGGGTGGT TGGAGAATAT ATCATCGGGC ACTGGTCTGG GGGCTTCCAT CATCTTCAGA 
TGTCAGGATG GTATGAGGAT GGAAGGGAAT GGTTCTGCAA TCTGCCAGAG CGATGGTACT 
TGGAGTCATC CGTTGCCAAT GTGCTTGGCG CCCTGCGTAG TGCCGCATGT CTCTCAGGGT 
AGCGTCGTGC TGATGGAAAA TAAAACAAGT GAAAACGACA CTCAAGAGCA TACACAGATA 
GTTCGTAGCT CTACTATGGT CCAACATGGT GAAATAATCG TAGTAGAATG CGAGAAAGAC 
TACGAGTTTC CGTCTACTAA CGCTGCGATT ACCTGCAACA ATGGAACTTG GACGCAGATA 
CCACGTTGCC AACCAGCCAG GTGCAAGAGA ATGCCGAAAT TTCCCAGAAA TGGTATGGTG 
ATAGCACCAA AAACTGAACA CGGCATGAAG GCTCGATTCA GGTGTAAGGA CGGATTTGAG 
TTGAAGGGAA ATCCGATTGT TGTATGTTCG TTTGGCACGT GGAGCGGAGA GACACCCAAA 
TGTGAAGAGT TGTTCTGCCC GTTTCCGGGT TACATAGAGA ACGGAAAAGT ACTTCTGGTT 
GGTAACATGG GACTGTATGA CTATCGTCCA TATGTGAAAA AGGTGGTCAA CAACAAGCAG 
ATAATGTATG AATGTGACCG AGGCTATGTG CTGTCTGAAG GAGCCCCCGG CGCCACCTGT 
GTGGGCGGAC ATTGGAGCCC CAGAGAATTA CCCAAGTGTA CACTGTACAA ACATCCACGT 
ATTCGTTGGA GTCGAAGACG CAGATCTATC ACTGACACTG AAGTACGTCA CAGACGATCG 
GCCTACCTCA GGCAATATTA TAACAACCTT CGCAAGAGTC TCGACAGCTC ACAGGAAAAC 
TTAGATCAGT TATACGAAAA ATACAATCAT GACACTGAGA AACCGACACT ACGACATGCA 
AATTTCAAAA TGATGAAGAA GTTTGATTTA GACTTTGACG AAGATATGCT AGAGCCTCAA 
GGACCTGATG ATGGAAACCT TCCAACAGCT ATCTACACTG TTTATAATGT TCACGGCGAA 
CCAATAGCAC ATAAGTTTTA CTCCTACCAA CCTGTTTATG AGCCTGAAGA AGATGAAATT 
GTACACGATG AAACACCAGA CTATGGTGCT TCTATGGAAA CCGATGATTC TCAACTAACT 
ATTCTTAAAG GGGGTTCTTT CCCTGAACAC GAAGACACAA GTAATGAAAT TTCAGAAAAT 
ATAAATAAAC TCAAACATCA ATACTTCGAA AGATATGTGG ATAGACGACG TAAGCGATTT 
TTGAATGTTA CTGACTCACC AGATCATAGT ATTGAAATTG AATCAGGCAC GAAAGTTAAG 
GCTAGGGAGA AACGAAATGT CAATTATGAA GAACATGATA CACAAAGTTA TGTGAAACCT 
ACGCAAGAGG TTTCTAGTGA AATATCTGAT TATTTTCTGA AAGTAATACC ATTACAGACT 
CAAGCGATCT CGCCTAGTAA TATTAAAGGA GCTGGAATAA TACCATTGCA GCATAAGACT 
ACAAATTCTA CGGAGTTTGT TAATATTTTG GATAAACGAG ATAAGAGAAC AAGTAGAAAA 
ACAGATAGAC TTAATCAGAC TACAGCGACA GTGCCTAAAA CTGGACGAGA TGGTAAGGGT 
GGAAGAAATC GTCAGGCAGG GTCTGAGAGT AAGTCAACTG AAGACGATGC CACAATCGAA 
ACCAAAGAAA GTGAAGGAAA TCAGAATGGA AATGAGAAAA ATGGTAAAAA AGGGCGTCCT 
AAAAGTCCCT GTGACCCAAT AGAAAGTGAA CCTTATGTTA ATATAGAGAT AGTCAAGTAT 
GGACGTGACC CTAATAATAC ATTTAGTTCT GGTACAATCG TAAGAGTAGC ATGTGGAAAG 
GGTTATGGAC TGAACCTTGA GGCGAATGCA ACAGCTAAAT GTGTTAGAGG GAGATGGAAG 
CCGGAAAAGC CTGTGTGTGA AGTTTTACCA TGCCACGTGC CTCCCACTGA ATATGGAATC 
TACACTATGT CTCCAAACGG GAACTTAGGC AGTCTTATTG CCGGCACCAA TAGAGATGAT 
GACAGAGAGC TCAATGAAAC AGATCCAGTT CCTAATGGAC AGATAGTACA TTTCTCCTGT 
GAATATGGAT ATAATGTACA AGGACCGACG AACTTACGTT GTTGGCTTGG TGAATGGGCA 
GTCACCAGTA TGCCTGAATG TGTGGCAGCT CCGTGCGAAC TGCCCCTGCT AACAGGCGCG 
ACATATGAGG CTGGCTATCG GGCGGGTCTA ACAGTTGCGC ACGCGTCATC TGTTGGCATA 
TCCTGCGAGC CTGGACGTTC ACCACCCGCA ACACTTAACT GTCATTTGGG CAGATTACAG 
CCGACTGTAC ATGAGTTTTG TAGACCGCAG CTAAACGTGA CACGACCCTG GATAAAATCA 
AATTTCCAAA GCGGCTCTGA TATTGTGAGA GGAGATATTT CAGAGTTGGA ACCCGATTTG 
CAAGAAGGGG CAATACCCTG CGCCCCACCC GAGAGGGTAC AAGGCACTTT GATATATAGA 
GATGGCTCTG ACGTAAATGA GACATATGAT ATCACAGACA CGTATCCTCA TGGTGTGAAA 
ATAACATTTA GTTGCATTGC ATCTATAATG GGCGAAAAAA CCACTTGGAA AATTATATGC 
GAAAATGGAA ATTGGGTTGG AAAGAGTTTT AATTGTGACG AATTAGATGC TCAAAGCGAA 
GAACTAATAA GCAACAACAC ATGCACGTTC CGTAATGAAG AACCTCACGT GGTGTCATTC 
TTTAATGACC TGCAGATAAC GGAAACTGTT GAGTTTCCTC CCGGTGCTGT TATTGTATCT 
AGATGCAGTG ACATTGGAAA ATATGCCTTA ACAGGATCGC AAAGCAGACG TTGTATCGGC 
GGGTCATGGG ATGGAATCAA ACCAACTTGC TTTGGGCTTA ACCAAGAAAA TGACTATGCT 
ATGGAAAAAC CCCCAACAAT ACTTTTTCGA CATTCTAACG GACCCATAGC TCAAACTAAT 
GATGGGAAGC TGTTGGTGTA CCCGGGAACT GTGCTACACA TGGAGTGTCT ATGGATGAGG 
AGGTTCGGAA ACCCCAAGTG GAATGTGACT CACTTTATCC CCGATTCAGA GAGGAAATAC 
ACCGAAGGCT GGAGCACAGA CCCAGGACGA GATAGTCAGC TAGAGTACCG TATCAGCATT 
ATGAACGCGG AGAAGGAGGA CTCAGGGATA TACCGGTGCG AGACACCTGC GAGGCAGAGT 
CATCAGGTCG AGATCATCGT GGAAGATGTC CATTGTCCAC CTCTACCCAT ACGAAGAGGT 
TTAGTTCCAA GCAGTCTCGA CACTCAGCTG GGAAGTGAGA TCACCTTCTC CTGCGCGAAT 
GGGAATGCTT TACTTGGAGC GTCTACCTTG TTCTGTAGGG CTTCGGGCAA TTGGAGTGCA 
CCTTTACCTG TTTGTGAAAG TGTAGAATGC GGTGATGTGG TCCACGACAC TCCAATAAAT 
GATGGGGAAA GAAGACCCAG GGTTGCGGTG GTATCTCGAG GTGTTGGGGG CCGGGCAGCC 
TTCTCATGCC CCCCGGGCTG GGCACTGAAT GGACCGACTG AGACCGTATG CCTACCTGCT 
GCAGATTGGG CCAAACCTTT CCCTGTTTGT CGAGAGGTAT CCTGCCCCGC CCTTCCACCC 
CCTGCATCAG GATATGTGCT AGGTCGGGCT CCATACCGCG CTGGAGATGT ACTGCAATTC 
CACTGCAACC CAGAACACAC CCTTCACGGC AGACCCATTC TGGTGTGCCA GGACAGCGGC 
AGGTGGAGTG ACAAGCCCCC CACTTGCGCT CAAGCGTGCA CATATCCGGG AACGACAATA 
TCCGGTCGAA TGTCATCTGT CAAGTTCTAT TATAAGATCG GGGAAACTGT CTCCTTTACC 
TGTGAACCTG GATATAGAAT CAAGGGAGCG CCAATGTTAA GATGTCTGAA AAATAGGAAA 
TGGTCCAACG CCATCCCACT CTGCACACCA ATATCAAACT ACACATCGCC AGATTCCATA 
GCCATGTTGA ACGGTGACAT AGACGCAATG CTGTCAGACG GCGCCATCTT GAACACAGAC 
ATATCTAAAA TTGAAACGCC CGCCATTTTG TCTCCACAGA GTCTAAAAGC CGCCATGACA 
CGAGTAGCTG CGACTAGGCT TTTACGTAGA GCGCCCATAG AAACTGTTAA AAATAGAATT 
TATAGGGTAA ACCGAATTCT ACGGAGGGAT ACGGGAAGAT AA

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

RefSeq	XP_022119745.1
CDS	62..5443
Translation	MSKYKFLIVLLFSVVLVAVSALPSPTTEEDDDEDDTTPSRADADDDGRVYKNPRNSPSALCPRDEEQATLLGQKCLRKCSSDEDCKSKKKKCLCDGACGMSCIKPDRECPELEQPEIGKVSLTGRLFGDKAVYSCPHGYHVVGLQSRNCQADGKWAGQPPACKENIYCLQPPTIPHARHSALPEQATFDLDATVQYNCHTGYVTNGFPRAKCLAIDSQASWYGPDITCEPRSCGEPGEVPHGWVTADCHTFGCRAVVQCGQGFELVGKAERYCQADGAWAPKELPTCVLVTQVQCPPPEAPRHGKAVYTSCAYNSVVSYECKYGYRLVGDATRRCGADKKWSGTQPLCKEINCGHPGQLWNGWLENISSGTGLGASIIFRCQDGMRMEGNGSAICQSDGTWSHPLPMCLAPCVVPHVSQGSVVLMENKTSENDTQEHTQIVRSSTMVQHGEIIVVECEKDYEFPSTNAAITCNNGTWTQIPRCQPARCKRMPKFPRNGMVIAPKTEHGMKARFRCKDGFELKGNPIVVCSFGTWSGETPKCEELFCPFPGYIENGKVLLVGNMGLYDYRPYVKKVVNNKQIMYECDRGYVLSEGAPGATCVGGHWSPRELPKCTLYKHPRIRWSRRRRSITDTEVRHRRSAYLRQYYNNLRKSLDSSQENLDQLYEKYNHDTEKPTLRHANFKMMKKFDLDFDEDMLEPQGPDDGNLPTAIYTVYNVHGEPIAHKFYSYQPVYEPEEDEIVHDETPDYGASMETDDSQLTILKGGSFPEHEDTSNEISENINKLKHQYFERYVDRRRKRFLNVTDSPDHSIEIESGTKVKAREKRNVNYEEHDTQSYVKPTQEVSSEISDYFLKVIPLQTQAISPSNIKGAGIIPLQHKTTNSTEFVNILDKRDKRTSRKTDRLNQTTATVPKTGRDGKGGRNRQAGSESKSTEDDATIETKESEGNQNGNEKNGKKGRPKSPCDPIESEPYVNIEIVKYGRDPNNTFSSGTIVRVACGKGYGLNLEANATAKCVRGRWKPEKPVCEVLPCHVPPTEYGIYTMSPNGNLGSLIAGTNRDDDRELNETDPVPNGQIVHFSCEYGYNVQGPTNLRCWLGEWAVTSMPECVAAPCELPLLTGATYEAGYRAGLTVAHASSVGISCEPGRSPPATLNCHLGRLQPTVHEFCRPQLNVTRPWIKSNFQSGSDIVRGDISELEPDLQEGAIPCAPPERVQGTLIYRDGSDVNETYDITDTYPHGVKITFSCIASIMGEKTTWKIICENGNWVGKSFNCDELDAQSEELISNNTCTFRNEEPHVVSFFNDLQITETVEFPPGAVIVSRCSDIGKYALTGSQSRRCIGGSWDGIKPTCFGLNQENDYAMEKPPTILFRHSNGPIAQTNDGKLLVYPGTVLHMECLWMRRFGNPKWNVTHFIPDSERKYTEGWSTDPGRDSQLEYRISIMNAEKEDSGIYRCETPARQSHQVEIIVEDVHCPPLPIRRGLVPSSLDTQLGSEITFSCANGNALLGASTLFCRASGNWSAPLPVCESVECGDVVHDTPINDGERRPRVAVVSRGVGGRAAFSCPPGWALNGPTETVCLPAADWAKPFPVCREVSCPALPPPASGYVLGRAPYRAGDVLQFHCNPEHTLHGRPILVCQDSGRWSDKPPTCAQACTYPGTTISGRMSSVKFYYKIGETVSFTCEPGYRIKGAPMLRCLKNRKWSNAIPLCTPISNYTSPDSIAMLNGDIDAMLSDGAILNTDISKIETPAILSPQSLKAAMTRVAATRLLRRAPIETVKNRIYRVNRILRRDTGR

Target ORF information:

RefSeq Version	XM_022264053.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae uncharacterized LOC110996400 (LOC110996400), mRNA.

Target ORF information:

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

XM_022264053.1

ORF Insert Sequence:

ATGTCAAAAT ACAAGTTTTT AATTGTTCTT CTATTCTCTG TGGTCCTGGT TGCTGTGTCC 
GCCCTTCCCA GTCCGACAAC AGAAGAGGAT GATGACGAGG ACGACACGAC CCCAAGCCGT 
GCTGATGCTG ATGATGATGG AAGGGTGTAC AAGAACCCTC GCAACTCGCC GTCCGCTCTG 
TGCCCTAGGG ACGAAGAACA GGCAACTTTG CTGGGGCAGA AATGTCTTCG CAAATGCTCA 
TCTGATGAAG ACTGTAAGAG CAAGAAGAAG AAGTGTTTAT GTGACGGCGC CTGTGGAATG 
TCCTGTATTA AGCCAGACCG TGAGTGTCCG GAGTTAGAGC AACCGGAAAT AGGGAAAGTG 
TCCCTAACAG GACGACTCTT TGGAGATAAG GCGGTATATT CGTGCCCCCA CGGCTACCAC 
GTAGTTGGTC TGCAGAGTAG GAACTGTCAA GCCGACGGCA AATGGGCGGG ACAGCCTCCC 
GCTTGTAAGG AGAATATCTA TTGCCTCCAA CCACCGACCA TTCCTCATGC CCGTCACTCA 
GCACTACCTG AGCAGGCCAC CTTTGACCTG GACGCGACTG TTCAGTACAA TTGTCATACC 
GGGTACGTCA CCAACGGCTT CCCTCGAGCT AAATGCCTGG CTATCGACAG CCAGGCATCA 
TGGTATGGGC CGGATATTAC TTGTGAACCC CGTTCTTGCG GTGAGCCCGG TGAAGTTCCC 
CATGGGTGGG TAACAGCCGA CTGTCACACC TTCGGGTGTC GCGCTGTGGT ACAATGTGGT 
CAGGGCTTTG AGCTTGTTGG AAAGGCAGAG CGTTATTGCC AAGCCGATGG GGCATGGGCC 
CCGAAGGAGC TTCCTACGTG TGTTCTGGTC ACACAGGTGC AGTGTCCTCC CCCTGAGGCG 
CCGAGACATG GAAAGGCTGT GTACACCTCT TGCGCTTATA ACTCGGTGGT ATCTTATGAA 
TGCAAGTATG GATACCGATT GGTTGGAGAC GCTACGCGGC GTTGCGGCGC TGATAAGAAG 
TGGTCGGGAA CGCAGCCCCT ATGCAAAGAA ATAAATTGCG GGCATCCCGG TCAGCTATGG 
AACGGGTGGT TGGAGAATAT ATCATCGGGC ACTGGTCTGG GGGCTTCCAT CATCTTCAGA 
TGTCAGGATG GTATGAGGAT GGAAGGGAAT GGTTCTGCAA TCTGCCAGAG CGATGGTACT 
TGGAGTCATC CGTTGCCAAT GTGCTTGGCG CCCTGCGTAG TGCCGCATGT CTCTCAGGGT 
AGCGTCGTGC TGATGGAAAA TAAAACAAGT GAAAACGACA CTCAAGAGCA TACACAGATA 
GTTCGTAGCT CTACTATGGT CCAACATGGT GAAATAATCG TAGTAGAATG CGAGAAAGAC 
TACGAGTTTC CGTCTACTAA CGCTGCGATT ACCTGCAACA ATGGAACTTG GACGCAGATA 
CCACGTTGCC AACCAGCCAG GTGCAAGAGA ATGCCGAAAT TTCCCAGAAA TGGTATGGTG 
ATAGCACCAA AAACTGAACA CGGCATGAAG GCTCGATTCA GGTGTAAGGA CGGATTTGAG 
TTGAAGGGAA ATCCGATTGT TGTATGTTCG TTTGGCACGT GGAGCGGAGA GACACCCAAA 
TGTGAAGAGT TGTTCTGCCC GTTTCCGGGT TACATAGAGA ACGGAAAAGT ACTTCTGGTT 
GGTAACATGG GACTGTATGA CTATCGTCCA TATGTGAAAA AGGTGGTCAA CAACAAGCAG 
ATAATGTATG AATGTGACCG AGGCTATGTG CTGTCTGAAG GAGCCCCCGG CGCCACCTGT 
GTGGGCGGAC ATTGGAGCCC CAGAGAATTA CCCAAGTGTA CACTGTACAA ACATCCACGT 
ATTCGTTGGA GTCGAAGACG CAGATCTATC ACTGACACTG AAGTACGTCA CAGACGATCG 
GCCTACCTCA GGCAATATTA TAACAACCTT CGCAAGAGTC TCGACAGCTC ACAGGAAAAC 
TTAGATCAGT TATACGAAAA ATACAATCAT GACACTGAGA AACCGACACT ACGACATGCA 
AATTTCAAAA TGATGAAGAA GTTTGATTTA GACTTTGACG AAGATATGCT AGAGCCTCAA 
GGACCTGATG ATGGAAACCT TCCAACAGCT ATCTACACTG TTTATAATGT TCACGGCGAA 
CCAATAGCAC ATAAGTTTTA CTCCTACCAA CCTGTTTATG AGCCTGAAGA AGATGAAATT 
GTACACGATG AAACACCAGA CTATGGTGCT TCTATGGAAA CCGATGATTC TCAACTAACT 
ATTCTTAAAG GGGGTTCTTT CCCTGAACAC GAAGACACAA GTAATGAAAT TTCAGAAAAT 
ATAAATAAAC TCAAACATCA ATACTTCGAA AGATATGTGG ATAGACGACG TAAGCGATTT 
TTGAATGTTA CTGACTCACC AGATCATAGT ATTGAAATTG AATCAGGCAC GAAAGTTAAG 
GCTAGGGAGA AACGAAATGT CAATTATGAA GAACATGATA CACAAAGTTA TGTGAAACCT 
ACGCAAGAGG TTTCTAGTGA AATATCTGAT TATTTTCTGA AAGTAATACC ATTACAGACT 
CAAGCGATCT CGCCTAGTAA TATTAAAGGA GCTGGAATAA TACCATTGCA GCATAAGACT 
ACAAATTCTA CGGAGTTTGT TAATATTTTG GATAAACGAG ATAAGAGAAC AAGTAGAAAA 
ACAGATAGAC TTAATCAGAC TACAGCGACA GTGCCTAAAA CTGGACGAGA TGGTAAGGGT 
GGAAGAAATC GTCAGGCAGG GTCTGAGAGT AAGTCAACTG AAGACGATGC CACAATCGAA 
ACCAAAGAAA GTGAAGGAAA TCAGAATGGA AATGAGAAAA ATGGTAAAAA AGGGCGTCCT 
AAAAGTCCCT GTGACCCAAT AGAAAGTGAA CCTTATGTTA ATATAGAGAT AGTCAAGTAT 
GGACGTGACC CTAATAATAC ATTTAGTTCT GGTACAATCG TAAGAGTAGC ATGTGGAAAG 
GGTTATGGAC TGAACCTTGA GGCGAATGCA ACAGCTAAAT GTGTTAGAGG GAGATGGAAG 
CCGGAAAAGC CTGTGTGTGA AGTTTTACCA TGCCACGTGC CTCCCACTGA ATATGGAATC 
TACACTATGT CTCCAAACGG GAACTTAGGC AGTCTTATTG CCGGCACCAA TAGAGATGAT 
GACAGAGAGC TCAATGAAAC AGATCCAGTT CCTAATGGAC AGATAGTACA TTTCTCCTGT 
GAATATGGAT ATAATGTACA AGGACCGACG AACTTACGTT GTTGGCTTGG TGAATGGGCA 
GTCACCAGTA TGCCTGAATG TGTGGCAGCT CCGTGCGAAC TGCCCCTGCT AACAGGCGCG 
ACATATGAGG CTGGCTATCG GGCGGGTCTA ACAGTTGCGC ACGCGTCATC TGTTGGCATA 
TCCTGCGAGC CTGGACGTTC ACCACCCGCA ACACTTAACT GTCATTTGGG CAGATTACAG 
CCGACTGTAC ATGAGTTTTG TAGACCGCAG CTAAACGTGA CACGACCCTG GATAAAATCA 
AATTTCCAAA GCGGCTCTGA TATTGTGAGA GGAGATATTT CAGAGTTGGA ACCCGATTTG 
CAAGAAGGGG CAATACCCTG CGCCCCACCC GAGAGGGTAC AAGGCACTTT GATATATAGA 
GATGGCTCTG ACGTAAATGA GACATATGAT ATCACAGACA CGTATCCTCA TGGTGTGAAA 
ATAACATTTA GTTGCATTGC ATCTATAATG GGCGAAAAAA CCACTTGGAA AATTATATGC 
GAAAATGGAA ATTGGGTTGG AAAGAGTTTT AATTGTGACG AATTAGATGC TCAAAGCGAA 
GAACTAATAA GCAACAACAC ATGCACGTTC CGTAATGAAG AACCTCACGT GGTGTCATTC 
TTTAATGACC TGCAGATAAC GGAAACTGTT GAGTTTCCTC CCGGTGCTGT TATTGTATCT 
AGATGCAGTG ACATTGGAAA ATATGCCTTA ACAGGATCGC AAAGCAGACG TTGTATCGGC 
GGGTCATGGG ATGGAATCAA ACCAACTTGC TTTGGGCTTA ACCAAGAAAA TGACTATGCT 
ATGGAAAAAC CCCCAACAAT ACTTTTTCGA CATTCTAACG GACCCATAGC TCAAACTAAT 
GATGGGAAGC TGTTGGTGTA CCCGGGAACT GTGCTACACA TGGAGTGTCT ATGGATGAGG 
AGGTTCGGAA ACCCCAAGTG GAATGTGACT CACTTTATCC CCGATTCAGA GAGGAAATAC 
ACCGAAGGCT GGAGCACAGA CCCAGGACGA GATAGTCAGC TAGAGTACCG TATCAGCATT 
ATGAACGCGG AGAAGGAGGA CTCAGGGATA TACCGGTGCG AGACACCTGC GAGGCAGAGT 
CATCAGGTCG AGATCATCGT GGAAGATGTC CATTGTCCAC CTCTACCCAT ACGAAGAGGT 
TTAGTTCCAA GCAGTCTCGA CACTCAGCTG GGAAGTGAGA TCACCTTCTC CTGCGCGAAT 
GGGAATGCTT TACTTGGAGC GTCTACCTTG TTCTGTAGGG CTTCGGGCAA TTGGAGTGCA 
CCTTTACCTG TTTGTGAAAG TGTAGAATGC GGTGATGTGG TCCACGACAC TCCAATAAAT 
GATGGGGAAA GAAGACCCAG GGTTGCGGTG GTATCTCGAG GTGTTGGGGG CCGGGCAGCC 
TTCTCATGCC CCCCGGGCTG GGCACTGAAT GGACCGACTG AGACCGTATG CCTACCTGCT 
GCAGATTGGG CCAAACCTTT CCCTGTTTGT CGAGAGGTAT CCTGCCCCGC CCTTCCACCC 
CCTGCATCAG GATATGTGCT AGGTCGGGCT CCATACCGCG CTGGAGATGT ACTGCAATTC 
CACTGCAACC CAGAACACAC CCTTCACGGC AGACCCATTC TGGTGTGCCA GGACAGCGGC 
AGGTGGAGTG ACAAGCCCCC CACTTGCGCT CAAGCGTGCA CATATCCGGG AACGACAATA 
TCCGGTCGAA TGTCATCTGT CAAGTTCTAT TATAAGATCG GGGAAACTGT CTCCTTTACC 
TGTGAACCTG GATATAGAAT CAAGGGAGCG CCAATGTTAA GATGTCTGAA AAATAGGAAA 
TGGTCCAACG CCATCCCACT CTGCACACCA ATATCAAACT ACACATCGCC AGATTCCATA 
GCCATGTTGA ACGGTGACAT AGACGCAATG CTGTCAGACG GCGCCATCTT GAACACAGAC 
ATATCTAAAA TTGAAACGCC CGCCATTTTG TCTCCACAGA GTCTAAAAGC CGCCATGACA 
CGAGTAGCTG CGACTAGGCT TTTACGTAGA GCGCCCATAG AAACTGTTAA AAATAGAATT 
TATAGGGTAA ACCGAATTCT ACGGAGGGAT ACGGGAAGAT AA