LOC110995409 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110995409
Entrez Gene ID	110995409
Full Name	brefeldin A-inhibited guanine nucleotide-exchange protein 1
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022262571.1	XP_022118263.1	brefeldin A-inhibited guanine nucleotide-exchange protein 1

Pathways from BioSystems
Gene Ontology

The following LOC110995409 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110995409 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
OPi80220	XM_022262571.1 Latest version!	Pieris rapae brefeldin A-inhibited guanine nucleotide-exchange protein 1 (LOC110995409), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC110995409 ( XM_022262571.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022118263.1 Pieris rapae brefeldin A-inhibited guanine nucleotide-exchange protein 1 (LOC110995409), mRNA.

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CloneID	OPi80220
Clone ID Related Accession (Same CDS sequence)	XM_022262571.1
Accession Version	XM_022262571.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5142bp) 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	brefeldin A-inhibited guanine nucleotide-exchange protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019093323.1) 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##

ATGCAAACCA ACCTCAAGAC TAAAGAAATG TTTATAGTCA GGGCTTTAGA AAAGATTTTG 
GCTGATAAGG ACATAAAACG CTCCTACCAT AGTCAGCTTA AAAAGTCCTG CGAAGTCGCT 
CTTGAGGAAA TAAAAACTGA GTTAAAAAAT GGTGGTCAAG CAGAAACATC AGAAAGTCCT 
ACATCGGGCA CATTGCCATT ACCGAAAAAT GATGCATCCA ATGTTATTAC AGCAGAAAAA 
TATTTCTTAC CATTTGAACT AGCGTGCCAG AGTAAAGCAT CTCGAATAGT TGTGACTGCT 
TTGGATTGTC TCCAGAAGTT AATTGCTTAT GGTCATTTGA CTGGAAACAT TCCAGACTCA 
ACAACACCAA GAAAACTCCT TATTGATAGA ATTGTTGAAA CTATTTGTAG CTGCTTTAAT 
GGCCCACAAA CAGATGAGGG TGTGCAACTG CAAATTATTA AGGCCCTATT AACAGTTATT 
ACAAGTCAAC ATGTTGAAGT TCATGAGGGC ACAGTGCTTC TTGCTGTTAG AACCTGCTAT 
AACATATACT TGGCTAGTAA AAATCTTATC AATCAAACTA CAGCCAGAGC CACTCTGACC 
CAAATGCTTA ATGTTATATT TACTAAAATG GAAAATCAGG CACTTGAAGC AGAGAATAAT 
ACTAATAATC AATCTAGTGA TGTTTGTCAT AAAATTCCTA ATGGCAATAT AGTCTCAGAT 
GAAGCTAATA ATGTGTATAA TGAAGAAAAC AAAGTCACTC TCAACTCAGA AGAGGCTATT 
GATGATGTTT TAGAGGCCAA GCTAATTGCA CGGCAAATTG TTGACTCTGT AATTGATAAT 
GCTATATCAA TTGCAACAAA AAAGCAGATG GAGGAGAATA TTGAAAATAT ACCTGATAAT 
AATGAAATCC CATCTGATAC TCAAGATAGT CACAGTGTAT CACAAGATAG TAATGGGCAA 
GTTCAAAGTG AAACCCCCAT CCCTAGAATA CCATCACAAG AAAGTGTTGA TGTAATTTCA 
GAGAATGATA ATTCTGTTAC TGCAAAATTT ACTCATGTTT TGCAAAAAGA TGCATTCTTG 
GTATTCAGAG CTTTATGCAA ATTATCTATG AAGCCACTTC CTGAAGGCAC CCCAGACCCT 
AAATCACACG AGCTAAGATC TAAAATTTTA TCTTTGCATC TTCTTCTTTC TATCCTTCAG 
AATGCAGGTC CAGTATTCAG AAATAATGAA ATGTTTATAA CGGCAATTAA ACAATATCTC 
TGTGTAGCTT TATCTAAAAA CGGAGTTAGT TCTGTACCTG AAGTTTTTGA ACTTTCTTTA 
GCTATATTCT TAGCTTTACT TCAGAACTTC AAGGTTCACT TAAAGAAGCA AATTGAAGTT 
TTCTTCAAGG AGATTTTTAT GAATATCCTA GAGACCACTA GTTCCACTTT TGAACATAAA 
TGGATGGTTA TTCAAGCCTT GACAAGAATT TGCGGAGATG CTCAAAGTGT TGTTGATATA 
TATGTCAACT ATGATTGTGA CTTGTCAGCT GCAAACTTAT TCCAACGATT GGTAAATGAT 
GTTTCAAAAA TTGCACAAGG TAGACAAGCA GTTGAACTTG GTGCCACTCC AAATCAAGAA 
AAATCCATGA GAATAAGAGG ACTAGAATGC CTTGTTTCAA TATTAAAATG TATGGTGGAA 
TGGAGCAAAG AGTTATATAT TAATCCAAAC ATGCAGACAA CTCTTGGTGA GAGACCTGTG 
AGGGAGGAAT CTGACCATCA TAGTATTAAG TCACATGGGG GTTCTAGTGT TAGTTTAGTT 
TCTACTGGTT CAAGTAACAT TGGAAATAGA GAAACTTTAG ACTCTCCTGA ACAGTTTGAA 
GTGTTGAAAC AGCAAAAAGA GGTGTGGGAG ACTGGAATTG ATTTATTCAA CCGAAAACCA 
AAAAAAGGTG TAGCTTTTTT GCAGGAACAA ACTTTACTGG GAACATCCAT AAAAGAAATA 
GCAGAGTGGT TACTGACTGA TGAAAGACTT GATAAAACAT TTATTGGAGA ATACTTAGGG 
GAAAATGATG ATCATTCAAA AGAAGTAATG TATGCTTATG TTGACTCAAT GAACTTTGGT 
AACATGGACA TTGTAGCTGC TTTACGACAT TTTCTGGAAG GCTTTAGGTT GCCAGGAGAA 
GCCCAAAAAA TTGATAGATT AATGGAAAAA TTTGCTGCAC GTTATTGTGA ATGTAACCCG 
ACCAACACAC TTTTCACAAG TGCAGACACA GTTTATGTAT TAGCATTTTC TATTATAATG 
CTAACAACTG ATTTGCATTC GCCACAAGTA AAGAATAAAA TGACTAAAGA ACAATACATC 
AAGCTAAATA GTGGTATTAG TGATAACAAT GATTTACCTC GTGAATATCT ATCTCAAATA 
TATGATGAAA TAGCTGGCCA TGAAATTAAA ATGAAGAACA CCTCAAAACC TGGGAAGCAT 
ATGTTTACCA ATGAAAAGAA GCGTAAATTT ATTTGGAACA TGGAGATGGA ACAAATATCT 
ACTGCTGCTA AAAACTTAAT GGAATCTGTG TCACATGTTC AGACACCTTT CACTACAGCC 
AAGCATGTTG AGCATGTGCG ACCTATGTTC AAAATGGCTT GGACCCCATT TTTAGCTGCA 
TTCTCAGTGG GATTACAGGA TTGTGATGAC CCTGAAATAG CCTCATTATG TTTAGATGGC 
ATCAGATGTG CGGTAAGAAT TGCTTGTATC TTCCACATGT CACTGGAAAG GGATGCATAT 
GTACAAGCGT TAGCGCGTTT TACACTGCTA ACAGCGAATT CCCCCATTAC AGAAATGAAA 
GCTAAGAATA TTGATACAAT AAAAACTTTG ATAACAGTGG CGCACACTGA TGGTAACTAC 
CTTGGATCTA GTTGGTTGGA TGTGGTCAAA TGCATTTCAC AATTAGAACT CGCACAGCTT 
ATCGGTACAG GTGTGCGGCC CCAGTTTCTC TCAGGATCTG GAATAAAACC TCAACCGGAT 
GCATTAAAAT TTAGTCTGAT GGCATTAGAT CCCAGCGTAA AAGAACATAT TGGAGAAACA 
AGTTCTCAGA GTGTTGTAGT CGCCGTCGAC AGAATATTTA CAGGATCAAC CAGACTGGAT 
GGTGACGCTA TTGTTGATTT TGTAAAAGCC CTTTGCCAAG TATCTCTTGA TGAGTTAAGC 
CATCCATCTA ATCCTCGTAT ATTTTCTCTA CAAAAAATTG TTGAGATTTC ATACTACAAT 
ATGGGGCGTA TTAGGCTCCA ATGGTCTCGC ATTTGGCAAG TGCTTGGGGA CCATTTCAAT 
AAAGTAGGAT GCAGTAGCAA CGAAGATATA GCTTTCTTCG CGGTTGACTC CTTGAGACAA 
TTGTCCATGA AGTTTATAGA GAAAGGTGAA TTTGCTAACT TCAAATTCCA AAAGGACTTC 
CTGCGTCCTT TCGAACACAT AATGAAAAAA AATAGCTCAC CAACAATTAG AGATATGGTG 
GTTCGCTGTA TCGCACAGAT GGTTAATTCA CAAGCACCGA ATATTAAATC TGGATGGAAA 
AATATATTTT CAGTATTTCA CTTAGCAGCC AGTGACCAGG ACGAATCGAT CGTTGATCTA 
GCATTCCAAA CGACAGGAAA AATTATTACA GACTTATACG AAAAACAATT TCCAGCCATG 
ATTGACTCAT TCCAGGACGC TGTTAAATGT CTATCAGAGT TTGCCTGTAA TGCTAAATTT 
CCAGATACAT CGATGGAAGC TATAAGACTG GTTAGATCTT GTGCGAGTGC CGTTGGTGCG 
TCTCCACATT TGTTCGCGGA ACACGCTGGC CTGGAGGGAG AACCTGGGGC CCCAGAAGAG 
GATAGAGTCT GGTTGAGAGG ATGGTTCCCA CTATTGTTTT CACTCTCGTG TGTTGTGAGT 
CGCTGTAAGC TTGATGTACG AACAAGAGGA CTTACTGTCC TGTTTGAAAT TATAAAAACG 
CATGGTGATG CATTCCGTCC CCATTGGTGG AGAGATCTTT TTAATATATT ATTCCGAATA 
TTTGACAATA TGAAGTTGCC TGAACATCAA TTGGAAAAGA ACGAATGGAT GACTACAACA 
TGTAACCACG CGTTGTATGC TATAGTAGAC GTGTTTACAC AATATTTCGA CATTCTAGGC 
TCTTTATTGT TAGAGCAGCT GTACGCACAA CTGCATTGGT GCGTTCAACA AGACAATGAA 
CAACTTGCTA GGTCAGGTAC GAATTGTTTA GAAAATCTAG TCATATCGAA TGGTACGAAG 
TTCACCGAGG ACACGTGGAG CAAAACGTGT CAAATTATGT TGGATATATT TAATAGTACC 
CTTCCTACTT CATTGCTGAC TTGGAAACCT GAAGAAAACG AAGATGGAGA GATCCAGCAC 
GTGCGACATG GCATTCTTAA AAAACCCCAA GGTGGTGATG AAATTAAATC ATCGAATCGC 
GTGTTTAACA GCCTTCTCAT AAAGTGTGTC GTACAGTTGG AACTCATTCA AACTATTGAC 
AATATCGTGT TTTATCCTGC GACCTCAAGA AAAGAAGACG CAGAGACTTT AGCCCTAGCA 
GCGGCCGAAT TGACGGGTGG ACATCCGGGG ACCGAGCAAG AATGTCAGAG AGAAGAACAA 
GGCATGTATA GGCTGCTCAG CTCGCCACAC TTACTACGTC TGGTAGAATG TCTTATGTGC 
AGTCATCGGT TCGCTAAGAC ATTCAATACT AATAATGTGC AAAGAAATGT ATTGTGGAAA 
GCAAACTTCA AGGGTTCAGT GAAACCCAAT ATGTTGAAAC AGGAGACGCA GTCGCTAGCG 
TGCGTATTGC GGATACTATT TAAAATGTAT AGCGATGAGA CTCGGCGGAG CCATTGGCCT 
GCGGTACAGA ACAGTCTTAT AACTATATGT TGTGAAGCCT TGGAGTACTT TGCGGGACTT 
AATAACGAAG CCCATCGGGA TGCCTGGACC TCCATCCTTC TTCTCATTCT CACCCGAATA 
TTAAAGATGC CCGATGAAAG ATTTGCGGCG CACGTGTCAA ATTACTACCC CCTGCTCTGC 
GAGATCACCT GCTTCGATCT GAAGCCGGAG CTTCGGTCAG TTCTTCGAAG GGTCTTTATA 
CGAATCGGTC CAGTTTTTAA TATAGTTTCT AACACGCAAT AA

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

RefSeq	XP_022118263.1
CDS	253..5394
Translation	MQTNLKTKEMFIVRALEKILADKDIKRSYHSQLKKSCEVALEEIKTELKNGGQAETSESPTSGTLPLPKNDASNVITAEKYFLPFELACQSKASRIVVTALDCLQKLIAYGHLTGNIPDSTTPRKLLIDRIVETICSCFNGPQTDEGVQLQIIKALLTVITSQHVEVHEGTVLLAVRTCYNIYLASKNLINQTTARATLTQMLNVIFTKMENQALEAENNTNNQSSDVCHKIPNGNIVSDEANNVYNEENKVTLNSEEAIDDVLEAKLIARQIVDSVIDNAISIATKKQMEENIENIPDNNEIPSDTQDSHSVSQDSNGQVQSETPIPRIPSQESVDVISENDNSVTAKFTHVLQKDAFLVFRALCKLSMKPLPEGTPDPKSHELRSKILSLHLLLSILQNAGPVFRNNEMFITAIKQYLCVALSKNGVSSVPEVFELSLAIFLALLQNFKVHLKKQIEVFFKEIFMNILETTSSTFEHKWMVIQALTRICGDAQSVVDIYVNYDCDLSAANLFQRLVNDVSKIAQGRQAVELGATPNQEKSMRIRGLECLVSILKCMVEWSKELYINPNMQTTLGERPVREESDHHSIKSHGGSSVSLVSTGSSNIGNRETLDSPEQFEVLKQQKEVWETGIDLFNRKPKKGVAFLQEQTLLGTSIKEIAEWLLTDERLDKTFIGEYLGENDDHSKEVMYAYVDSMNFGNMDIVAALRHFLEGFRLPGEAQKIDRLMEKFAARYCECNPTNTLFTSADTVYVLAFSIIMLTTDLHSPQVKNKMTKEQYIKLNSGISDNNDLPREYLSQIYDEIAGHEIKMKNTSKPGKHMFTNEKKRKFIWNMEMEQISTAAKNLMESVSHVQTPFTTAKHVEHVRPMFKMAWTPFLAAFSVGLQDCDDPEIASLCLDGIRCAVRIACIFHMSLERDAYVQALARFTLLTANSPITEMKAKNIDTIKTLITVAHTDGNYLGSSWLDVVKCISQLELAQLIGTGVRPQFLSGSGIKPQPDALKFSLMALDPSVKEHIGETSSQSVVVAVDRIFTGSTRLDGDAIVDFVKALCQVSLDELSHPSNPRIFSLQKIVEISYYNMGRIRLQWSRIWQVLGDHFNKVGCSSNEDIAFFAVDSLRQLSMKFIEKGEFANFKFQKDFLRPFEHIMKKNSSPTIRDMVVRCIAQMVNSQAPNIKSGWKNIFSVFHLAASDQDESIVDLAFQTTGKIITDLYEKQFPAMIDSFQDAVKCLSEFACNAKFPDTSMEAIRLVRSCASAVGASPHLFAEHAGLEGEPGAPEEDRVWLRGWFPLLFSLSCVVSRCKLDVRTRGLTVLFEIIKTHGDAFRPHWWRDLFNILFRIFDNMKLPEHQLEKNEWMTTTCNHALYAIVDVFTQYFDILGSLLLEQLYAQLHWCVQQDNEQLARSGTNCLENLVISNGTKFTEDTWSKTCQIMLDIFNSTLPTSLLTWKPEENEDGEIQHVRHGILKKPQGGDEIKSSNRVFNSLLIKCVVQLELIQTIDNIVFYPATSRKEDAETLALAAAELTGGHPGTEQECQREEQGMYRLLSSPHLLRLVECLMCSHRFAKTFNTNNVQRNVLWKANFKGSVKPNMLKQETQSLACVLRILFKMYSDETRRSHWPAVQNSLITICCEALEYFAGLNNEAHRDAWTSILLLILTRILKMPDERFAAHVSNYYPLLCEITCFDLKPELRSVLRRVFIRIGPVFNIVSNTQ

Target ORF information:

RefSeq Version	XM_022262571.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae brefeldin A-inhibited guanine nucleotide-exchange protein 1 (LOC110995409), mRNA.

Target ORF information:

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

XM_022262571.1

ORF Insert Sequence:

ATGCAAACCA ACCTCAAGAC TAAAGAAATG TTTATAGTCA GGGCTTTAGA AAAGATTTTG 
GCTGATAAGG ACATAAAACG CTCCTACCAT AGTCAGCTTA AAAAGTCCTG CGAAGTCGCT 
CTTGAGGAAA TAAAAACTGA GTTAAAAAAT GGTGGTCAAG CAGAAACATC AGAAAGTCCT 
ACATCGGGCA CATTGCCATT ACCGAAAAAT GATGCATCCA ATGTTATTAC AGCAGAAAAA 
TATTTCTTAC CATTTGAACT AGCGTGCCAG AGTAAAGCAT CTCGAATAGT TGTGACTGCT 
TTGGATTGTC TCCAGAAGTT AATTGCTTAT GGTCATTTGA CTGGAAACAT TCCAGACTCA 
ACAACACCAA GAAAACTCCT TATTGATAGA ATTGTTGAAA CTATTTGTAG CTGCTTTAAT 
GGCCCACAAA CAGATGAGGG TGTGCAACTG CAAATTATTA AGGCCCTATT AACAGTTATT 
ACAAGTCAAC ATGTTGAAGT TCATGAGGGC ACAGTGCTTC TTGCTGTTAG AACCTGCTAT 
AACATATACT TGGCTAGTAA AAATCTTATC AATCAAACTA CAGCCAGAGC CACTCTGACC 
CAAATGCTTA ATGTTATATT TACTAAAATG GAAAATCAGG CACTTGAAGC AGAGAATAAT 
ACTAATAATC AATCTAGTGA TGTTTGTCAT AAAATTCCTA ATGGCAATAT AGTCTCAGAT 
GAAGCTAATA ATGTGTATAA TGAAGAAAAC AAAGTCACTC TCAACTCAGA AGAGGCTATT 
GATGATGTTT TAGAGGCCAA GCTAATTGCA CGGCAAATTG TTGACTCTGT AATTGATAAT 
GCTATATCAA TTGCAACAAA AAAGCAGATG GAGGAGAATA TTGAAAATAT ACCTGATAAT 
AATGAAATCC CATCTGATAC TCAAGATAGT CACAGTGTAT CACAAGATAG TAATGGGCAA 
GTTCAAAGTG AAACCCCCAT CCCTAGAATA CCATCACAAG AAAGTGTTGA TGTAATTTCA 
GAGAATGATA ATTCTGTTAC TGCAAAATTT ACTCATGTTT TGCAAAAAGA TGCATTCTTG 
GTATTCAGAG CTTTATGCAA ATTATCTATG AAGCCACTTC CTGAAGGCAC CCCAGACCCT 
AAATCACACG AGCTAAGATC TAAAATTTTA TCTTTGCATC TTCTTCTTTC TATCCTTCAG 
AATGCAGGTC CAGTATTCAG AAATAATGAA ATGTTTATAA CGGCAATTAA ACAATATCTC 
TGTGTAGCTT TATCTAAAAA CGGAGTTAGT TCTGTACCTG AAGTTTTTGA ACTTTCTTTA 
GCTATATTCT TAGCTTTACT TCAGAACTTC AAGGTTCACT TAAAGAAGCA AATTGAAGTT 
TTCTTCAAGG AGATTTTTAT GAATATCCTA GAGACCACTA GTTCCACTTT TGAACATAAA 
TGGATGGTTA TTCAAGCCTT GACAAGAATT TGCGGAGATG CTCAAAGTGT TGTTGATATA 
TATGTCAACT ATGATTGTGA CTTGTCAGCT GCAAACTTAT TCCAACGATT GGTAAATGAT 
GTTTCAAAAA TTGCACAAGG TAGACAAGCA GTTGAACTTG GTGCCACTCC AAATCAAGAA 
AAATCCATGA GAATAAGAGG ACTAGAATGC CTTGTTTCAA TATTAAAATG TATGGTGGAA 
TGGAGCAAAG AGTTATATAT TAATCCAAAC ATGCAGACAA CTCTTGGTGA GAGACCTGTG 
AGGGAGGAAT CTGACCATCA TAGTATTAAG TCACATGGGG GTTCTAGTGT TAGTTTAGTT 
TCTACTGGTT CAAGTAACAT TGGAAATAGA GAAACTTTAG ACTCTCCTGA ACAGTTTGAA 
GTGTTGAAAC AGCAAAAAGA GGTGTGGGAG ACTGGAATTG ATTTATTCAA CCGAAAACCA 
AAAAAAGGTG TAGCTTTTTT GCAGGAACAA ACTTTACTGG GAACATCCAT AAAAGAAATA 
GCAGAGTGGT TACTGACTGA TGAAAGACTT GATAAAACAT TTATTGGAGA ATACTTAGGG 
GAAAATGATG ATCATTCAAA AGAAGTAATG TATGCTTATG TTGACTCAAT GAACTTTGGT 
AACATGGACA TTGTAGCTGC TTTACGACAT TTTCTGGAAG GCTTTAGGTT GCCAGGAGAA 
GCCCAAAAAA TTGATAGATT AATGGAAAAA TTTGCTGCAC GTTATTGTGA ATGTAACCCG 
ACCAACACAC TTTTCACAAG TGCAGACACA GTTTATGTAT TAGCATTTTC TATTATAATG 
CTAACAACTG ATTTGCATTC GCCACAAGTA AAGAATAAAA TGACTAAAGA ACAATACATC 
AAGCTAAATA GTGGTATTAG TGATAACAAT GATTTACCTC GTGAATATCT ATCTCAAATA 
TATGATGAAA TAGCTGGCCA TGAAATTAAA ATGAAGAACA CCTCAAAACC TGGGAAGCAT 
ATGTTTACCA ATGAAAAGAA GCGTAAATTT ATTTGGAACA TGGAGATGGA ACAAATATCT 
ACTGCTGCTA AAAACTTAAT GGAATCTGTG TCACATGTTC AGACACCTTT CACTACAGCC 
AAGCATGTTG AGCATGTGCG ACCTATGTTC AAAATGGCTT GGACCCCATT TTTAGCTGCA 
TTCTCAGTGG GATTACAGGA TTGTGATGAC CCTGAAATAG CCTCATTATG TTTAGATGGC 
ATCAGATGTG CGGTAAGAAT TGCTTGTATC TTCCACATGT CACTGGAAAG GGATGCATAT 
GTACAAGCGT TAGCGCGTTT TACACTGCTA ACAGCGAATT CCCCCATTAC AGAAATGAAA 
GCTAAGAATA TTGATACAAT AAAAACTTTG ATAACAGTGG CGCACACTGA TGGTAACTAC 
CTTGGATCTA GTTGGTTGGA TGTGGTCAAA TGCATTTCAC AATTAGAACT CGCACAGCTT 
ATCGGTACAG GTGTGCGGCC CCAGTTTCTC TCAGGATCTG GAATAAAACC TCAACCGGAT 
GCATTAAAAT TTAGTCTGAT GGCATTAGAT CCCAGCGTAA AAGAACATAT TGGAGAAACA 
AGTTCTCAGA GTGTTGTAGT CGCCGTCGAC AGAATATTTA CAGGATCAAC CAGACTGGAT 
GGTGACGCTA TTGTTGATTT TGTAAAAGCC CTTTGCCAAG TATCTCTTGA TGAGTTAAGC 
CATCCATCTA ATCCTCGTAT ATTTTCTCTA CAAAAAATTG TTGAGATTTC ATACTACAAT 
ATGGGGCGTA TTAGGCTCCA ATGGTCTCGC ATTTGGCAAG TGCTTGGGGA CCATTTCAAT 
AAAGTAGGAT GCAGTAGCAA CGAAGATATA GCTTTCTTCG CGGTTGACTC CTTGAGACAA 
TTGTCCATGA AGTTTATAGA GAAAGGTGAA TTTGCTAACT TCAAATTCCA AAAGGACTTC 
CTGCGTCCTT TCGAACACAT AATGAAAAAA AATAGCTCAC CAACAATTAG AGATATGGTG 
GTTCGCTGTA TCGCACAGAT GGTTAATTCA CAAGCACCGA ATATTAAATC TGGATGGAAA 
AATATATTTT CAGTATTTCA CTTAGCAGCC AGTGACCAGG ACGAATCGAT CGTTGATCTA 
GCATTCCAAA CGACAGGAAA AATTATTACA GACTTATACG AAAAACAATT TCCAGCCATG 
ATTGACTCAT TCCAGGACGC TGTTAAATGT CTATCAGAGT TTGCCTGTAA TGCTAAATTT 
CCAGATACAT CGATGGAAGC TATAAGACTG GTTAGATCTT GTGCGAGTGC CGTTGGTGCG 
TCTCCACATT TGTTCGCGGA ACACGCTGGC CTGGAGGGAG AACCTGGGGC CCCAGAAGAG 
GATAGAGTCT GGTTGAGAGG ATGGTTCCCA CTATTGTTTT CACTCTCGTG TGTTGTGAGT 
CGCTGTAAGC TTGATGTACG AACAAGAGGA CTTACTGTCC TGTTTGAAAT TATAAAAACG 
CATGGTGATG CATTCCGTCC CCATTGGTGG AGAGATCTTT TTAATATATT ATTCCGAATA 
TTTGACAATA TGAAGTTGCC TGAACATCAA TTGGAAAAGA ACGAATGGAT GACTACAACA 
TGTAACCACG CGTTGTATGC TATAGTAGAC GTGTTTACAC AATATTTCGA CATTCTAGGC 
TCTTTATTGT TAGAGCAGCT GTACGCACAA CTGCATTGGT GCGTTCAACA AGACAATGAA 
CAACTTGCTA GGTCAGGTAC GAATTGTTTA GAAAATCTAG TCATATCGAA TGGTACGAAG 
TTCACCGAGG ACACGTGGAG CAAAACGTGT CAAATTATGT TGGATATATT TAATAGTACC 
CTTCCTACTT CATTGCTGAC TTGGAAACCT GAAGAAAACG AAGATGGAGA GATCCAGCAC 
GTGCGACATG GCATTCTTAA AAAACCCCAA GGTGGTGATG AAATTAAATC ATCGAATCGC 
GTGTTTAACA GCCTTCTCAT AAAGTGTGTC GTACAGTTGG AACTCATTCA AACTATTGAC 
AATATCGTGT TTTATCCTGC GACCTCAAGA AAAGAAGACG CAGAGACTTT AGCCCTAGCA 
GCGGCCGAAT TGACGGGTGG ACATCCGGGG ACCGAGCAAG AATGTCAGAG AGAAGAACAA 
GGCATGTATA GGCTGCTCAG CTCGCCACAC TTACTACGTC TGGTAGAATG TCTTATGTGC 
AGTCATCGGT TCGCTAAGAC ATTCAATACT AATAATGTGC AAAGAAATGT ATTGTGGAAA 
GCAAACTTCA AGGGTTCAGT GAAACCCAAT ATGTTGAAAC AGGAGACGCA GTCGCTAGCG 
TGCGTATTGC GGATACTATT TAAAATGTAT AGCGATGAGA CTCGGCGGAG CCATTGGCCT 
GCGGTACAGA ACAGTCTTAT AACTATATGT TGTGAAGCCT TGGAGTACTT TGCGGGACTT 
AATAACGAAG CCCATCGGGA TGCCTGGACC TCCATCCTTC TTCTCATTCT CACCCGAATA 
TTAAAGATGC CCGATGAAAG ATTTGCGGCG CACGTGTCAA ATTACTACCC CCTGCTCTGC 
GAGATCACCT GCTTCGATCT GAAGCCGGAG CTTCGGTCAG TTCTTCGAAG GGTCTTTATA 
CGAATCGGTC CAGTTTTTAA TATAGTTTCT AACACGCAAT AA