LOC109040289 cDNA ORF clone, Bemisia tabaci

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109040289
Entrez Gene ID	109040289
Full Name	UDP-glucose:glycoprotein glucosyltransferase
Gene Type	protein-coding
Organism	Bemisia tabaci

mRNA and Protein(s)

mRNA	Protein	Name
XM_019056178.1	XP_018911723.1	UDP-glucose:glycoprotein glucosyltransferase

Pathways from BioSystems
Gene Ontology

The following LOC109040289 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109040289 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
OBe18522	XM_019056178.1 Latest version!	Bemisia tabaci UDP-glucose:glycoprotein glucosyltransferase (LOC109040289), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC109040289 ( XM_019056178.1 ) cDNA ORF clone, Bemisia tabaci -> XP_018911723.1 Bemisia tabaci UDP-glucose:glycoprotein glucosyltransferase (LOC109040289), mRNA.

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CloneID	OBe18522
Clone ID Related Accession (Same CDS sequence)	XM_019056178.1
Accession Version	XM_019056178.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4488bp) 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	2016-11-08
Organism	Bemisia tabaci
Product	UDP-glucose:glycoprotein glucosyltransferase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017554646.1) 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 :: Bemisia tabaci Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGATGT CACCGTTTGT GCTGGCCGTG CTCCTCCTCC TGTTTGTTGC CAGTGACGCA 
AAAAAGAAAC CAAAATCGGT CACAACTGTG ATTGATGCCA AATGGGAGGA AACTCCCGTA 
GTTCTTGAAA TCTCTGAGTT CATCGCAGAA GAGAGCAATG ATTTATTTTG GAAGTTTGTA 
GAAGCTGTCA ATGCACTTGA ACCACCGCTC ATTGACTTGG AGACGGACAA GCAGAAATAT 
GATGTTGCAA TTGCAGTGGC CAGTTCTCTC ATTTCACCAG CACGAATATC ACTGCTGAAG 
CTCTCCTTGG CTCTGCACGT ATATTCACCA CTGATCGAAA TGTACGCGCA GATGGGACGG 
CAAGTAGGGA TTGCGTGTCC AACAGCTGCT GTCCTCGCAG GGACCACTGC TTGCACAACT 
GGTGACCTCC GTTCTACCCT TGATAAACTT TCCCAAGGTG AATCAAGGTT GGAAACCTTC 
CGTGTGGATC ACCACTATCC AGGTTCAGAG AATCGGTCGA TCACAGCTGT ACTGTATGGA 
GAGCTAGGCA CTCCAGAGTT TACTGACTTC CATGCAATTT TAAAATCCGA AGCAGAGTTA 
GGGCGCATAG ATTATGTTAT TCGGCACCAT GTACGAGAGA GGCCCTTGCG AAGGGTGCGG 
CTGTCAGGCT ATGGAGTTGA GCTTGCAATG AAGTCCACTG AGTACAAGGC ACAAGATGAC 
TCAGTCGTTA AAGATGGCGG AAACAAGGAA GAAGAAGAAG ACGAAGAAAT TGAGGGCTTC 
AACTTTAAGA GGCTCAAGTC GCTATATCCT GATAAAAGTG AAGATCTAGA AAAGTTTAAA 
ATAAACTTGC TCGAAACATT AAGTGAAATG GCCCCCCTGA AAGTATGGCA ATTCCAAGAA 
TTGAGCTTGC AAGCAGCGCA AAGAATTTTA TCGTCCCCAC TCGAAGATGC CTTGCAAACC 
TTCACACACA TAGCTCAGAA TTTTCCAATG CAGGCAAGGT CTCTAGTAAG CACCACTGTG 
AGTTCAGAAT TAAAGAGTGA AATTGAAAAG AACAAGGACA AATTTGTAGG AAACTTGAAT 
TTACAGCCGC AAGACACTGC TTTGTTCCTC AATGGGCTTT TCTTTGACAT GGACATCACA 
GATATTATGA CAATCTTAGA GTCTATCAAA TCAGAACAGA AAATCATGGA AGGGCTCTAC 
TCAATAGGTG TAACAGAGGA AAAAGTGTTC AACAAACTCC TTGCACTTGA TCTCTCTATG 
TCTGGCACTA AAGATTATGC AATTGATATC CGAGATTCAG CCATTAAGTG GGTAAATGAC 
ATTGAAAATG ATAAACAGTA CAAGCGGTGG TCTACATCAT TGCTGGAACT TCTGCGTCCA 
ACATTTCCTG GCCTGCTTCG CAGCATCAAA AGAAACTTGT ACAATCTGGT GATAATCTGT 
GATCCAGCAG ACACAAAATC ATGGCCGCTG CTGAAGCTAG CAGAGTCGTT TATTGTGCAT 
ACGGCACCTT TGCATGTGGG TTTGCTGTTT TCCGTTCCAG ACAAATTGAC TGGTCACGAA 
AACGGAGCCG TAGCACTTTT CAACGCATTC AACTACATAG CAGAAGAAAA AGACTCCTAT 
AAAGCGCTGT CTTTCATCAC AGATGTTTAT GCAGCCATTG ACACTCCAAG GGATGTCACT 
CCTGCTGATG TGAAGAAAAT GTTGAAAACA AGGCACTCCG ATGCTGACCT GGAAGATATC 
TTTGGTGCAG ATACAGAGTA CAACACAGGC CGAAAACTTG CTGCAGATTT CATCGCTCAT 
TCGGGTTTCC GATCACAGAT GCAAGTTCTA CTTAATGGTA TTCCACTTCC GGAAAAATTA 
CTTAATGCCG GTGATTTTGA AGAAGCAGTG CTTACAGAAA TCATGGCGCA AACACCCACC 
ATACAGAAAG CAGTGTACCG AGGAGATTTA ACTGATAGTG ATGATGTCAT TGATTGGCTC 
ATGTCCCGGC CCAACGTTAT GCCACGTTTG AACGAAAGGA TCTTGAACTC AGAGAAAAGC 
AATTTCATTG ACCTATCAAA TCTAAATTAT GATTTCATTC CCTACTTAAA TGAGGAGTCA 
AAACCTAGTG GAAAGCCGAT ACTTTTGACA CACTGGATCG TCGCAAATCT GGAGACAGAA 
GCTGGCCGCA CACTCCTCCA AAATGCTCTT ACTTACATGG AAGCTGGCGG GAACAGTCGA 
ATAGGTTTGA TCATTAATCC TGATGAAACC TCCTCCACCA AATCACAAAT TGTAAATAAA 
CTGGCTCTAG CTTCTCTTCT GCACAAAAGT AATTTTGAGG TCTCCCTTCC GTCTGCCAAG 
AAACCCATTA AATCAGTAAA TGCCATTCTT CAGTACGCGA AGGACCTTCA AAGCGCAGGA 
GAGAGTCTCA CTTTACAGAA TGATATCGAT TGGGATAAGA TTGATGAGGC ACTGAAGGCT 
CATTCTGCGT TCGTCTCAAA CACACTGAAA TTAGGAACTG GTGCCGCAGG TGTGGTCACA 
AACGGTCGTG TAATTGGTCC CCTTGATGAG GGTGAAACAC TTATCACTGA TGATTTTGCC 
CTACTGGAAC GCTATACCCT TAGTTCCTAC ACAGATGAGA TCTACAATGT TCTCAAGAAG 
AACATTGAAG ATGTAAGCCT CCTAACCACT GAGGTCTTGA CCAGAACAGT TTCACTTTTA 
GTATCAAGAC CTCAAACGAA GAATAGATTC CAGATTCCAA CACTGGATGA GAAACATAGC 
ATGATTAAAT TACCTGCCAA AAATTCTAGT CAACCTGTGT TCGATATAGT TGTAATAGTT 
GATCCTGTTT CACGAGGTGC ACAGAAAATT GGTCCTATCC TTCAAGTTCT CTACCAAGTG 
CTCAACGCCA ACATCAGAAT ATTTTTCAAT TGTGTTGAAA AAAACAGTGA TATGCCGCTT 
AAAAGTTTTT ATCGGTTCGT TTTAGAACCA GAGCTCCAGT TTGATGCAAA TGGACGTCTC 
TCAAGTGGTC CTATTGCCAA GTTTACCAAC ATGCCAGGCA GTCCGCTGCT GACGCAGAAC 
ATGCATGTAC CTGAAAACTG GCTGGTTGAA TCCGTCGCCA GCCCCTATGA TCTCGATAAT 
ATAAGATTGC AAGATGTAGA TTCTACTGTT CATAGTGAGT ACGAATTGGA GTATCTGTTG 
CTGGAGGGAC ATTGTTTTGA AGCAACGCTG GGTAATCCAC CGCGAGGCCT TCAGATCACC 
CTCGGCACTG AGACGCAACC AGTCATGGTA GACACAATTG TGATGGCAAA TCTTGGTTAC 
TTCCAGCTCA AAGCAAATCC CGGCATGTGG ATCCTTCGAC TGAGACAAGG TCGCTCAAGT 
GAGATCTTCG ATATTGTTAG TCACGAAGGC TCAGATACTC CTGAAGGCTC AGCAGATATC 
AAGGTTCTCA TCAGCTCATT CCGATCTCAT GTCCTAAAAC TGAAAGTGCA GAAGAAACCC 
GACAAGCTAA ATGTTGATCT CCTAGGAGAT GAAGATGACA ACAAGTCTGG TATCTGGAAC 
TCTATAACCA GCACCTTCAG CGCATCAAAA GAAGCCCCTC AAGAAGAGGA AACCATAAAT 
ATCTTCTCTG TTGCCTCTGG ACACCTGTAT GAACGCTTCT TAAGAATCAT GATGCTGTCC 
GTTATTAAAC ACACAAAATC TCCTGTCAAA TTCTGGTTCC TGAAGAATTA TCTCTCGCCC 
ATTTTGAAGG ACTTTTTGCC CAAAATGGCG AAAAAATACA ACTTTGAATA TGAACTGGTT 
CAATACAAAT GGCCAAGATG GCTTCACCAG CAAACAGAGA AACAACGCAT CATTTGGGGC 
TATAAGATCC TCTTTCTAGA CGTGCTGTTC CCATTGAGTG TCAAAAAAAT AATTTTTGTT 
GATGCAGATC AAGTAGTCCG AGCAGACATG AAGGAGCTAG TTGATCTGGA TCTTGGTGGT 
GCACCCTATG GGTACACACC TTTCTGTGAA AGCCGAACTG AAATGGATGG TTTTCGGTTT 
TGGAAGCAGG GTTACTGGCG GAATCATCTA CAAGGTCGCA AATATCACAT CTCTGCTCTT 
TATGTAGTTG ACTTAAAAAG GTTCCGGAAG ATTGCAGCCG GAGATCGGTT GCGAGGCCAG 
TACCAAGCAC TGAGCCAGGA CCCAAATAGT TTATCAAATT TAGACCAGGA TCTTCCTAAT 
AACATGATCC ATCAAGTAGC TATTAAGTCA TTGCCACAAG AATGGCTTTG GTGTGAAACA 
TGGTGTGATG ATTCTACCAA GAAGAAAGCC AAAACCATAG ATTTATGCAA TAATCCGCTT 
ACTAAAGAAG CAAAATTAAC CGCTGCAATG CGGATAATTG ATGAGTGGAA AGACTATGAT 
GCTGAAATCA AGCAATTATC TCTTGAGCAA GCGCATGAAG AAGAAGAACT TGTCTCTGCG 
TCTGCTGATT CCTCTTCTCC TGAGTCTGTG ATACATTCAG AATTATGA

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

RefSeq	XP_018911723.1
CDS	224..4711
Translation	MEMSPFVLAVLLLLFVASDAKKKPKSVTTVIDAKWEETPVVLEISEFIAEESNDLFWKFVEAVNALEPPLIDLETDKQKYDVAIAVASSLISPARISLLKLSLALHVYSPLIEMYAQMGRQVGIACPTAAVLAGTTACTTGDLRSTLDKLSQGESRLETFRVDHHYPGSENRSITAVLYGELGTPEFTDFHAILKSEAELGRIDYVIRHHVRERPLRRVRLSGYGVELAMKSTEYKAQDDSVVKDGGNKEEEEDEEIEGFNFKRLKSLYPDKSEDLEKFKINLLETLSEMAPLKVWQFQELSLQAAQRILSSPLEDALQTFTHIAQNFPMQARSLVSTTVSSELKSEIEKNKDKFVGNLNLQPQDTALFLNGLFFDMDITDIMTILESIKSEQKIMEGLYSIGVTEEKVFNKLLALDLSMSGTKDYAIDIRDSAIKWVNDIENDKQYKRWSTSLLELLRPTFPGLLRSIKRNLYNLVIICDPADTKSWPLLKLAESFIVHTAPLHVGLLFSVPDKLTGHENGAVALFNAFNYIAEEKDSYKALSFITDVYAAIDTPRDVTPADVKKMLKTRHSDADLEDIFGADTEYNTGRKLAADFIAHSGFRSQMQVLLNGIPLPEKLLNAGDFEEAVLTEIMAQTPTIQKAVYRGDLTDSDDVIDWLMSRPNVMPRLNERILNSEKSNFIDLSNLNYDFIPYLNEESKPSGKPILLTHWIVANLETEAGRTLLQNALTYMEAGGNSRIGLIINPDETSSTKSQIVNKLALASLLHKSNFEVSLPSAKKPIKSVNAILQYAKDLQSAGESLTLQNDIDWDKIDEALKAHSAFVSNTLKLGTGAAGVVTNGRVIGPLDEGETLITDDFALLERYTLSSYTDEIYNVLKKNIEDVSLLTTEVLTRTVSLLVSRPQTKNRFQIPTLDEKHSMIKLPAKNSSQPVFDIVVIVDPVSRGAQKIGPILQVLYQVLNANIRIFFNCVEKNSDMPLKSFYRFVLEPELQFDANGRLSSGPIAKFTNMPGSPLLTQNMHVPENWLVESVASPYDLDNIRLQDVDSTVHSEYELEYLLLEGHCFEATLGNPPRGLQITLGTETQPVMVDTIVMANLGYFQLKANPGMWILRLRQGRSSEIFDIVSHEGSDTPEGSADIKVLISSFRSHVLKLKVQKKPDKLNVDLLGDEDDNKSGIWNSITSTFSASKEAPQEEETINIFSVASGHLYERFLRIMMLSVIKHTKSPVKFWFLKNYLSPILKDFLPKMAKKYNFEYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLSVKKIIFVDADQVVRADMKELVDLDLGGAPYGYTPFCESRTEMDGFRFWKQGYWRNHLQGRKYHISALYVVDLKRFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDSTKKKAKTIDLCNNPLTKEAKLTAAMRIIDEWKDYDAEIKQLSLEQAHEEEELVSASADSSSPESVIHSEL

Target ORF information:

RefSeq Version	XM_019056178.1
Organism	Bemisia tabaci
Definition	Bemisia tabaci UDP-glucose:glycoprotein glucosyltransferase (LOC109040289), mRNA.

Target ORF information:

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

XM_019056178.1

ORF Insert Sequence:

ATGGAGATGT CACCGTTTGT GCTGGCCGTG CTCCTCCTCC TGTTTGTTGC CAGTGACGCA 
AAAAAGAAAC CAAAATCGGT CACAACTGTG ATTGATGCCA AATGGGAGGA AACTCCCGTA 
GTTCTTGAAA TCTCTGAGTT CATCGCAGAA GAGAGCAATG ATTTATTTTG GAAGTTTGTA 
GAAGCTGTCA ATGCACTTGA ACCACCGCTC ATTGACTTGG AGACGGACAA GCAGAAATAT 
GATGTTGCAA TTGCAGTGGC CAGTTCTCTC ATTTCACCAG CACGAATATC ACTGCTGAAG 
CTCTCCTTGG CTCTGCACGT ATATTCACCA CTGATCGAAA TGTACGCGCA GATGGGACGG 
CAAGTAGGGA TTGCGTGTCC AACAGCTGCT GTCCTCGCAG GGACCACTGC TTGCACAACT 
GGTGACCTCC GTTCTACCCT TGATAAACTT TCCCAAGGTG AATCAAGGTT GGAAACCTTC 
CGTGTGGATC ACCACTATCC AGGTTCAGAG AATCGGTCGA TCACAGCTGT ACTGTATGGA 
GAGCTAGGCA CTCCAGAGTT TACTGACTTC CATGCAATTT TAAAATCCGA AGCAGAGTTA 
GGGCGCATAG ATTATGTTAT TCGGCACCAT GTACGAGAGA GGCCCTTGCG AAGGGTGCGG 
CTGTCAGGCT ATGGAGTTGA GCTTGCAATG AAGTCCACTG AGTACAAGGC ACAAGATGAC 
TCAGTCGTTA AAGATGGCGG AAACAAGGAA GAAGAAGAAG ACGAAGAAAT TGAGGGCTTC 
AACTTTAAGA GGCTCAAGTC GCTATATCCT GATAAAAGTG AAGATCTAGA AAAGTTTAAA 
ATAAACTTGC TCGAAACATT AAGTGAAATG GCCCCCCTGA AAGTATGGCA ATTCCAAGAA 
TTGAGCTTGC AAGCAGCGCA AAGAATTTTA TCGTCCCCAC TCGAAGATGC CTTGCAAACC 
TTCACACACA TAGCTCAGAA TTTTCCAATG CAGGCAAGGT CTCTAGTAAG CACCACTGTG 
AGTTCAGAAT TAAAGAGTGA AATTGAAAAG AACAAGGACA AATTTGTAGG AAACTTGAAT 
TTACAGCCGC AAGACACTGC TTTGTTCCTC AATGGGCTTT TCTTTGACAT GGACATCACA 
GATATTATGA CAATCTTAGA GTCTATCAAA TCAGAACAGA AAATCATGGA AGGGCTCTAC 
TCAATAGGTG TAACAGAGGA AAAAGTGTTC AACAAACTCC TTGCACTTGA TCTCTCTATG 
TCTGGCACTA AAGATTATGC AATTGATATC CGAGATTCAG CCATTAAGTG GGTAAATGAC 
ATTGAAAATG ATAAACAGTA CAAGCGGTGG TCTACATCAT TGCTGGAACT TCTGCGTCCA 
ACATTTCCTG GCCTGCTTCG CAGCATCAAA AGAAACTTGT ACAATCTGGT GATAATCTGT 
GATCCAGCAG ACACAAAATC ATGGCCGCTG CTGAAGCTAG CAGAGTCGTT TATTGTGCAT 
ACGGCACCTT TGCATGTGGG TTTGCTGTTT TCCGTTCCAG ACAAATTGAC TGGTCACGAA 
AACGGAGCCG TAGCACTTTT CAACGCATTC AACTACATAG CAGAAGAAAA AGACTCCTAT 
AAAGCGCTGT CTTTCATCAC AGATGTTTAT GCAGCCATTG ACACTCCAAG GGATGTCACT 
CCTGCTGATG TGAAGAAAAT GTTGAAAACA AGGCACTCCG ATGCTGACCT GGAAGATATC 
TTTGGTGCAG ATACAGAGTA CAACACAGGC CGAAAACTTG CTGCAGATTT CATCGCTCAT 
TCGGGTTTCC GATCACAGAT GCAAGTTCTA CTTAATGGTA TTCCACTTCC GGAAAAATTA 
CTTAATGCCG GTGATTTTGA AGAAGCAGTG CTTACAGAAA TCATGGCGCA AACACCCACC 
ATACAGAAAG CAGTGTACCG AGGAGATTTA ACTGATAGTG ATGATGTCAT TGATTGGCTC 
ATGTCCCGGC CCAACGTTAT GCCACGTTTG AACGAAAGGA TCTTGAACTC AGAGAAAAGC 
AATTTCATTG ACCTATCAAA TCTAAATTAT GATTTCATTC CCTACTTAAA TGAGGAGTCA 
AAACCTAGTG GAAAGCCGAT ACTTTTGACA CACTGGATCG TCGCAAATCT GGAGACAGAA 
GCTGGCCGCA CACTCCTCCA AAATGCTCTT ACTTACATGG AAGCTGGCGG GAACAGTCGA 
ATAGGTTTGA TCATTAATCC TGATGAAACC TCCTCCACCA AATCACAAAT TGTAAATAAA 
CTGGCTCTAG CTTCTCTTCT GCACAAAAGT AATTTTGAGG TCTCCCTTCC GTCTGCCAAG 
AAACCCATTA AATCAGTAAA TGCCATTCTT CAGTACGCGA AGGACCTTCA AAGCGCAGGA 
GAGAGTCTCA CTTTACAGAA TGATATCGAT TGGGATAAGA TTGATGAGGC ACTGAAGGCT 
CATTCTGCGT TCGTCTCAAA CACACTGAAA TTAGGAACTG GTGCCGCAGG TGTGGTCACA 
AACGGTCGTG TAATTGGTCC CCTTGATGAG GGTGAAACAC TTATCACTGA TGATTTTGCC 
CTACTGGAAC GCTATACCCT TAGTTCCTAC ACAGATGAGA TCTACAATGT TCTCAAGAAG 
AACATTGAAG ATGTAAGCCT CCTAACCACT GAGGTCTTGA CCAGAACAGT TTCACTTTTA 
GTATCAAGAC CTCAAACGAA GAATAGATTC CAGATTCCAA CACTGGATGA GAAACATAGC 
ATGATTAAAT TACCTGCCAA AAATTCTAGT CAACCTGTGT TCGATATAGT TGTAATAGTT 
GATCCTGTTT CACGAGGTGC ACAGAAAATT GGTCCTATCC TTCAAGTTCT CTACCAAGTG 
CTCAACGCCA ACATCAGAAT ATTTTTCAAT TGTGTTGAAA AAAACAGTGA TATGCCGCTT 
AAAAGTTTTT ATCGGTTCGT TTTAGAACCA GAGCTCCAGT TTGATGCAAA TGGACGTCTC 
TCAAGTGGTC CTATTGCCAA GTTTACCAAC ATGCCAGGCA GTCCGCTGCT GACGCAGAAC 
ATGCATGTAC CTGAAAACTG GCTGGTTGAA TCCGTCGCCA GCCCCTATGA TCTCGATAAT 
ATAAGATTGC AAGATGTAGA TTCTACTGTT CATAGTGAGT ACGAATTGGA GTATCTGTTG 
CTGGAGGGAC ATTGTTTTGA AGCAACGCTG GGTAATCCAC CGCGAGGCCT TCAGATCACC 
CTCGGCACTG AGACGCAACC AGTCATGGTA GACACAATTG TGATGGCAAA TCTTGGTTAC 
TTCCAGCTCA AAGCAAATCC CGGCATGTGG ATCCTTCGAC TGAGACAAGG TCGCTCAAGT 
GAGATCTTCG ATATTGTTAG TCACGAAGGC TCAGATACTC CTGAAGGCTC AGCAGATATC 
AAGGTTCTCA TCAGCTCATT CCGATCTCAT GTCCTAAAAC TGAAAGTGCA GAAGAAACCC 
GACAAGCTAA ATGTTGATCT CCTAGGAGAT GAAGATGACA ACAAGTCTGG TATCTGGAAC 
TCTATAACCA GCACCTTCAG CGCATCAAAA GAAGCCCCTC AAGAAGAGGA AACCATAAAT 
ATCTTCTCTG TTGCCTCTGG ACACCTGTAT GAACGCTTCT TAAGAATCAT GATGCTGTCC 
GTTATTAAAC ACACAAAATC TCCTGTCAAA TTCTGGTTCC TGAAGAATTA TCTCTCGCCC 
ATTTTGAAGG ACTTTTTGCC CAAAATGGCG AAAAAATACA ACTTTGAATA TGAACTGGTT 
CAATACAAAT GGCCAAGATG GCTTCACCAG CAAACAGAGA AACAACGCAT CATTTGGGGC 
TATAAGATCC TCTTTCTAGA CGTGCTGTTC CCATTGAGTG TCAAAAAAAT AATTTTTGTT 
GATGCAGATC AAGTAGTCCG AGCAGACATG AAGGAGCTAG TTGATCTGGA TCTTGGTGGT 
GCACCCTATG GGTACACACC TTTCTGTGAA AGCCGAACTG AAATGGATGG TTTTCGGTTT 
TGGAAGCAGG GTTACTGGCG GAATCATCTA CAAGGTCGCA AATATCACAT CTCTGCTCTT 
TATGTAGTTG ACTTAAAAAG GTTCCGGAAG ATTGCAGCCG GAGATCGGTT GCGAGGCCAG 
TACCAAGCAC TGAGCCAGGA CCCAAATAGT TTATCAAATT TAGACCAGGA TCTTCCTAAT 
AACATGATCC ATCAAGTAGC TATTAAGTCA TTGCCACAAG AATGGCTTTG GTGTGAAACA 
TGGTGTGATG ATTCTACCAA GAAGAAAGCC AAAACCATAG ATTTATGCAA TAATCCGCTT 
ACTAAAGAAG CAAAATTAAC CGCTGCAATG CGGATAATTG ATGAGTGGAA AGACTATGAT 
GCTGAAATCA AGCAATTATC TCTTGAGCAA GCGCATGAAG AAGAAGAACT TGTCTCTGCG 
TCTGCTGATT CCTCTTCTCC TGAGTCTGTG ATACATTCAG AATTATGA