LOC107189034 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107189034
Entrez Gene ID	107189034
Full Name	rab3 GTPase-activating protein non-catalytic subunit
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015577467.1	XP_015432953.1	rab3 GTPase-activating protein non-catalytic subunit

Pathways from BioSystems
Gene Ontology

The following LOC107189034 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107189034 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
ODu06935	XM_015577467.1 Latest version!	Dufourea novaeangliae rab3 GTPase-activating protein non-catalytic subunit (LOC107189034), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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)

LOC107189034 ( XM_015577467.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015432953.1 Dufourea novaeangliae rab3 GTPase-activating protein non-catalytic subunit (LOC107189034), mRNA.

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CloneID	ODu06935
Clone ID Related Accession (Same CDS sequence)	XM_015577467.1
Accession Version	XM_015577467.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4233bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	rab3 GTPase-activating protein non-catalytic subunit
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374020.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTGTC AGATCAAGGG AATTGCGAAT TTGATCAATA CAAGCAACAT AAAGGAGGTA 
CTTTTTGGTG ATTCTACTAG AAGATCTCAC ATCCAGCAGA ATGAGCTACC TCTTCAGGAT 
TGTTTTGTGT CGCTTTCATC CACTGGAGAT GTACTTGCAA TGGCATATAA TACAAAGATG 
ATCATATTAA TTTCAAGGTG GGATTCTTTA GAGCCTGATG AAACAAAAAA CAAATTTCAT 
ATGATATGGT ATGGGGAAGT TGCAAAAGAT CCAAATGAGT GGATAACATG TCTGATCTGT 
TTGCCTTTAT TATCTTTGGG AAAAGCCAGT GGTGGTACTA ATCCAGATTG GACATGCATT 
ATAGTTGGTT TCAATACTGG TTTCATCCGG TTTTATACAG AAACAGGTGC ATTATTGTTG 
GGAGAGCAGT TACACAATGA ATCAGTCATA GGATTAAAGT GTCAATCTTT TCGTTCACCT 
AAACATGCCG GAGATACTGG TTTAGCCGAA GAAGTACATG TAATTTACAA TAGTGCTGTG 
TGCGTGTTAC AAGGTTTTCC TTTGTTTTCA ACATTACGAG CATGTAGAAA TCATTTGGCA 
AGAGTTAAAG CAAACTGCGA GGATCTACCA CCAATTACAA ATTTATCATA TAAGAAGTGG 
GGCTGTAAAA ATCAGGATAT TGTAAATGAC TCTGAAGTAA TTGGCACTAC ATCTGTAAAT 
AGTTTTGATC ATTTAATGAC AGCTTCAATA TGTGGTGGAT ATAATGCATC TTACAGATCA 
AGTGCCCCGC AACATAATTT AGTTATCGCA ACTGGTAAAA GGCCATTTGT TGGCTTCCAT 
TATGCGTTAG AAGGTGGTGC AGCCCCGGTG TTGTCTGATG TTGCAATAGC TATGGCCAGC 
AAACTAGCAA ATGCTATTGG AACTGCTGTT CCTTGGTTGC CGATTAGTTG GGGAAACTCA 
AAGAATCATG CTTCACCGGA GGTACCAAAA ACTAGTGCTC ACGAACCAGT TGAGCCAATG 
ACATGTAGAT TTGGGTTGAG TGATGTTACG CGAGAGGGTT ATTCGGTAGT GTCTAGTCCA 
AACAAAATGT TGTCGGTGGT ATCAGATACG ATGGGTAGAG TAATATTAAT AGATAATAGA 
CGTGGTATAG CCATAAGAAT GTGGAAAGGA TATCGTAATG CTCAATGTGG ATGGATCGAA 
GTAGAGGAAC AAAGACACTC TGGAATGCAC AAAGCAGTTA CCAAATTTAA ACAAACGTCG 
CATTTGCGGT CCGCTTTATT TTTAGTTATT TATGCTCCTA AGAAGGGTGT AATAGATATA 
TGGGGTACTC AACAAGGTCC TAAAATTACA ACATTCACTG CTAGTAAGCA TGGGCGATTA 
CTTTACGTTA ATTACGGACT TCTTGGCACG AATGATGCTA CGCATCTGTT AAAGAATAAA 
CCCCAGTATT CATGTGTTTT TATGGATCCG TTGGGAGGTT TAAAAGAAAT TATTGTGCCA 
TTTCATTTTG CCCTGAGTAG TAAGAATGGG AAAAGAGCAC GGGATATACA TCTATTAAAA 
AAATTGAAGA CATTCTTACG CGAAGAAGAT TTCGACCACG AAAAATTAGT ATCAGAAATC 
CATAGTGTAT GTACAGATCT GAAGACTAAT GAAATAAAAG TACAAATAAT AGAAATGTTG 
ATGATAAATA AAAATATTAT ACCTGATGCT TTGCTCGCAG CCACAGATTG TTTTATTAAG 
AAACTGAATG AACAGGACAA TGAAGAGATG GAACCTACAG CAAAAACACT TTACTTATTA 
ACAACACAGT TACAGCAAGT GATTAAATTT TATAAACACA TTCAGTCTCA GTCTGATAGT 
CCAGGAAACC ATAGTCTTTC TAACGACATT GATCTAAATA GTCGGGAATT AGCTTTGATT 
TTATTAACTT CTGAAAGAGA AGTCCATAGA ATTTATAAAT TGTCTGATAC AATAAATAAT 
TTTAAATCTA CAAATTCCAA GGGGGAAACT AAAGTGAAAT TTAAAGAAGA GGGAAAAATT 
TTCTTAGATT TCTTATCCTG TTTTGAGTTT GGAACACCAG GATTGATAAA TATAAGAAAA 
AGCGTGAAAA CAGATAAGAA ACTTCAAGTC GCTCGATTAA TGTTTGAAGG GTGTATGCAT 
TCAAATGATA GAATCGAAGC TTGGAAAGAA GCTGCTGCGA ACAGTAACAT TCAGCCTTTT 
GTCTTGATGG AGTTTGTCTT AATTTACTGG CTCAACAAGA AAAGGGAGTT ATGCTTAGGA 
GTGGAATTCA AACAATTTAC ACAGCTGTTA AATGTTATTT GTTCAGTAGA CAATGTAGAA 
GAAATATGCG CCGAAAATAA CGAAATATCT TTATGGTGGA AAAACGTTCG AACTATCCTC 
TCGGATTCTA CGAATCCATT TAATGCCCTT ACTGCTGCTT TAGCATGTAG AGCAGTTGCT 
ACGTGTCTGG AAAAATATAA AGAAAAGTGT GGTAATAAAA CTCAAGAGAA TATTGATAAT 
GAAAATAAGG GTAATGGAAA CGGGAATGAT TCAGTAGAAA TAAAGGAAAT GAAAGAGCCT 
GTCCCTAATG CGAAGTTAAA CGATGAAATG TATAATTTAA CAAGTGAATG GGAAAATGTT 
ACCAAAGATA GTTGCCAGTT TACATTGCTT ATTGGAAATC TTGAGGACAT TACAATTTTA 
GACGCTATCG TGAGTCAAAA GCTGCTTTCA GATGCCACAA CACAATTTTT TCAATTACCA 
TTTGTTAAAT TCGACATTTC TTTGGGATCA GTTCTTTTGA AAGGAAAAGG TTCTGTGTCA 
GAAATTGTTG CGAAATGGAT TGTCTCAACG GGTATTGATC CAGTTCAATT AGTGGATATG 
ACAGACATTG AATTTGATCA AGCACAGTTA ACAAATAACT GTTTAGGATT AACAAGTGCT 
ACAGATGAAA CATGTAATAC TGATGCTTCA CAGCACGAGG CAGAAAAACC TTCATTAACT 
TCCGATGAAA TTGGAAACGA AGTAAAAGAC GATACAACTG CCACTACATG CATTTTAGAA 
CGTATTACCT TGTTAAAACG TTATTTTCCA TATAGTCTGA CAAGTAGTGT TTTATTAGCT 
AATGTGTGTT GGGAATATGC TATGTCATGG AATAAAGACG TTTCACAGAT AAAATCTCTA 
GAAAGTGCAT TATCTGTTTT ACGACAAATA CCGATGAAGC ACATGAGGCA TGGCGTTTGT 
TGTTTGTTAT GGTCTGTTCA TATAAAGAAG AGAATGGAAA CTGTTGCAAA ACTGATGAAT 
AAACTTGGAA AATTACCGAA AGAGAGATTG TGTATACAGG AAATTGGATT GACCGATACA 
CAGACAGTTA TATTTTTACA GAATTGTGTT ACATTCTTAG AAATATTCAT TGATTCGGAG 
GTCCTAGAGG CCGGAGAAAA TAGCGTAGTT AAATCAGAAG AATTATGGGA AGGATGCACT 
TCTGGACCAC AACCATTTGC TGCATTAGCT ATTTCTCAAG CACCGGCTTG GTACGATCTG 
CTAATGTTGC ATGTACAATT AGCCAATGTT TTGTATATGA TGGCGCATTT TAATCTCAAA 
GTGATAAAAC CATTGAACAA TTTATTCGAA TCTGTGGTGC AGCCATATTT CTTTCAAACT 
ATAACAGATA AAGTGATGCT TACGTGGTAT AGAGATGATA AAAGAGACAA TGTAAGAACG 
ACATTTTTAT GCCGAATAAT TGCCGCATCA ATGGATTATA TTCACCGAGA AACCACCGAT 
GATAAAAGGT TAAGTTCAAC GGAAGCCATT CATTGGATGA GCAGATGTCA AATACTAGCC 
TCTATTTGGA AACTTAACAA TGATGGATTG AGGATATATC AAGTTTGTCA ATTATATGTG 
AATGGTTTTG ATCAGTTGGC AGAAGAGGTC GTTACAGCGG TAAATGATGT TGAAGCATTA 
GCAAAGGATC TGCTGCCAAT CGCCGGAAGA AGAATGATGG CCTATCTTTC GCGAACACCT 
GATCTTCTGC AAGAAGTTTC CCGTATAAGT CCTGTGCTCA CAAAATATTT AGAGAGTCTG 
TACGAACTAG AAGTGATTTG TACAAATTGT TCTAACGATG AGACTATCGA GTTGATAAGG 
CGAGTCTCCA GGCACCTGCC GGAAACGCAT CCCGACTATC ATCTTGTGCA GCAGATGTTA 
GACGCGACGT TTATCTACGA GGGTGCAACA TGA

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

RefSeq	XP_015432953.1
CDS	1..4233
Translation	MSCQIKGIANLINTSNIKEVLFGDSTRRSHIQQNELPLQDCFVSLSSTGDVLAMAYNTKMIILISRWDSLEPDETKNKFHMIWYGEVAKDPNEWITCLICLPLLSLGKASGGTNPDWTCIIVGFNTGFIRFYTETGALLLGEQLHNESVIGLKCQSFRSPKHAGDTGLAEEVHVIYNSAVCVLQGFPLFSTLRACRNHLARVKANCEDLPPITNLSYKKWGCKNQDIVNDSEVIGTTSVNSFDHLMTASICGGYNASYRSSAPQHNLVIATGKRPFVGFHYALEGGAAPVLSDVAIAMASKLANAIGTAVPWLPISWGNSKNHASPEVPKTSAHEPVEPMTCRFGLSDVTREGYSVVSSPNKMLSVVSDTMGRVILIDNRRGIAIRMWKGYRNAQCGWIEVEEQRHSGMHKAVTKFKQTSHLRSALFLVIYAPKKGVIDIWGTQQGPKITTFTASKHGRLLYVNYGLLGTNDATHLLKNKPQYSCVFMDPLGGLKEIIVPFHFALSSKNGKRARDIHLLKKLKTFLREEDFDHEKLVSEIHSVCTDLKTNEIKVQIIEMLMINKNIIPDALLAATDCFIKKLNEQDNEEMEPTAKTLYLLTTQLQQVIKFYKHIQSQSDSPGNHSLSNDIDLNSRELALILLTSEREVHRIYKLSDTINNFKSTNSKGETKVKFKEEGKIFLDFLSCFEFGTPGLINIRKSVKTDKKLQVARLMFEGCMHSNDRIEAWKEAAANSNIQPFVLMEFVLIYWLNKKRELCLGVEFKQFTQLLNVICSVDNVEEICAENNEISLWWKNVRTILSDSTNPFNALTAALACRAVATCLEKYKEKCGNKTQENIDNENKGNGNGNDSVEIKEMKEPVPNAKLNDEMYNLTSEWENVTKDSCQFTLLIGNLEDITILDAIVSQKLLSDATTQFFQLPFVKFDISLGSVLLKGKGSVSEIVAKWIVSTGIDPVQLVDMTDIEFDQAQLTNNCLGLTSATDETCNTDASQHEAEKPSLTSDEIGNEVKDDTTATTCILERITLLKRYFPYSLTSSVLLANVCWEYAMSWNKDVSQIKSLESALSVLRQIPMKHMRHGVCCLLWSVHIKKRMETVAKLMNKLGKLPKERLCIQEIGLTDTQTVIFLQNCVTFLEIFIDSEVLEAGENSVVKSEELWEGCTSGPQPFAALAISQAPAWYDLLMLHVQLANVLYMMAHFNLKVIKPLNNLFESVVQPYFFQTITDKVMLTWYRDDKRDNVRTTFLCRIIAASMDYIHRETTDDKRLSSTEAIHWMSRCQILASIWKLNNDGLRIYQVCQLYVNGFDQLAEEVVTAVNDVEALAKDLLPIAGRRMMAYLSRTPDLLQEVSRISPVLTKYLESLYELEVICTNCSNDETIELIRRVSRHLPETHPDYHLVQQMLDATFIYEGAT

Target ORF information:

RefSeq Version	XM_015577467.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae rab3 GTPase-activating protein non-catalytic subunit (LOC107189034), mRNA.

Target ORF information:

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

XM_015577467.1

ORF Insert Sequence:

ATGTCTTGTC AGATCAAGGG AATTGCGAAT TTGATCAATA CAAGCAACAT AAAGGAGGTA 
CTTTTTGGTG ATTCTACTAG AAGATCTCAC ATCCAGCAGA ATGAGCTACC TCTTCAGGAT 
TGTTTTGTGT CGCTTTCATC CACTGGAGAT GTACTTGCAA TGGCATATAA TACAAAGATG 
ATCATATTAA TTTCAAGGTG GGATTCTTTA GAGCCTGATG AAACAAAAAA CAAATTTCAT 
ATGATATGGT ATGGGGAAGT TGCAAAAGAT CCAAATGAGT GGATAACATG TCTGATCTGT 
TTGCCTTTAT TATCTTTGGG AAAAGCCAGT GGTGGTACTA ATCCAGATTG GACATGCATT 
ATAGTTGGTT TCAATACTGG TTTCATCCGG TTTTATACAG AAACAGGTGC ATTATTGTTG 
GGAGAGCAGT TACACAATGA ATCAGTCATA GGATTAAAGT GTCAATCTTT TCGTTCACCT 
AAACATGCCG GAGATACTGG TTTAGCCGAA GAAGTACATG TAATTTACAA TAGTGCTGTG 
TGCGTGTTAC AAGGTTTTCC TTTGTTTTCA ACATTACGAG CATGTAGAAA TCATTTGGCA 
AGAGTTAAAG CAAACTGCGA GGATCTACCA CCAATTACAA ATTTATCATA TAAGAAGTGG 
GGCTGTAAAA ATCAGGATAT TGTAAATGAC TCTGAAGTAA TTGGCACTAC ATCTGTAAAT 
AGTTTTGATC ATTTAATGAC AGCTTCAATA TGTGGTGGAT ATAATGCATC TTACAGATCA 
AGTGCCCCGC AACATAATTT AGTTATCGCA ACTGGTAAAA GGCCATTTGT TGGCTTCCAT 
TATGCGTTAG AAGGTGGTGC AGCCCCGGTG TTGTCTGATG TTGCAATAGC TATGGCCAGC 
AAACTAGCAA ATGCTATTGG AACTGCTGTT CCTTGGTTGC CGATTAGTTG GGGAAACTCA 
AAGAATCATG CTTCACCGGA GGTACCAAAA ACTAGTGCTC ACGAACCAGT TGAGCCAATG 
ACATGTAGAT TTGGGTTGAG TGATGTTACG CGAGAGGGTT ATTCGGTAGT GTCTAGTCCA 
AACAAAATGT TGTCGGTGGT ATCAGATACG ATGGGTAGAG TAATATTAAT AGATAATAGA 
CGTGGTATAG CCATAAGAAT GTGGAAAGGA TATCGTAATG CTCAATGTGG ATGGATCGAA 
GTAGAGGAAC AAAGACACTC TGGAATGCAC AAAGCAGTTA CCAAATTTAA ACAAACGTCG 
CATTTGCGGT CCGCTTTATT TTTAGTTATT TATGCTCCTA AGAAGGGTGT AATAGATATA 
TGGGGTACTC AACAAGGTCC TAAAATTACA ACATTCACTG CTAGTAAGCA TGGGCGATTA 
CTTTACGTTA ATTACGGACT TCTTGGCACG AATGATGCTA CGCATCTGTT AAAGAATAAA 
CCCCAGTATT CATGTGTTTT TATGGATCCG TTGGGAGGTT TAAAAGAAAT TATTGTGCCA 
TTTCATTTTG CCCTGAGTAG TAAGAATGGG AAAAGAGCAC GGGATATACA TCTATTAAAA 
AAATTGAAGA CATTCTTACG CGAAGAAGAT TTCGACCACG AAAAATTAGT ATCAGAAATC 
CATAGTGTAT GTACAGATCT GAAGACTAAT GAAATAAAAG TACAAATAAT AGAAATGTTG 
ATGATAAATA AAAATATTAT ACCTGATGCT TTGCTCGCAG CCACAGATTG TTTTATTAAG 
AAACTGAATG AACAGGACAA TGAAGAGATG GAACCTACAG CAAAAACACT TTACTTATTA 
ACAACACAGT TACAGCAAGT GATTAAATTT TATAAACACA TTCAGTCTCA GTCTGATAGT 
CCAGGAAACC ATAGTCTTTC TAACGACATT GATCTAAATA GTCGGGAATT AGCTTTGATT 
TTATTAACTT CTGAAAGAGA AGTCCATAGA ATTTATAAAT TGTCTGATAC AATAAATAAT 
TTTAAATCTA CAAATTCCAA GGGGGAAACT AAAGTGAAAT TTAAAGAAGA GGGAAAAATT 
TTCTTAGATT TCTTATCCTG TTTTGAGTTT GGAACACCAG GATTGATAAA TATAAGAAAA 
AGCGTGAAAA CAGATAAGAA ACTTCAAGTC GCTCGATTAA TGTTTGAAGG GTGTATGCAT 
TCAAATGATA GAATCGAAGC TTGGAAAGAA GCTGCTGCGA ACAGTAACAT TCAGCCTTTT 
GTCTTGATGG AGTTTGTCTT AATTTACTGG CTCAACAAGA AAAGGGAGTT ATGCTTAGGA 
GTGGAATTCA AACAATTTAC ACAGCTGTTA AATGTTATTT GTTCAGTAGA CAATGTAGAA 
GAAATATGCG CCGAAAATAA CGAAATATCT TTATGGTGGA AAAACGTTCG AACTATCCTC 
TCGGATTCTA CGAATCCATT TAATGCCCTT ACTGCTGCTT TAGCATGTAG AGCAGTTGCT 
ACGTGTCTGG AAAAATATAA AGAAAAGTGT GGTAATAAAA CTCAAGAGAA TATTGATAAT 
GAAAATAAGG GTAATGGAAA CGGGAATGAT TCAGTAGAAA TAAAGGAAAT GAAAGAGCCT 
GTCCCTAATG CGAAGTTAAA CGATGAAATG TATAATTTAA CAAGTGAATG GGAAAATGTT 
ACCAAAGATA GTTGCCAGTT TACATTGCTT ATTGGAAATC TTGAGGACAT TACAATTTTA 
GACGCTATCG TGAGTCAAAA GCTGCTTTCA GATGCCACAA CACAATTTTT TCAATTACCA 
TTTGTTAAAT TCGACATTTC TTTGGGATCA GTTCTTTTGA AAGGAAAAGG TTCTGTGTCA 
GAAATTGTTG CGAAATGGAT TGTCTCAACG GGTATTGATC CAGTTCAATT AGTGGATATG 
ACAGACATTG AATTTGATCA AGCACAGTTA ACAAATAACT GTTTAGGATT AACAAGTGCT 
ACAGATGAAA CATGTAATAC TGATGCTTCA CAGCACGAGG CAGAAAAACC TTCATTAACT 
TCCGATGAAA TTGGAAACGA AGTAAAAGAC GATACAACTG CCACTACATG CATTTTAGAA 
CGTATTACCT TGTTAAAACG TTATTTTCCA TATAGTCTGA CAAGTAGTGT TTTATTAGCT 
AATGTGTGTT GGGAATATGC TATGTCATGG AATAAAGACG TTTCACAGAT AAAATCTCTA 
GAAAGTGCAT TATCTGTTTT ACGACAAATA CCGATGAAGC ACATGAGGCA TGGCGTTTGT 
TGTTTGTTAT GGTCTGTTCA TATAAAGAAG AGAATGGAAA CTGTTGCAAA ACTGATGAAT 
AAACTTGGAA AATTACCGAA AGAGAGATTG TGTATACAGG AAATTGGATT GACCGATACA 
CAGACAGTTA TATTTTTACA GAATTGTGTT ACATTCTTAG AAATATTCAT TGATTCGGAG 
GTCCTAGAGG CCGGAGAAAA TAGCGTAGTT AAATCAGAAG AATTATGGGA AGGATGCACT 
TCTGGACCAC AACCATTTGC TGCATTAGCT ATTTCTCAAG CACCGGCTTG GTACGATCTG 
CTAATGTTGC ATGTACAATT AGCCAATGTT TTGTATATGA TGGCGCATTT TAATCTCAAA 
GTGATAAAAC CATTGAACAA TTTATTCGAA TCTGTGGTGC AGCCATATTT CTTTCAAACT 
ATAACAGATA AAGTGATGCT TACGTGGTAT AGAGATGATA AAAGAGACAA TGTAAGAACG 
ACATTTTTAT GCCGAATAAT TGCCGCATCA ATGGATTATA TTCACCGAGA AACCACCGAT 
GATAAAAGGT TAAGTTCAAC GGAAGCCATT CATTGGATGA GCAGATGTCA AATACTAGCC 
TCTATTTGGA AACTTAACAA TGATGGATTG AGGATATATC AAGTTTGTCA ATTATATGTG 
AATGGTTTTG ATCAGTTGGC AGAAGAGGTC GTTACAGCGG TAAATGATGT TGAAGCATTA 
GCAAAGGATC TGCTGCCAAT CGCCGGAAGA AGAATGATGG CCTATCTTTC GCGAACACCT 
GATCTTCTGC AAGAAGTTTC CCGTATAAGT CCTGTGCTCA CAAAATATTT AGAGAGTCTG 
TACGAACTAG AAGTGATTTG TACAAATTGT TCTAACGATG AGACTATCGA GTTGATAAGG 
CGAGTCTCCA GGCACCTGCC GGAAACGCAT CCCGACTATC ATCTTGTGCA GCAGATGTTA 
GACGCGACGT TTATCTACGA GGGTGCAACA TGA