PDR8 cDNA ORF clone, Cucumis sativus(cucumber)

Gene
Clones
gRNAs

Summary

Gene Symbol	PDR8
Entrez Gene ID	101216687
Full Name	ABC transporter G family member 35
Gene Type	protein-coding
Organism	Cucumis sativus(cucumber)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001305760.1	NP_001292689.1	ABC transporter G family member 35

Pathways from BioSystems
Gene Ontology

The following PDR8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PDR8 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
OCu36478	NM_001305760.1 Latest version!	Cucumis sativus ABC transporter G family member 35 (PDR8), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
All Other ORF Clones
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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)

PDR8 ( NM_001305760.1 ) cDNA ORF clone, Cucumis sativus(cucumber) -> NP_001292689.1 Cucumis sativus ABC transporter G family member 35 (PDR8), mRNA.

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CloneID	OCu36478
Clone ID Related Accession (Same CDS sequence)	NM_001305760.1
Accession Version	NM_001305760.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4428bp) 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	2019-12-21
Organism	Cucumis sativus(cucumber)
Product	ABC transporter G family member 35
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from GQ374243.1. On Mar 28, 2015 this sequence version replaced XM_004151136.2. ##Evidence-Data-START## Transcript exon combination :: GQ374243.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMN04457427, SAMN04530041 [ECO:0000348] ##Evidence-Data-END##

ATGGAGCGGC GGACTAGCCG GAATTTCAGC CGGAGTATTA GCCGGAGTTT CAGTCGGGCA 
AGCTGGAGTA TGGAAGATGT GTTCGCTAAT GGGAACCCTT CTCGCAGAAG TAGTCGAGTC 
GATGAAGATG AAGAGGCTCT GCGTTGGGCC GCCATTGAAA AACTTCCCAC TTACGACCGT 
CTTAGAACTA GCATCTTGCA GTCCGTTAAT GAACCCGACC CTCGCATCGC TGGAAACTTG 
CCACTTCATA AGGAAGTTGA CGTTCGGAAA CTCGGCGTTA GTGATCGCCA GGATTTTATT 
GATCGGATTT TTAAAGTTGC AGAGGAAGAT AATGAGAAGT TCTTGAGGAA ACAGAAGAAC 
AGAATTGACC GAGTTGGAAT CAGACTTCCA ACGGTAGAAG TGAGATTCGA ACATCTAACC 
ATGGAAGCAG ATTGTCATGT CGGGAACAGA GCTTTACCAA CGCTGCCGAA CGTGGCGAGG 
AACATGGCGG AATCTGCCAT TAGTTTGGTT GGAGTAAAAT TGGCTAAGCA AACTAAACTC 
ACCATTCTTA AAGACGCGTC TGGCATTGTC AAACCATCAA GGATGACACT TCTGCTGGGG 
CCCCCATCTT CAGGCAAAAC AACTCTATTG CTTGCTTTGG CAGGAAAATT AGACCCAAGT 
TTAAAGGTGA AGGGAGAAGT GAGCTACAAT GGGCACAAAT TGAAAGAATT TGTTCCACAA 
AAAACGTCTG CTTATATTAG CCAAAATGAT GTTCACATGG GAATTATGAC GGTCAAAGAA 
ACCCTTGATT TCTCTGCTCG ATGTCAAGGA GTTGGGACTC GTTATGAACT CTTGAGTGAG 
TTAGCAAGAA GAGAAAAGGA TGCAGGGATA AAACCAGAGG CAGAAGTGGA CCTTTTCATG 
AAGGCAACCG CCATGGAAGG AGTGGAGAGC AGCCTGATTA CTGACTACAC TCTCAAAATT 
CTTGGGCTTG ACATATGCAA AGACACTATT GTGGGAGATG AAATGATAAG GGGTATATCG 
GGTGGACAAA GGAAAAGAGT CACAACAGGA GAGATGATTG TCGGGCCCAC AAAAACGTTA 
TTTATGGATG AAATATCAAC GGGTCTTGAT AGTTCAACAA CATATCAAAT AGTGAAATGC 
CTACAACAAA TTGTACACTT AACGGAGGGT ACTATCTTAA TGTCCCTACT CCAACCTGCT 
CCTGAGACGT TCGATCTTTT TGATGACATC ATCCTAGTAT CCGAAGGTCA GATAGTTTAT 
CAGGGCCCAC GTGATCACGT CGTTGAATTC TTCGAATCAT GCGGCTTCAA ATGCCCTGAA 
AGAAAAGGAA CTGCTGATTT CTTACAAGAG GTTACTTCAC GAAAAGACCA AGAGCAATAT 
TGGGCTGATC GAAGAAAACC GTACCGGTAC GTTCCGGTTT CGGAATTCGC CAGCCGATTC 
AAGCGCTTCC ATGTTGGATT AAGGTTAGAG AACGAGCTCT CTATCTCTTA CGATAAGTCT 
CGTGGTCATA AAGCTGCTTT GGTTTTCTCT GAGAATGTCG TCCCCAAAAT GGAGCTTCTC 
AAAGCTTGTT TCGATAAAGA ATGGTTGTTG ATGAAGCGAA ACTCCTTTGT TTACATCTTC 
AAAACTGTTC AAATCATTAT CGTCGCCATT ATTGCTTCCA CCGTGTTCTT AAGGACCAGA 
ATGCACACCA GAGATCAATC GGATGGGGCT GTCTTTATTG GAGCTCTTCT CTTTTCTCTC 
ATTAGTAATA TGCTTAATGG TTTCTCTGAG CTTGCAATGA CTATTTCAAG ACTTCCTGTC 
TTTTACAAGC AAAGGGATCT TAAGTTTCAC CCTCCATGGA CTTACACTAT CCCTACTGTT 
ATTCTTGGAA TACCCACTTC CCTTCTTGAA TCTGTTGTTT GGTTGGTGGT TACATATTAC 
ACAATTGGAT TTGCTCCTGA GGCTAGCAGG TTCTTTAAGC AACTGTTGTT GATATTTCTT 
GTGCAACAAA TGGCAGCTGG AGTGTTTAGA CTCATTGCTG GAATTTGTAG GAGTATGATC 
ATTGCTAACA CTGGAGGATC ATTGATTCTT CTCCTTATAT TCTTGTTGGG TGGTTTTATC 
ATTCCTAGAG GTGAAATTCC AAAATGGTGG ATATGGGGTT ACTGGATATC ACCCCTGACT 
TATGGTTTCA ATGCTATTGC TGTTAATGAA ATGTTTGCCC CTAGGTGGAA TAAGCTGATT 
CCAAATACTA CTGTTACCTT GGGTGTGAAG GTGCTAGAAA ATTTTGACGT CTTTCCCAAT 
AAGAATTGGT ATTGGATTGG CATTGCAGCT ATTCTTGGAT TTGCAATTCT CTTCAATATT 
CTGTTCACCA TTGCACTTAC CTATCTTAAT CCACTCACAA AGCATCAAGC AATAATGTCT 
GAAGAAACTG CATCGGAGAT GGAAGCTAAC CAAGAAGATT CACAAGAACC TAGACTAAGA 
AGACCTATGT CGAAAAAAGA TTCGTTCCCT CGATCATTAT CAGCTTCAGA TGGAAACAAT 
ACACGAGAAG TGAACATGCA AAGAATGAGT AGCAAATCTG AGGCCAATGG TGTTGCTGCC 
AAGAAAGGAA TGATCCTTCC TTTTAGTCCT CTTGCAATGT CCTTTGACAC TGTGAATTAC 
TACGTGGACA TGCCTCCTGA AATGAAAGAG CAAGGAGTCA CAGAGGATAG GCTCCAACTT 
CTACGTGGAG TTACGGGTGC TTTTCGTCCT GGAATTCTCA CTGCATTAAT GGGTGTTAGT 
GGTGCTGGAA AGACAACTTT GATGGATGTT TTAGCAGGAA GAAAAACAGG AGGTTATATT 
GAAGGGGATG TCAGAATTTC AGGGTTTCCT AAAAAACAAG AAACTTTTGC AAGAATTTCT 
GGATATTGTG AGCAAAATGA TATCCACTCT CCTCAAGTCA CAATTCGAGA GTCCTTAATT 
TACTCTGCTT TCCTTAGGCT CCCAAAAGAA GTTAGCAAAG AGGAAAAGAT GGTTTTTGTG 
GATGAGGTGA TGGACTTGGT GGAGTTAGAC AACCTTAAGG ATGCTATAGT AGGGCTACCA 
GGAGTAACAG GGTTGTCAAC AGAACAAAGA AAAAGATTGA CAATTGCAGT GGAACTTGTT 
GCTAACCCCT CAATCATTTT CATGGATGAA CCAACTTCCG GTCTTGATGC TCGGGCAGCT 
GCCATTGTCA TGAGAGCTGT TAGAAACACT GTGGATACTG GAAGAACAGT GGTTTGCACT 
ATTCACCAAC CTAGCATTGA TATATTTGAA GCCTTTGATG AGTTACTATT AATGAAAAGG 
GGAGGCCAAG TGATCTACTT TGGACCTTTG GGTCGCAATT CGCAAAAGAT CATCGAGTAT 
TTTGAGTCAA TTCCTGGAGT CCCCAAAATC AAAGAGAAGT ATAATCCAGC TACTTGGATG 
TTGGAAGTAA GCTCTGTAGC AGCTGAAGTT CGTCTTGGCA TGGACTTCGC TGAACATTAC 
AAATCATCAT CCTTGTCTAA GCGAAACAAG GAACTAGTAA CAGACTTAAG CACACCTCCA 
CCTGGAGCCA AGGACCTGTA TTTTGAGAGT CAATACTCAC AATCGACATG GGGACAGTTG 
AAATGTTGTC TTTGGAAACA ATGGTGGACT TACTGGAGAA GTCCTGATTA TAACCTTGTT 
AGATACTTTT TCACTTTGGC TGCTGCTCTC ATGATTGGGA CAGTTTTCTG GAAAGTTGGC 
ACCAAAAGGG ATAGTTCGAC CGATCTCACC ATGATTATCG GCGCCATGTA TGCTGCTGTA 
TTATTTGTTG GAATCAATAA TTGCCAAACT GTACAACCCA TAGTGTCAGT GGAGAGAACT 
GTATTCTACA GAGAAAGAGC TGCTGGAATG TATTCTGCAT TTCCTTATGT CCTTGCACAG 
GTGTTGGTAG AGATCCCATT CATTCTTGTT CAAACAACAT ACTATACTCT TATTGTGTAC 
TCCATGGTCA GCTTTCAATG GACAGCTCCA AAGTTCTTCT GGTTTTACTT CATCAACTTC 
TTCTCCTTCC TTTACTTCAC ATACTATGGA ATGATGACTG TGTCCATCAC ACCAAACCAC 
CATGTAGCAG CCATATTTGC AGCAGCTTTC TATGCACTCT TCAACCTCTT CTCTGGGTTC 
TTTGTCCCAA GACCGAGAAT TCCCAAATGG TGGGTGTGGT ATTATTGGAT CTGCCCCATA 
GCGTGGACCG TGTATGGGTT GATCATATCG CAATATGGTG ATGTTGAGAA GAAGATATCG 
GTGCCTGGAT TGTCTGATCC AATTTCTATA AAATCTTACA TTGAAAGCCA CTTTGGTTAC 
GATCCTAACT TCATGGGGCC AGTTGCAGGA GTTTTGGTGG GTTTTGCAGC CTTCTTTGCC 
TTCATGTTTG CGTATTGCAT AAAGACATTG AACTTCCAAT TGAGGTAG

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

RefSeq	NP_001292689.1
CDS	1..4428
Translation	MERRTSRNFSRSISRSFSRASWSMEDVFANGNPSRRSSRVDEDEEALRWAAIEKLPTYDRLRTSILQSVNEPDPRIAGNLPLHKEVDVRKLGVSDRQDFIDRIFKVAEEDNEKFLRKQKNRIDRVGIRLPTVEVRFEHLTMEADCHVGNRALPTLPNVARNMAESAISLVGVKLAKQTKLTILKDASGIVKPSRMTLLLGPPSSGKTTLLLALAGKLDPSLKVKGEVSYNGHKLKEFVPQKTSAYISQNDVHMGIMTVKETLDFSARCQGVGTRYELLSELARREKDAGIKPEAEVDLFMKATAMEGVESSLITDYTLKILGLDICKDTIVGDEMIRGISGGQRKRVTTGEMIVGPTKTLFMDEISTGLDSSTTYQIVKCLQQIVHLTEGTILMSLLQPAPETFDLFDDIILVSEGQIVYQGPRDHVVEFFESCGFKCPERKGTADFLQEVTSRKDQEQYWADRRKPYRYVPVSEFASRFKRFHVGLRLENELSISYDKSRGHKAALVFSENVVPKMELLKACFDKEWLLMKRNSFVYIFKTVQIIIVAIIASTVFLRTRMHTRDQSDGAVFIGALLFSLISNMLNGFSELAMTISRLPVFYKQRDLKFHPPWTYTIPTVILGIPTSLLESVVWLVVTYYTIGFAPEASRFFKQLLLIFLVQQMAAGVFRLIAGICRSMIIANTGGSLILLLIFLLGGFIIPRGEIPKWWIWGYWISPLTYGFNAIAVNEMFAPRWNKLIPNTTVTLGVKVLENFDVFPNKNWYWIGIAAILGFAILFNILFTIALTYLNPLTKHQAIMSEETASEMEANQEDSQEPRLRRPMSKKDSFPRSLSASDGNNTREVNMQRMSSKSEANGVAAKKGMILPFSPLAMSFDTVNYYVDMPPEMKEQGVTEDRLQLLRGVTGAFRPGILTALMGVSGAGKTTLMDVLAGRKTGGYIEGDVRISGFPKKQETFARISGYCEQNDIHSPQVTIRESLIYSAFLRLPKEVSKEEKMVFVDEVMDLVELDNLKDAIVGLPGVTGLSTEQRKRLTIAVELVANPSIIFMDEPTSGLDARAAAIVMRAVRNTVDTGRTVVCTIHQPSIDIFEAFDELLLMKRGGQVIYFGPLGRNSQKIIEYFESIPGVPKIKEKYNPATWMLEVSSVAAEVRLGMDFAEHYKSSSLSKRNKELVTDLSTPPPGAKDLYFESQYSQSTWGQLKCCLWKQWWTYWRSPDYNLVRYFFTLAAALMIGTVFWKVGTKRDSSTDLTMIIGAMYAAVLFVGINNCQTVQPIVSVERTVFYRERAAGMYSAFPYVLAQVLVEIPFILVQTTYYTLIVYSMVSFQWTAPKFFWFYFINFFSFLYFTYYGMMTVSITPNHHVAAIFAAAFYALFNLFSGFFVPRPRIPKWWVWYYWICPIAWTVYGLIISQYGDVEKKISVPGLSDPISIKSYIESHFGYDPNFMGPVAGVLVGFAAFFAFMFAYCIKTLNFQLR

Target ORF information:

RefSeq Version	NM_001305760.1
Organism	Cucumis sativus(cucumber)
Definition	Cucumis sativus ABC transporter G family member 35 (PDR8), mRNA.

Target ORF information:

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

NM_001305760.1

ORF Insert Sequence:

ATGGAGCGGC GGACTAGCCG GAATTTCAGC CGGAGTATTA GCCGGAGTTT CAGTCGGGCA 
AGCTGGAGTA TGGAAGATGT GTTCGCTAAT GGGAACCCTT CTCGCAGAAG TAGTCGAGTC 
GATGAAGATG AAGAGGCTCT GCGTTGGGCC GCCATTGAAA AACTTCCCAC TTACGACCGT 
CTTAGAACTA GCATCTTGCA GTCCGTTAAT GAACCCGACC CTCGCATCGC TGGAAACTTG 
CCACTTCATA AGGAAGTTGA CGTTCGGAAA CTCGGCGTTA GTGATCGCCA GGATTTTATT 
GATCGGATTT TTAAAGTTGC AGAGGAAGAT AATGAGAAGT TCTTGAGGAA ACAGAAGAAC 
AGAATTGACC GAGTTGGAAT CAGACTTCCA ACGGTAGAAG TGAGATTCGA ACATCTAACC 
ATGGAAGCAG ATTGTCATGT CGGGAACAGA GCTTTACCAA CGCTGCCGAA CGTGGCGAGG 
AACATGGCGG AATCTGCCAT TAGTTTGGTT GGAGTAAAAT TGGCTAAGCA AACTAAACTC 
ACCATTCTTA AAGACGCGTC TGGCATTGTC AAACCATCAA GGATGACACT TCTGCTGGGG 
CCCCCATCTT CAGGCAAAAC AACTCTATTG CTTGCTTTGG CAGGAAAATT AGACCCAAGT 
TTAAAGGTGA AGGGAGAAGT GAGCTACAAT GGGCACAAAT TGAAAGAATT TGTTCCACAA 
AAAACGTCTG CTTATATTAG CCAAAATGAT GTTCACATGG GAATTATGAC GGTCAAAGAA 
ACCCTTGATT TCTCTGCTCG ATGTCAAGGA GTTGGGACTC GTTATGAACT CTTGAGTGAG 
TTAGCAAGAA GAGAAAAGGA TGCAGGGATA AAACCAGAGG CAGAAGTGGA CCTTTTCATG 
AAGGCAACCG CCATGGAAGG AGTGGAGAGC AGCCTGATTA CTGACTACAC TCTCAAAATT 
CTTGGGCTTG ACATATGCAA AGACACTATT GTGGGAGATG AAATGATAAG GGGTATATCG 
GGTGGACAAA GGAAAAGAGT CACAACAGGA GAGATGATTG TCGGGCCCAC AAAAACGTTA 
TTTATGGATG AAATATCAAC GGGTCTTGAT AGTTCAACAA CATATCAAAT AGTGAAATGC 
CTACAACAAA TTGTACACTT AACGGAGGGT ACTATCTTAA TGTCCCTACT CCAACCTGCT 
CCTGAGACGT TCGATCTTTT TGATGACATC ATCCTAGTAT CCGAAGGTCA GATAGTTTAT 
CAGGGCCCAC GTGATCACGT CGTTGAATTC TTCGAATCAT GCGGCTTCAA ATGCCCTGAA 
AGAAAAGGAA CTGCTGATTT CTTACAAGAG GTTACTTCAC GAAAAGACCA AGAGCAATAT 
TGGGCTGATC GAAGAAAACC GTACCGGTAC GTTCCGGTTT CGGAATTCGC CAGCCGATTC 
AAGCGCTTCC ATGTTGGATT AAGGTTAGAG AACGAGCTCT CTATCTCTTA CGATAAGTCT 
CGTGGTCATA AAGCTGCTTT GGTTTTCTCT GAGAATGTCG TCCCCAAAAT GGAGCTTCTC 
AAAGCTTGTT TCGATAAAGA ATGGTTGTTG ATGAAGCGAA ACTCCTTTGT TTACATCTTC 
AAAACTGTTC AAATCATTAT CGTCGCCATT ATTGCTTCCA CCGTGTTCTT AAGGACCAGA 
ATGCACACCA GAGATCAATC GGATGGGGCT GTCTTTATTG GAGCTCTTCT CTTTTCTCTC 
ATTAGTAATA TGCTTAATGG TTTCTCTGAG CTTGCAATGA CTATTTCAAG ACTTCCTGTC 
TTTTACAAGC AAAGGGATCT TAAGTTTCAC CCTCCATGGA CTTACACTAT CCCTACTGTT 
ATTCTTGGAA TACCCACTTC CCTTCTTGAA TCTGTTGTTT GGTTGGTGGT TACATATTAC 
ACAATTGGAT TTGCTCCTGA GGCTAGCAGG TTCTTTAAGC AACTGTTGTT GATATTTCTT 
GTGCAACAAA TGGCAGCTGG AGTGTTTAGA CTCATTGCTG GAATTTGTAG GAGTATGATC 
ATTGCTAACA CTGGAGGATC ATTGATTCTT CTCCTTATAT TCTTGTTGGG TGGTTTTATC 
ATTCCTAGAG GTGAAATTCC AAAATGGTGG ATATGGGGTT ACTGGATATC ACCCCTGACT 
TATGGTTTCA ATGCTATTGC TGTTAATGAA ATGTTTGCCC CTAGGTGGAA TAAGCTGATT 
CCAAATACTA CTGTTACCTT GGGTGTGAAG GTGCTAGAAA ATTTTGACGT CTTTCCCAAT 
AAGAATTGGT ATTGGATTGG CATTGCAGCT ATTCTTGGAT TTGCAATTCT CTTCAATATT 
CTGTTCACCA TTGCACTTAC CTATCTTAAT CCACTCACAA AGCATCAAGC AATAATGTCT 
GAAGAAACTG CATCGGAGAT GGAAGCTAAC CAAGAAGATT CACAAGAACC TAGACTAAGA 
AGACCTATGT CGAAAAAAGA TTCGTTCCCT CGATCATTAT CAGCTTCAGA TGGAAACAAT 
ACACGAGAAG TGAACATGCA AAGAATGAGT AGCAAATCTG AGGCCAATGG TGTTGCTGCC 
AAGAAAGGAA TGATCCTTCC TTTTAGTCCT CTTGCAATGT CCTTTGACAC TGTGAATTAC 
TACGTGGACA TGCCTCCTGA AATGAAAGAG CAAGGAGTCA CAGAGGATAG GCTCCAACTT 
CTACGTGGAG TTACGGGTGC TTTTCGTCCT GGAATTCTCA CTGCATTAAT GGGTGTTAGT 
GGTGCTGGAA AGACAACTTT GATGGATGTT TTAGCAGGAA GAAAAACAGG AGGTTATATT 
GAAGGGGATG TCAGAATTTC AGGGTTTCCT AAAAAACAAG AAACTTTTGC AAGAATTTCT 
GGATATTGTG AGCAAAATGA TATCCACTCT CCTCAAGTCA CAATTCGAGA GTCCTTAATT 
TACTCTGCTT TCCTTAGGCT CCCAAAAGAA GTTAGCAAAG AGGAAAAGAT GGTTTTTGTG 
GATGAGGTGA TGGACTTGGT GGAGTTAGAC AACCTTAAGG ATGCTATAGT AGGGCTACCA 
GGAGTAACAG GGTTGTCAAC AGAACAAAGA AAAAGATTGA CAATTGCAGT GGAACTTGTT 
GCTAACCCCT CAATCATTTT CATGGATGAA CCAACTTCCG GTCTTGATGC TCGGGCAGCT 
GCCATTGTCA TGAGAGCTGT TAGAAACACT GTGGATACTG GAAGAACAGT GGTTTGCACT 
ATTCACCAAC CTAGCATTGA TATATTTGAA GCCTTTGATG AGTTACTATT AATGAAAAGG 
GGAGGCCAAG TGATCTACTT TGGACCTTTG GGTCGCAATT CGCAAAAGAT CATCGAGTAT 
TTTGAGTCAA TTCCTGGAGT CCCCAAAATC AAAGAGAAGT ATAATCCAGC TACTTGGATG 
TTGGAAGTAA GCTCTGTAGC AGCTGAAGTT CGTCTTGGCA TGGACTTCGC TGAACATTAC 
AAATCATCAT CCTTGTCTAA GCGAAACAAG GAACTAGTAA CAGACTTAAG CACACCTCCA 
CCTGGAGCCA AGGACCTGTA TTTTGAGAGT CAATACTCAC AATCGACATG GGGACAGTTG 
AAATGTTGTC TTTGGAAACA ATGGTGGACT TACTGGAGAA GTCCTGATTA TAACCTTGTT 
AGATACTTTT TCACTTTGGC TGCTGCTCTC ATGATTGGGA CAGTTTTCTG GAAAGTTGGC 
ACCAAAAGGG ATAGTTCGAC CGATCTCACC ATGATTATCG GCGCCATGTA TGCTGCTGTA 
TTATTTGTTG GAATCAATAA TTGCCAAACT GTACAACCCA TAGTGTCAGT GGAGAGAACT 
GTATTCTACA GAGAAAGAGC TGCTGGAATG TATTCTGCAT TTCCTTATGT CCTTGCACAG 
GTGTTGGTAG AGATCCCATT CATTCTTGTT CAAACAACAT ACTATACTCT TATTGTGTAC 
TCCATGGTCA GCTTTCAATG GACAGCTCCA AAGTTCTTCT GGTTTTACTT CATCAACTTC 
TTCTCCTTCC TTTACTTCAC ATACTATGGA ATGATGACTG TGTCCATCAC ACCAAACCAC 
CATGTAGCAG CCATATTTGC AGCAGCTTTC TATGCACTCT TCAACCTCTT CTCTGGGTTC 
TTTGTCCCAA GACCGAGAAT TCCCAAATGG TGGGTGTGGT ATTATTGGAT CTGCCCCATA 
GCGTGGACCG TGTATGGGTT GATCATATCG CAATATGGTG ATGTTGAGAA GAAGATATCG 
GTGCCTGGAT TGTCTGATCC AATTTCTATA AAATCTTACA TTGAAAGCCA CTTTGGTTAC 
GATCCTAACT TCATGGGGCC AGTTGCAGGA GTTTTGGTGG GTTTTGCAGC CTTCTTTGCC 
TTCATGTTTG CGTATTGCAT AAAGACATTG AACTTCCAAT TGAGGTAG