abcG15 cDNA ORF clone, Cavenderia fasciculata

Gene
Clones
gRNAs

Summary

Gene Symbol	abcG15
Entrez Gene ID	14870737
Full Name	ABC transporter G family protein
Gene Type	protein-coding
Organism	Cavenderia fasciculata

mRNA and Protein(s)

mRNA	Protein	Name
XM_004357000.1	XP_004357055.1	ABC transporter G family protein

Pathways from BioSystems
Gene Ontology

The following abcG15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the abcG15 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
ODi114337	XM_004357000.1 Latest version!	Dictyostelium fasciculatum ABC transporter G family protein (abcG15) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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)

abcG15 ( XM_004357000.1 ) cDNA ORF clone, Cavenderia fasciculata -> XP_004357055.1 Dictyostelium fasciculatum ABC transporter G family protein (abcG15) mRNA, complete cds.

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CloneID	ODi114337
Clone ID Related Accession (Same CDS sequence)	XM_004357000.1
Accession Version	XM_004357000.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4812bp) 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	2013-03-25
Organism	Cavenderia fasciculata
Product	ABC transporter G family protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_004457708). COMPLETENESS: incomplete on both ends.

ATGTATAGGG CTCTTGAATG GACTAGTGAG ATGGATTCCG ATCAAAATCT CAAAGATGCT 
AGAATATTTG AAAAAAAGGA ATCATACTAT GAACATCATT CTAGTTATTA TCAACCACCA 
AACTTTCAAG TTACATTAGA TGCAGATGCA AAAGCTTTAA CAATCGATAA TTCCAAACCT 
GGAATGTATG TCACTGCAAG AAATCTAACA GTTCAAGTTG ATGATGAAAA AACAAAAGCT 
CCAAAAGCTA TTTTAAAAGA TTTAAATTTC TTTTTAAAAC CAGGAACATT AACATTATTA 
TTAGGAACAC CAGGATGTGG AAAGACAACT TTGATGAAAA CATTGGCAAA TCAAAATCAT 
AATGAAACCA TTTCAGGAAC ACTTAGATTT AATGGTAAAC CTGCAAATGA TTTAACTCAT 
CATAGAGATG TTTGTTATGT AGTTCAAGAG GATCTTCACA TGCCATCATT GTCTGTAAAG 
GAAACATTAC AATTTTCAGC AGACCTACAA ATGAATGAAA AAACAACCAA AGATGAGAAA 
AAGAAACATA TCGATCAGTT GTTACAAATT TTGCAATTAG AAAAACAAGC AGATACAGTG 
GTTGGAAATC AATTCTTGCG TGGTATTTCT GGTGGTCAAA AGAAACGTGT CACTATTGGT 
GTAGAAATGG TAAAATCAGA AGCCAAACTA TACTTGATGG ATGAAATTTC AACTGGTCTT 
GATAGTTGTA CAACATTGGA AATTGTAAAA GCATTAAAAG AAAAGGTTCA AAGAGACAAC 
ATTGCTTGTA TTGTAAGTCT ACTTCAACCT GGTTCAGAAA TTACAAAATT ATTTGATTTT 
CTTATGATCC TATCTGCCGG TCATATGGTT TATTTTGGTC CAAATTCTTC TGCAATCAAA 
TATTTTGAAT CATATGGATT TAAATTACCA TTACAACATA ATCCAGCAGA ATTTTATCAA 
GAGATTGTTG ATGAACCAGA ATTATATTAT CCAGATAGTA AGAAAAAGAG AGAAAAGAGT 
GTAGCAGAAC AATGGTTCAT GTCAATGGCC ATTATCAACA CTGAAAACTC GGTTCGATTT 
GAAGATGCAG CAGCAGATGA AGATGATGAT GTACCGCTAA GGGGTACATT TGAATTTGCA 
GAGACATACA AGGAATCATC AATATGTAGA TATATACTTG CAGAACTTGA TAATCGTCAA 
CCACAAGTCA ATCAAACACT GTATCGTGAC AGTTCACACT TGACAGAATA CCCAACATCG 
ATTGCAAGAC AAATCTATCT AGTCACCAAA CAAGAATTTA CCATGATGAA ATCAAATCCT 
GCTCTTATTC GTACAAGATT GATTAGTCAT TTGGTAATGG GACTGATCCT TGGATCATTG 
TATTGGCAAT TAAGTACCTA TCAAACAGAT GGACAAAATC GTAGTGGTTT ATTGTTTTTT 
GCTCTTACCT TTATCATTTA TGGTGGGTTT GCAGCAATAC CAGTATTGTT TGAGTCACGT 
GACATTTTCT ATATTCAACG TGACGGTCGG TACTATACAT CATTGTCATT CTTTTTGTCA 
AAACTTATTG CCATCACACC GCTGTCGTTT ATCGAGAGCT TTATCTTTTC AGTCTTGGTC 
TATTGGATGT GTGGACTTCA AAAGGATGCA GGCAAGTTTA TCTATTTCGT ACTGATGATC 
TTTGCCACCA ACATGCAAAC ACAAACCTTT TTCCGAATGA TTTCTACCTT TTGTCCAAGT 
GCCATCATTG CTGCTATCGT CGGACCTGGT ATCATTGCCC CACTCATCTT ATTCTCTGGC 
TACATGATTG CACCGAAAAA CATTCCAGGA TGGTGGATCT ATTTGTATTG GATTTCACCT 
ATTCATTATG AATTTGAAGG TCTCATGTCA AACGAACACC ATGGTCTTGC CTATCACTGT 
GCACCACATG AAATGGTACC ACCACTTGCC CATCCACTAC TCAATCAAAC CTTTGAAATG 
GGAGGATTCC AAGGTAACCA AGTATGCCCA TTGACTGGTG GCGACCAATT CCTAAACGAT 
CTGGGTATGC CACAAAACGA CTGGTTCAAA TGGATTGACC TATTGATTGT ATTTGGTTTT 
TGTTTTGTAT GTTCTGCCAT TATGTATCTT TGCATGGATC GTCTTCACTT TAATTCCAAA 
GTACGTGCTT CAGATTCTGT CGATCGTAAA CGTGTAGGTC GTCTACAACG TCAACGTAAT 
CAATTTGAAC AGAAAAAAGC TTATCGTCAA TCGGTTCAAG TCTACCAAAC ACAAGTCGAA 
CTTTGTCATC AATTACATAA ACGTGGTACA CTTGATCAAG GTCGTTTGGA ACAACTCATC 
GTTCAACAAG AACAAGTCAA TAGAGATTAT AAAAATGCAA CTCAAATTAA ATTAAAAGTT 
GAAGAACCAA AAGAAGTTCC AAGATTTAGA GCCAGTAGTG AAAGCAGCGA AAATAGATTA 
GTTGGATGTT ATGTTCAATG GAAAAATCTA AGTTATGAAG TTGATATTAA AAAAGATGGA 
AAAAAACAAA GACTTAGGCT GTTGGATAAT ATTAATGGTT TTGTTAAACC TGGTATGCTA 
TTGGCGCTGA TGGGTCCAAG TGGAGCTGGA AAGAGTACAT TATTAGATGT ATTGGCAAAT 
AGAAAGACTG GTGGTCATAT TAAAGGTGAA ATTTTAATCA ATGGTAAACC AAGAGATGAA 
TATTTTAAAA GAATATCTGG TTATGTAGAA CAATTTGATG TACTTCCACC AACTCAGACG 
GTTCGTGAAG CCATTCAATT TTCTGCTCGT ACAAGATTAC CTGCTCACAA GACTGATCAA 
AAGAAAATGA GATTTGTTGA AAGTATATTG GATGCTTTAA ATCTTTTGAA AATTGCAAAT 
CGCTCAATTG GATTACAAGA TGGTCTGTCA TTGGCTCAAC GTAAACGTAT CAATATTGGT 
ATTGAATTGG CTGCGGATCC ACAATTACTT TTCCTCGATG AACCTACTAG TGGTCTAGAT 
TGTAGTGGAG CCTTGAAGGT TATGAAATTA ATCAAAAGAA TTTCAAATTC TGGTAGAAGT 
GTCATTTGTA CTATTCATCA ACCTTCAACC CTTATTTTTA AACAATTTGA TCATTTATTG 
TTACTGAAAA AGGGAGGTGA AACTGTATAC TTTGGTCAAA CTGGTGAAAA TAGTAAAACT 
GTCCTAAACT ATTTTGCAAG ATATGGTTTA ATTTGTGATT CTTTAAAAAA TCCTGCCGAT 
TTTATTTTAG AAGTTACAGA TGAATCAGTT TTAAAATTAA AACTTGATGA AATTAAATTG 
GAAAATGAAA AAGAAAAGGA AATTGAAAAA ATTGAAATGG AAATTGAAAT GGATCAAGGA 
AAAATAGAAA AACCAAATAT TATCATTTCT TTACCACCAA ATGAAATGAT TCCAATTTCC 
CCAACAATCT TATCAAATAG TAGTAATAAT AGTGATAATA ATAATAGTAT TGGTAGTAGT 
AGTAATATTA GTAGTTTAGA AGATGAACAA CAAGAAATTG CAACAAAAGA AATTTTAAAT 
ATTATTTCAA CAATTAATGA TAGTTGTGAA GATGATGAAG AAGAAGTAGA AAAGAATATC 
ACTATAGATA ATAATAATAA TAATTCTTCA TTATCGGAAT TAAAAATTAA TTCAGAGACA 
ACAAATGAAA TGATAAAATT AAATGACAAT GCAGAGAAAT CATTTAAAAT GTTGGTATTT 
AAATTGGATC AAGAAGAGGA AAAGAAAAAG AGAACCTTGT CAAAGAGAAC TTTTACAAAT 
CCATACTTTT TTGGACCAAC AATGACATTG GAAGATTATC ATCCAGTTAG ATCATTTTTA 
GAATCTGATA GTAATAAGGA ATTGTTGGAA ATTATTGATG GCAATCTGAT GCCAGATGAT 
GTTGTAGTAC AAAAATATGA TCAAATCTTT GCAAGTACAA TGAAAATTCA ATTTACTCAA 
TTATTGATTC GATCATGGCT TGGATTGGTA CGTCGTAGAA CATTTATCTT TTCAAGAATT 
GGTAGATGTT TTTTGGTTGG TATTGTGTTT GGTACACTTT TCCTTCAAAT GGAATTAAAT 
CAAACTGGTA TTTATAATAG AAGTTCATTG TTGTACTTTT CATTGATGCT TGGTGGTATG 
ATTGGTTTGG GTATCATTCC CATTGTTACA ACTGAACGTG GTGTATTTTA TCGTGAAAAT 
GCAAGTGGAA TGTATAGGGT TTGGATTTAT CTCTTTACAT TTATCATTAC AGATATTCCT 
TGGATCTTTT TATCTGCTTT GGCATATACC ATCCCAACCT ATTTCTTGGC TGGTTTTACT 
CTTCAACCAA ATGGTCAACC ATTCTTTTAT AATTTATTAC TCATCTTTAC TGCCTATCTA 
AACTTTTCTC TATTTTGTAC TTTCCTTGGT TGTTTATTAC CTGATGCTGA TGCTGTTGGT 
GGTGCTGTAA TATCCGTATT ATCACTTTAT GCTGGTTTCT TAATTTTACC TGGTTCAATT 
CCAAAAGGTT GGAAATGGTT TTATCATTTA GATTTTTTAA AATATCATTT AGAATCATTA 
ATGATTAATG AATTTAAAGA TTTAGAATTT ACATGTCCAG ATAACAAAGG GGCAGTACCA 
ATATTGGTTG ATCCAATTTT AATGAAAATT CAATATTTCT GTCCAACACC ACTTGGTCAA 
TATGAATTGG ATCGTTTACA ATTAAATACC GAAAATGAAT ACCTAAATCT TGCTGTAATA 
TTTTCATTTT CAATCTTTTT TATCATTTCA ATTTATTTTA CTCTTAGATT TATTAAACAT 
CAAATTAAAT AA

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

RefSeq	XP_004357055.1
CDS	1..4812
Translation	MYRALEWTSEMDSDQNLKDARIFEKKESYYEHHSSYYQPPNFQVTLDADAKALTIDNSKPGMYVTARNLTVQVDDEKTKAPKAILKDLNFFLKPGTLTLLLGTPGCGKTTLMKTLANQNHNETISGTLRFNGKPANDLTHHRDVCYVVQEDLHMPSLSVKETLQFSADLQMNEKTTKDEKKKHIDQLLQILQLEKQADTVVGNQFLRGISGGQKKRVTIGVEMVKSEAKLYLMDEISTGLDSCTTLEIVKALKEKVQRDNIACIVSLLQPGSEITKLFDFLMILSAGHMVYFGPNSSAIKYFESYGFKLPLQHNPAEFYQEIVDEPELYYPDSKKKREKSVAEQWFMSMAIINTENSVRFEDAAADEDDDVPLRGTFEFAETYKESSICRYILAELDNRQPQVNQTLYRDSSHLTEYPTSIARQIYLVTKQEFTMMKSNPALIRTRLISHLVMGLILGSLYWQLSTYQTDGQNRSGLLFFALTFIIYGGFAAIPVLFESRDIFYIQRDGRYYTSLSFFLSKLIAITPLSFIESFIFSVLVYWMCGLQKDAGKFIYFVLMIFATNMQTQTFFRMISTFCPSAIIAAIVGPGIIAPLILFSGYMIAPKNIPGWWIYLYWISPIHYEFEGLMSNEHHGLAYHCAPHEMVPPLAHPLLNQTFEMGGFQGNQVCPLTGGDQFLNDLGMPQNDWFKWIDLLIVFGFCFVCSAIMYLCMDRLHFNSKVRASDSVDRKRVGRLQRQRNQFEQKKAYRQSVQVYQTQVELCHQLHKRGTLDQGRLEQLIVQQEQVNRDYKNATQIKLKVEEPKEVPRFRASSESSENRLVGCYVQWKNLSYEVDIKKDGKKQRLRLLDNINGFVKPGMLLALMGPSGAGKSTLLDVLANRKTGGHIKGEILINGKPRDEYFKRISGYVEQFDVLPPTQTVREAIQFSARTRLPAHKTDQKKMRFVESILDALNLLKIANRSIGLQDGLSLAQRKRINIGIELAADPQLLFLDEPTSGLDCSGALKVMKLIKRISNSGRSVICTIHQPSTLIFKQFDHLLLLKKGGETVYFGQTGENSKTVLNYFARYGLICDSLKNPADFILEVTDESVLKLKLDEIKLENEKEKEIEKIEMEIEMDQGKIEKPNIIISLPPNEMIPISPTILSNSSNNSDNNNSIGSSSNISSLEDEQQEIATKEILNIISTINDSCEDDEEEVEKNITIDNNNNNSSLSELKINSETTNEMIKLNDNAEKSFKMLVFKLDQEEEKKKRTLSKRTFTNPYFFGPTMTLEDYHPVRSFLESDSNKELLEIIDGNLMPDDVVVQKYDQIFASTMKIQFTQLLIRSWLGLVRRRTFIFSRIGRCFLVGIVFGTLFLQMELNQTGIYNRSSLLYFSLMLGGMIGLGIIPIVTTERGVFYRENASGMYRVWIYLFTFIITDIPWIFLSALAYTIPTYFLAGFTLQPNGQPFFYNLLLIFTAYLNFSLFCTFLGCLLPDADAVGGAVISVLSLYAGFLILPGSIPKGWKWFYHLDFLKYHLESLMINEFKDLEFTCPDNKGAVPILVDPILMKIQYFCPTPLGQYELDRLQLNTENEYLNLAVIFSFSIFFIISIYFTLRFIKHQIK

Target ORF information:

RefSeq Version	XM_004357000.1
Organism	Cavenderia fasciculata
Definition	Dictyostelium fasciculatum ABC transporter G family protein (abcG15) mRNA, complete cds.

Target ORF information:

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

XM_004357000.1

ORF Insert Sequence:

ATGTATAGGG CTCTTGAATG GACTAGTGAG ATGGATTCCG ATCAAAATCT CAAAGATGCT 
AGAATATTTG AAAAAAAGGA ATCATACTAT GAACATCATT CTAGTTATTA TCAACCACCA 
AACTTTCAAG TTACATTAGA TGCAGATGCA AAAGCTTTAA CAATCGATAA TTCCAAACCT 
GGAATGTATG TCACTGCAAG AAATCTAACA GTTCAAGTTG ATGATGAAAA AACAAAAGCT 
CCAAAAGCTA TTTTAAAAGA TTTAAATTTC TTTTTAAAAC CAGGAACATT AACATTATTA 
TTAGGAACAC CAGGATGTGG AAAGACAACT TTGATGAAAA CATTGGCAAA TCAAAATCAT 
AATGAAACCA TTTCAGGAAC ACTTAGATTT AATGGTAAAC CTGCAAATGA TTTAACTCAT 
CATAGAGATG TTTGTTATGT AGTTCAAGAG GATCTTCACA TGCCATCATT GTCTGTAAAG 
GAAACATTAC AATTTTCAGC AGACCTACAA ATGAATGAAA AAACAACCAA AGATGAGAAA 
AAGAAACATA TCGATCAGTT GTTACAAATT TTGCAATTAG AAAAACAAGC AGATACAGTG 
GTTGGAAATC AATTCTTGCG TGGTATTTCT GGTGGTCAAA AGAAACGTGT CACTATTGGT 
GTAGAAATGG TAAAATCAGA AGCCAAACTA TACTTGATGG ATGAAATTTC AACTGGTCTT 
GATAGTTGTA CAACATTGGA AATTGTAAAA GCATTAAAAG AAAAGGTTCA AAGAGACAAC 
ATTGCTTGTA TTGTAAGTCT ACTTCAACCT GGTTCAGAAA TTACAAAATT ATTTGATTTT 
CTTATGATCC TATCTGCCGG TCATATGGTT TATTTTGGTC CAAATTCTTC TGCAATCAAA 
TATTTTGAAT CATATGGATT TAAATTACCA TTACAACATA ATCCAGCAGA ATTTTATCAA 
GAGATTGTTG ATGAACCAGA ATTATATTAT CCAGATAGTA AGAAAAAGAG AGAAAAGAGT 
GTAGCAGAAC AATGGTTCAT GTCAATGGCC ATTATCAACA CTGAAAACTC GGTTCGATTT 
GAAGATGCAG CAGCAGATGA AGATGATGAT GTACCGCTAA GGGGTACATT TGAATTTGCA 
GAGACATACA AGGAATCATC AATATGTAGA TATATACTTG CAGAACTTGA TAATCGTCAA 
CCACAAGTCA ATCAAACACT GTATCGTGAC AGTTCACACT TGACAGAATA CCCAACATCG 
ATTGCAAGAC AAATCTATCT AGTCACCAAA CAAGAATTTA CCATGATGAA ATCAAATCCT 
GCTCTTATTC GTACAAGATT GATTAGTCAT TTGGTAATGG GACTGATCCT TGGATCATTG 
TATTGGCAAT TAAGTACCTA TCAAACAGAT GGACAAAATC GTAGTGGTTT ATTGTTTTTT 
GCTCTTACCT TTATCATTTA TGGTGGGTTT GCAGCAATAC CAGTATTGTT TGAGTCACGT 
GACATTTTCT ATATTCAACG TGACGGTCGG TACTATACAT CATTGTCATT CTTTTTGTCA 
AAACTTATTG CCATCACACC GCTGTCGTTT ATCGAGAGCT TTATCTTTTC AGTCTTGGTC 
TATTGGATGT GTGGACTTCA AAAGGATGCA GGCAAGTTTA TCTATTTCGT ACTGATGATC 
TTTGCCACCA ACATGCAAAC ACAAACCTTT TTCCGAATGA TTTCTACCTT TTGTCCAAGT 
GCCATCATTG CTGCTATCGT CGGACCTGGT ATCATTGCCC CACTCATCTT ATTCTCTGGC 
TACATGATTG CACCGAAAAA CATTCCAGGA TGGTGGATCT ATTTGTATTG GATTTCACCT 
ATTCATTATG AATTTGAAGG TCTCATGTCA AACGAACACC ATGGTCTTGC CTATCACTGT 
GCACCACATG AAATGGTACC ACCACTTGCC CATCCACTAC TCAATCAAAC CTTTGAAATG 
GGAGGATTCC AAGGTAACCA AGTATGCCCA TTGACTGGTG GCGACCAATT CCTAAACGAT 
CTGGGTATGC CACAAAACGA CTGGTTCAAA TGGATTGACC TATTGATTGT ATTTGGTTTT 
TGTTTTGTAT GTTCTGCCAT TATGTATCTT TGCATGGATC GTCTTCACTT TAATTCCAAA 
GTACGTGCTT CAGATTCTGT CGATCGTAAA CGTGTAGGTC GTCTACAACG TCAACGTAAT 
CAATTTGAAC AGAAAAAAGC TTATCGTCAA TCGGTTCAAG TCTACCAAAC ACAAGTCGAA 
CTTTGTCATC AATTACATAA ACGTGGTACA CTTGATCAAG GTCGTTTGGA ACAACTCATC 
GTTCAACAAG AACAAGTCAA TAGAGATTAT AAAAATGCAA CTCAAATTAA ATTAAAAGTT 
GAAGAACCAA AAGAAGTTCC AAGATTTAGA GCCAGTAGTG AAAGCAGCGA AAATAGATTA 
GTTGGATGTT ATGTTCAATG GAAAAATCTA AGTTATGAAG TTGATATTAA AAAAGATGGA 
AAAAAACAAA GACTTAGGCT GTTGGATAAT ATTAATGGTT TTGTTAAACC TGGTATGCTA 
TTGGCGCTGA TGGGTCCAAG TGGAGCTGGA AAGAGTACAT TATTAGATGT ATTGGCAAAT 
AGAAAGACTG GTGGTCATAT TAAAGGTGAA ATTTTAATCA ATGGTAAACC AAGAGATGAA 
TATTTTAAAA GAATATCTGG TTATGTAGAA CAATTTGATG TACTTCCACC AACTCAGACG 
GTTCGTGAAG CCATTCAATT TTCTGCTCGT ACAAGATTAC CTGCTCACAA GACTGATCAA 
AAGAAAATGA GATTTGTTGA AAGTATATTG GATGCTTTAA ATCTTTTGAA AATTGCAAAT 
CGCTCAATTG GATTACAAGA TGGTCTGTCA TTGGCTCAAC GTAAACGTAT CAATATTGGT 
ATTGAATTGG CTGCGGATCC ACAATTACTT TTCCTCGATG AACCTACTAG TGGTCTAGAT 
TGTAGTGGAG CCTTGAAGGT TATGAAATTA ATCAAAAGAA TTTCAAATTC TGGTAGAAGT 
GTCATTTGTA CTATTCATCA ACCTTCAACC CTTATTTTTA AACAATTTGA TCATTTATTG 
TTACTGAAAA AGGGAGGTGA AACTGTATAC TTTGGTCAAA CTGGTGAAAA TAGTAAAACT 
GTCCTAAACT ATTTTGCAAG ATATGGTTTA ATTTGTGATT CTTTAAAAAA TCCTGCCGAT 
TTTATTTTAG AAGTTACAGA TGAATCAGTT TTAAAATTAA AACTTGATGA AATTAAATTG 
GAAAATGAAA AAGAAAAGGA AATTGAAAAA ATTGAAATGG AAATTGAAAT GGATCAAGGA 
AAAATAGAAA AACCAAATAT TATCATTTCT TTACCACCAA ATGAAATGAT TCCAATTTCC 
CCAACAATCT TATCAAATAG TAGTAATAAT AGTGATAATA ATAATAGTAT TGGTAGTAGT 
AGTAATATTA GTAGTTTAGA AGATGAACAA CAAGAAATTG CAACAAAAGA AATTTTAAAT 
ATTATTTCAA CAATTAATGA TAGTTGTGAA GATGATGAAG AAGAAGTAGA AAAGAATATC 
ACTATAGATA ATAATAATAA TAATTCTTCA TTATCGGAAT TAAAAATTAA TTCAGAGACA 
ACAAATGAAA TGATAAAATT AAATGACAAT GCAGAGAAAT CATTTAAAAT GTTGGTATTT 
AAATTGGATC AAGAAGAGGA AAAGAAAAAG AGAACCTTGT CAAAGAGAAC TTTTACAAAT 
CCATACTTTT TTGGACCAAC AATGACATTG GAAGATTATC ATCCAGTTAG ATCATTTTTA 
GAATCTGATA GTAATAAGGA ATTGTTGGAA ATTATTGATG GCAATCTGAT GCCAGATGAT 
GTTGTAGTAC AAAAATATGA TCAAATCTTT GCAAGTACAA TGAAAATTCA ATTTACTCAA 
TTATTGATTC GATCATGGCT TGGATTGGTA CGTCGTAGAA CATTTATCTT TTCAAGAATT 
GGTAGATGTT TTTTGGTTGG TATTGTGTTT GGTACACTTT TCCTTCAAAT GGAATTAAAT 
CAAACTGGTA TTTATAATAG AAGTTCATTG TTGTACTTTT CATTGATGCT TGGTGGTATG 
ATTGGTTTGG GTATCATTCC CATTGTTACA ACTGAACGTG GTGTATTTTA TCGTGAAAAT 
GCAAGTGGAA TGTATAGGGT TTGGATTTAT CTCTTTACAT TTATCATTAC AGATATTCCT 
TGGATCTTTT TATCTGCTTT GGCATATACC ATCCCAACCT ATTTCTTGGC TGGTTTTACT 
CTTCAACCAA ATGGTCAACC ATTCTTTTAT AATTTATTAC TCATCTTTAC TGCCTATCTA 
AACTTTTCTC TATTTTGTAC TTTCCTTGGT TGTTTATTAC CTGATGCTGA TGCTGTTGGT 
GGTGCTGTAA TATCCGTATT ATCACTTTAT GCTGGTTTCT TAATTTTACC TGGTTCAATT 
CCAAAAGGTT GGAAATGGTT TTATCATTTA GATTTTTTAA AATATCATTT AGAATCATTA 
ATGATTAATG AATTTAAAGA TTTAGAATTT ACATGTCCAG ATAACAAAGG GGCAGTACCA 
ATATTGGTTG ATCCAATTTT AATGAAAATT CAATATTTCT GTCCAACACC ACTTGGTCAA 
TATGAATTGG ATCGTTTACA ATTAAATACC GAAAATGAAT ACCTAAATCT TGCTGTAATA 
TTTTCATTTT CAATCTTTTT TATCATTTCA ATTTATTTTA CTCTTAGATT TATTAAACAT 
CAAATTAAAT AA