| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
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Plasmid Coverage information |
| Num covering plasmid clones | 28 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACATTTT TAGGTAAGGG GGAATCCTCG GTGTGGATTA CTTCAGAAGT AGAAATTCCA
GACGAGTTAA TTGATCATCT TGAAAAAGGA AAGTTAGTAC TATTTGTTGG AGCGGGAGTT
TCTATGAAAG GGAAATCAAA CTTACCGAAT TTTGATGATT TAGTTGATGA AATTGCAAAG
ACGTTATATG TCGAAAAACG TGAAATAACA GAACCGCATG ATTATTATCT TGGTAAAATT
GCGAAAACAA AAGATGTACA TCAAGTTGCA AGAGATTTAG TGCATATTGA AAAGTCAAAG
CCGAATCCGC TTCATTATGC GATTCCGAGG TTGTTTCCTT TAGATACAGA AGTCCGTATT
GTAACAACAA ATTTTGATCG ACATTTTACA ACTGCAATGA AAGAAATGAA TAGAGAATTA
AACGTATATT ACGCCCCTGC GTTACCTACA GGTAGAGCGT TTAAAGGACT CGCTTACATA
CATGGCAATA TAGAACAAGA AAAAGAAGCG TTAATTTTAA CAGATGGTGA TTTTGGAAGG
GCTTACTTGA CAGAAGGATG GGCAAGAAGA TTTTTAGTTG ATTTATTCTC GAATTATACC
GTTTTATTCG TTGGATATAG CCATAATGAC CCAGTAATGA AATATTTAGC AACTGGTTTA
CCACCAAGTA CAAGACGTTA TGCATTTGTC GCACAAGGGG AAAATACGTA CCACTGGGAG
CATTTAGGAA TACGGCCGAT TGTATATCCG AATAAAGGTA ATAATCATCA ATCTCTCGTT
AAAGCAGTAA AACGATGGGC GGAGTTAATG GGGGATAATT ATATTACAAA ACGAATGCGA
ATTCGTGACA TAGTAACAGT TCCGCCGTCA GTAGAGCAGG AACAATTATC ATACATAAAA
CAATCCATAA AAAAAATTGA AACGGTCCGC TACTTTGTTG AATTTGCTCA TGATTATGAA
TGGGTGGAAT GGCTTGAAGC GGAAGGAAAA TTACAAAATT TATTTTTAAT TACATCAAAC
TATAACGAGG TAGATGAATT ACTTGCAAAA TGGTTAGTGG AACAATTTCT TTTTAGTCAT
CAAAAAGAAT TATTTCAATT AATTTTTAAA AATCATTCTA AACTATCTCC ATTATTATGG
AGAACAATTT GTAGCTACTT AAACGAAACG AAAATGAAAA TGGACCCTTT GTTGTTTGCA
AGGTGGACAC TGCTTTTATT AGAAACAGCT GAAAAAGATA GTAAATCGAT TGAAACAATT
TCTTACTTAC TGCAAAAATG TTCTTTTCCT GAGCATAAAG AAATTGCTTT ATTGTTACTA
ACGTTTATTT TGGACGGCAA ACTTAAGTTG AAGCGTGAAA GAAAGTGGGG AAATGATAAC
GGGGAATCAA TAGAACTTGA GGAATCGAGT CGGTTACCCG TGTCTACATT TTCTTTTGTG
GAGCAAATTT GGAATGAAAA GATGAAACCG CATATTTCCT ATTATGCCGT TCCAATTATG
ATGATGGGAA TAGAGAAGAT GCGGATGTTA TCACTAAGGC AAGCGGCACT GAAAAAAAGG
GATAAGGAAA ATGTTGAGAA AGAGTTTCAA CAAAATGATT TAGCGTTTTT AATTCAAATT
GTAAAAGAGT GTTTAGCCTA TTTATGTGAA AACAATGAGA AAAAAGCAAA TTATTATATT
ACAGAAATGA TAGAAGCAAA CAGCGTACTT CAAAATCGAA TTGCAATTGA TGCAATGAAT
AAAAATGTAT TTGTTAGCGC CGATGAGAAA ATGAAATGGT TGTTACAGGA AGGAATTCTT
TTAGACGTCA CGTATAAACA CGAAGTTTTT CAACTTATAA AGAATCATTT CGCACTCTCT
TTAGAAAAAA CAAAGGAAGA AGTCATTCAA ATTGTATTAA AGGACCTTGC GGAGGAAAGA
GCATTTGATG TTTGTTTCGT GTTAGATTTA TTATTCACTT GTGATTCGAA TAGTCCATCT
ACGGCAAAAG GTTATGAGTT AATGAAGCAA AAACATCCTC ATTTTCATTC TGAGCGATAC
AGTGTACAAA AGAAAGAGGC TGCAGAACAA AGTATTACTT GTAATGTAAC TGCCGATGGA
TTATTGCAGC TGAAAGATGA AGAAATTATG AAACAAGTTC AGCAATTTTC TCAAGATGGT
GTTTTTGAAC AACGTCATTT TTTAGAGATG TTATCGAAAG CATGTAAATT GAATACAGAA
TGGAGTATTT CATTTGCATA TCAATTAGTT GGAATGCACG AAATAAGTAA TGAAGTATGG
TTTGTTTGTA TTAGAGAGTG GCGAAATAAC CGAGGACTGA CAAATGAACA AATACAAAAA
GTTATTCCTC TATTACAGAA ATTCGTTAGA AATACAGCTT TTCATTGGTT AATTAGTAGC
TTTCTATATG AAATTAGTAA TCGATTAGAA GAGTTAGAGG AAAATAGTAT ACGCAATGTA
AAGCGATTTG CTTTTTCGGT ATTCCCTCAA GTCATGAAAA GTGACACGAA TTTTAAGCTG
GCAAAACAAG ATTTTTACAA TGAATCGATT CAGCATCCTG TTGGGAAAAT GACAGCAGTA
TTATTAAAAC TGTTATCATA TGATCATTTA TACGATCGTA ATGTGTATGA ATATTTATTT
TTGTTTGAAG AACAAGTAAG AATTAGTACA GAACGGACAA ATTTTATGAT AGCTCGTTTA
GTAGCAGATA TTACATTTCT TTATCATATT GAGAAGCAAT GGTGCCGAAA ATATTTGTTA
CCGTACTTAG AGTTAAAGAA GGAAAATGAG ATTACGAAAT ATGCATGGGC CGGCTTATGT
TACACACAAA TCAACTTACC TTTATTTACA GAAATGAAGC GATTTATTAA GTACGCGGTA
GAACATTTGG AAGTATTACA TCCGCATACG AGGGAAGCTT TCTTAAAATG GCTCAGTTTT
GTATTTATTA AATGTGTACT GTATTGGGAG CAAAAAACAG ATTGGTTATA CCCTTTACTT
ATACGAGAAA ATGAAGAAAA TAAAATTAAA TTTATGCAGT TCTTATGCTA TTACGTCAAA
ACGTTAAGTG CAAAAGAACA ACAAAAATTT TGGGCAGCTT GGCTCAGTAT ATTTTTGCGA
GAGCGACCGA AAATGGGGGG AATCACAGCT AGAGAATATG TAATGCTTTT ACGTATTATA
TTATTTATGG ATGAAATAGT AGAAAGAGGG TTATCGATAA TTTGTAAATC ATTTTCGGAC
GTGGGTGGAA AAGGGAATCA AACGGAGTTA AAACAGTTAT TTCATGAAAT ACTTGAGAAG
ACTGAGAGTA TAAAGATGTA TAAAGAGTTG TATGCAAACG TATTTTTCAC TTTACTGCAA
GCGCTTCAGG AAGCTAATTT ACTTGAAACT GAAATCATTC AAATAAAAGA ATTATTAATA
GGATATAGAG TAGAAAAATG TGTAATAAAT GCAATAGATA ATGAGATAAT TCGCATCGGA
ATTGTTCTGG AGAATTTACA AGAAGAAATG TAG
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| Protein sequence | MTFLGKGESS VWITSEVEIP DELIDHLEKG KLVLFVGAGV SMKGKSNLPN FDDLVDEIAK
TLYVEKREIT EPHDYYLGKI AKTKDVHQVA RDLVHIEKSK PNPLHYAIPR LFPLDTEVRI
VTTNFDRHFT TAMKEMNREL NVYYAPALPT GRAFKGLAYI HGNIEQEKEA LILTDGDFGR
AYLTEGWARR FLVDLFSNYT VLFVGYSHND PVMKYLATGL PPSTRRYAFV AQGENTYHWE
HLGIRPIVYP NKGNNHQSLV KAVKRWAELM GDNYITKRMR IRDIVTVPPS VEQEQLSYIK
QSIKKIETVR YFVEFAHDYE WVEWLEAEGK LQNLFLITSN YNEVDELLAK WLVEQFLFSH
QKELFQLIFK NHSKLSPLLW RTICSYLNET KMKMDPLLFA RWTLLLLETA EKDSKSIETI
SYLLQKCSFP EHKEIALLLL TFILDGKLKL KRERKWGNDN GESIELEESS RLPVSTFSFV
EQIWNEKMKP HISYYAVPIM MMGIEKMRML SLRQAALKKR DKENVEKEFQ QNDLAFLIQI
VKECLAYLCE NNEKKANYYI TEMIEANSVL QNRIAIDAMN KNVFVSADEK MKWLLQEGIL
LDVTYKHEVF QLIKNHFALS LEKTKEEVIQ IVLKDLAEER AFDVCFVLDL LFTCDSNSPS
TAKGYELMKQ KHPHFHSERY SVQKKEAAEQ SITCNVTADG LLQLKDEEIM KQVQQFSQDG
VFEQRHFLEM LSKACKLNTE WSISFAYQLV GMHEISNEVW FVCIREWRNN RGLTNEQIQK
VIPLLQKFVR NTAFHWLISS FLYEISNRLE ELEENSIRNV KRFAFSVFPQ VMKSDTNFKL
AKQDFYNESI QHPVGKMTAV LLKLLSYDHL YDRNVYEYLF LFEEQVRIST ERTNFMIARL
VADITFLYHI EKQWCRKYLL PYLELKKENE ITKYAWAGLC YTQINLPLFT EMKRFIKYAV
EHLEVLHPHT REAFLKWLSF VFIKCVLYWE QKTDWLYPLL IRENEENKIK FMQFLCYYVK
TLSAKEQQKF WAAWLSIFLR ERPKMGGITA REYVMLLRII LFMDEIVERG LSIICKSFSD
VGGKGNQTEL KQLFHEILEK TESIKMYKEL YANVFFTLLQ ALQEANLLET EIIQIKELLI
GYRVEKCVIN AIDNEIIRIG IVLENLQEEM
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