| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Paes_0341 |
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| Symbol | |
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| ID | 6460455 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Prosthecochloris aestuarii DSM 271 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011059 |
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| Strand | - |
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| Start bp | 371888 |
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| End bp | 376396 |
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| Gene Length | 4509 bp |
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| Protein Length | 1502 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 642724339 |
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| Product | hypothetical protein |
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| Protein accession | YP_002015045 |
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| Protein GI | 194333185 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 12 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGAAAGGA TAAAAACATA TCTGCTGGGA TTTTCAGTGA CAGTTTCGGC GATGATACTT
CTCGTTGCCG TGATAATGGC CATCGTGCTC AATAGCGGAG CCCTGAACAG CCTCGCAAAA
AATCGGATCA CAGACTCCTT TAACAGCGAA TTCAAAGGAA CGCTGACAAT AGATAAACTC
GACCTGCAGT TCCCTTCTAA AGCTGTCCTG CACGAACCCT CCATCGCTAC TGATGCAACC
GCTGATCCGG TTATAGCCGC CCGAACCATT GCGATTGACC TGAACTTCCT GAGACTCATG
TTCTCGGACT TTTCCGGCAT CACCATCCGA TCGCTCAAAG CAGACAGGCT CAACATCTCG
ATAGAAACCC TTCCAGACGG GACAACCTCT CTGCAAAAGG TTTTCAGTCC GGCAGTCGAG
AAAAACGATG AGGACGCGTT CCTGGTCAAA CGATTCCTTT GCGGCAAACT GCAGCTCACC
GACAGCGCTC TGTCACTCCA TTCCGCTCCG GGGGTGAAAG GAGCATATCC GGACTTTTCG
ATCACCGGCC TGCAGACTGT AATCAAAAAG CTGCTCTACA CCCCTGAAAG CATCTCTGCT
ACCCTGCAGC AACTCTCATG CTCGCTCCCG CACGACAACA TCACACTCAA AAGCGCCTCG
GCAGATCTTT TTTTCAATAA CGAACAGTCA TCCGTTCTTG ACCTGAAAGT CGTGACCGGC
CAAAGCCGGA TTGACGGCTC TTTTTCCCTC TCAGATTTCA ATATTTTCAC CCCTGAAAAC
TGGAAAAATT TCTCGAACAG CCGAGCGATA GCCGATATCA GGCATCTGGA ACTCCACACA
GACGACATGG TCGCATTTGC TCCTGACCTT CCTCTCCCGG CAGGCCTCTA CAGCCTGAAC
GCACAAGCAG GCGGGGTCTT ACGCAAACTG CTCATTGAAA CGGCTGTGCT TCGCCACAAC
GACAGCATGC TCTCCCTGAA AGGAGAACTG CTCAACGTCA ATCAGCCGGA ATTTCTTGCA
TTCAATCTCG AAAGCGACAG CGCCAGAATA TCACAAGGGC TCGCAGAAAC GCTTGTCAGA
GACACTTCAT TCAGCGTAGT GCTTCAGGCT CTGGGTCCTA TAGATCTTTC AGGAGGCGCC
TACGGCGACC TGAAAGAATT TTCGTCGGAT CTTCAGTTTT CTACTGACGC AGGCAGTGGA
GGAATTCATC TGAAAACAGG ATTCAGCGAA AAAGAACCGG TTTCCTACCG TGGCGATTTT
TTTATAGCTA ATACCGAAGC ATACCGTTTT TTTCCTATCG ACTCGACCTC TGCAGGCATG
CTCAATATTG CCGGAACCAT TGAAGGAAAA GGGGTACTTC CCCAACCTGA GTCACTGCAT
ATCGATGCCA ACCTTGAAAA CTCGTTCTGG AAAGAACAGC AGATTGATAA TGGCTCAATC
GCCCTTGACT ACCGAAAAAA AATCCTCAGG ACTACGGTGG ATCTCAATGA AAAAGCCACC
CATGCCGATA TCGATGCCAC AATCGACTGG AACGCTCCGT CTCCGATTTT CTCACTCCAG
GGAACGGCCA GAAAACTCGA TATCTCGAAA GTCCTCGGAC TTGACCAGAT CTCTTCAGAT
CTGAACGGAT CCTTCTCCTG CAAGGGGGAA AGCTTCGACC CTGAACAGCT CAAAGGAAGT
ATAAGCGTGC TTTTCGATAC ATCGAGGATC AACAATTATA TGCTCCCGGA GGGTTCGAAA
GCCACCGCCA GCATAAAGCG TCTTGGAGAG AATTCGACGG TGACCATCAA CAGCGACTTT
CTGGATTTCT CGGCGGAAGG CACCTATACG TTCAGGGAAT TTCTTTCAGG AATCACCTTC
TCGGCAGCCT CTTTACAGAA TGAGATACGC AAAAACAACA TCTGGCTATC CGAAAACCAG
GATCTGGAAC CGGAAGTCCC CCATGATTTT TCAGCCAAGT ACCGACTCGA TATCCGCGAT
AGCAGCCCTC TGGCCATCGT CTTGCCTCTG GAGGGGTACC TGTTTTCAGG AAGCGCATCA
GGAACAGCCG AGAGCAGAAA CGGAACCCTT CAGCTCAAAT CATCAATTGA GATCAGAAAG
GTCAGCCGTG ACAGCTCTTT TGCGGCAGCT GATGCCAGAA TGGATTTGAC GATGAACAGC
AGTGCAGGCC ACATTCATCT CGCGTCCCTG TCAGTGCAGG CCGCAGCGTT GCGCTTCAAC
AACCGTGACT ATGAAAGGAT CGACCTGGCT ACATCATGGA AAGAGTCCTT ACTGAGCACC
TCACTGACAT TGCACGACAG AGAACTGGAA CAGGATCTTG CCGCATCGAT CACCGCACGG
CGCATCCGCG CCATCTATGA ACTGACCGTC AACAGCTTCA CATTCGGCAG CGGCACAGAC
AGCTGGACAA TACCTGCCGG CAGCAGAGCC GATATCGGGC GCAATTATAC ACAGCTCTAC
GATATCCGGC TCAAGAAAGC CGTTCAGTCC ATCTCCTGCA CCGGGATGCT GAGCAACGAC
CTTTCAGGAG AGTTCAACTG CACTATCAAA AATTTCGACA TGCAGGAGCT TGAAGCATTC
GCTCTTGCTG AAGGACTGCA CGGGACCCTC TCCTCGACCC TGAAAGTCGC AGGATCACCG
GGAACAAAAA AAGCCGAAAT CAATCTCAAC GGCAGTGACA TCATCTTCAA CGAAATCACG
CTTGGAAACC TCCATCTCAA GGCAAGCCAC TCGAAGAAGC AGCTTCGCTT TGAGCTCAAC
ACCGGCAGAG AGACACCTTC GGGAAAAACC AACGATATAC GGGGCAGAGG CACGATCCCT
CTTGAACTCA CCTACTCTCC GCCGGGATAC AGCATTCCTG AGAACCAGTC GATCACAATC
GTTTGTGAAT CGGACAACCT TTCGGCAGAG TTTCTCGAGC TGATTCTACC GTTTTTCAAA
ACTGCGGAGG GAACGATTCC TGCAAAACTG ACCGTTACAG GAAAAACTCC AGAGCCGGAC
ATCTACTTCA GCACGACCTT CAACAAAACG GCCATCACCG TCACCCCGAC TGAAACGACT
TATGAGCTTA CAGGAGCAAT AGAGGTAACC CCTCAAAAGG CATCCTTCAA AGCTATCGCC
ATCGTCGATT CGCTTGGAGG CAAAGGGACT ATCAATGGCT CGGCGGACAT TGAAAATCTC
GAAATCAAAT CCCTTGACCT GAAGGCATCA TTCAAAAACC TGCTGCTCTT CAACAAAAAG
GATAAACGTG ATGAAACCTC TTTCGGCACT ATTAGCGGAA CATCGAATAA CCTCAGCTTC
TATGGCCCTG TTTCCCAACC TGTCCTGACA GGCAGCCTGA ACATCACGAA CGCTGATTTC
ACCCTTTACA GAACAGGCTC GAACGAAAGC ACCAAGTATA TAGGCATTGA AAATTTCATT
ACGTTTGTCC CTCGATATCC AGAAGAGAGC GTACAGCAAG CCGAGCAAAA CGGCCCTCAG
ACAGAGGAGA ACCCTGAATT CCAATACTCA CTGTTAGATA TCGTCCGGAT CCAGAACCTG
CAGCTCAAAA GCAATGTCGA ACTCCGTTAC AATATGGTCT TCGACAGGAT CCGGGGGGAA
AAACTCGAAA CAACCCTCCA GAACCTCTCC CTGCTGGTCA AAAAACACCA GCAGAACTAT
GAACTCTTCG GCTCAGTCAA TGTTTCGGCA GGCAAGTACT ATTTCTCTAA CACCAGCTTC
GATCTCGATG ACGGAGGAAA AATCGTCTGG AATAACGTCG ATATCCGTGA CGGTGAGATG
GAAAACCTTT TCGGCAGAAA ATATATTATC GCGACCGATC CGCTATCCGG TGAAACCGAT
AATGTCCGGC TGCTCCTGGC CATTGAGGGA ACCCTCAACA CTCCTGATAT CCAGATGGGT
TACTACCTCA ACGATGAGTC GCAACCCTTT GCATCCGAGA CAATGATCGG CACGCAAAGC
AGTAAAATCG ACCCAAACGC CGAAATCAAC ACCGTATCGC TGCTCCTGAC AAAACAGTGG
TATATCCGGC CGGGAAGCCA GGCCGCCGGC AACAAGACCA TTCCCTTTTC AAGCGTCGGT
ATTTCAACGG GAACAGGCCT CATATCATCG CAGCTGTCCC GTCTGATCCA GCAGGCATCA
GGACTTGAGA GCTTCAACGT CAATCTTGCT GTGGACGATC AGGGCGACTA TAGCGGACTT
GATTTCTCGT TTGCTCTTAT CGTACCGGGA ACAGAGGGAA AAATGCGTTT TCTCGGGACC
GCAAGCAGCA GTAATACTCA GGAAACAGAG CTGTTCAACT ACTATGGCAA CAATCAGAGA
ATTGAATATC GCATCACCCC CAAAGTCTTC TTTGAAGCCT ACCGCTCATA CGGCCTTTTC
GGCAACGACG TGACCACGAC AAATCTGCTT AAACCGGCAG AAACATACGG TATAAGTCTC
TCATACCGCG AACGCTTTTA TGACTGGGGC GAATTCTGGA ACAGCGTATT CGGAGGGGAT
AAAAATTAA
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| Protein sequence | MERIKTYLLG FSVTVSAMIL LVAVIMAIVL NSGALNSLAK NRITDSFNSE FKGTLTIDKL
DLQFPSKAVL HEPSIATDAT ADPVIAARTI AIDLNFLRLM FSDFSGITIR SLKADRLNIS
IETLPDGTTS LQKVFSPAVE KNDEDAFLVK RFLCGKLQLT DSALSLHSAP GVKGAYPDFS
ITGLQTVIKK LLYTPESISA TLQQLSCSLP HDNITLKSAS ADLFFNNEQS SVLDLKVVTG
QSRIDGSFSL SDFNIFTPEN WKNFSNSRAI ADIRHLELHT DDMVAFAPDL PLPAGLYSLN
AQAGGVLRKL LIETAVLRHN DSMLSLKGEL LNVNQPEFLA FNLESDSARI SQGLAETLVR
DTSFSVVLQA LGPIDLSGGA YGDLKEFSSD LQFSTDAGSG GIHLKTGFSE KEPVSYRGDF
FIANTEAYRF FPIDSTSAGM LNIAGTIEGK GVLPQPESLH IDANLENSFW KEQQIDNGSI
ALDYRKKILR TTVDLNEKAT HADIDATIDW NAPSPIFSLQ GTARKLDISK VLGLDQISSD
LNGSFSCKGE SFDPEQLKGS ISVLFDTSRI NNYMLPEGSK ATASIKRLGE NSTVTINSDF
LDFSAEGTYT FREFLSGITF SAASLQNEIR KNNIWLSENQ DLEPEVPHDF SAKYRLDIRD
SSPLAIVLPL EGYLFSGSAS GTAESRNGTL QLKSSIEIRK VSRDSSFAAA DARMDLTMNS
SAGHIHLASL SVQAAALRFN NRDYERIDLA TSWKESLLST SLTLHDRELE QDLAASITAR
RIRAIYELTV NSFTFGSGTD SWTIPAGSRA DIGRNYTQLY DIRLKKAVQS ISCTGMLSND
LSGEFNCTIK NFDMQELEAF ALAEGLHGTL SSTLKVAGSP GTKKAEINLN GSDIIFNEIT
LGNLHLKASH SKKQLRFELN TGRETPSGKT NDIRGRGTIP LELTYSPPGY SIPENQSITI
VCESDNLSAE FLELILPFFK TAEGTIPAKL TVTGKTPEPD IYFSTTFNKT AITVTPTETT
YELTGAIEVT PQKASFKAIA IVDSLGGKGT INGSADIENL EIKSLDLKAS FKNLLLFNKK
DKRDETSFGT ISGTSNNLSF YGPVSQPVLT GSLNITNADF TLYRTGSNES TKYIGIENFI
TFVPRYPEES VQQAEQNGPQ TEENPEFQYS LLDIVRIQNL QLKSNVELRY NMVFDRIRGE
KLETTLQNLS LLVKKHQQNY ELFGSVNVSA GKYYFSNTSF DLDDGGKIVW NNVDIRDGEM
ENLFGRKYII ATDPLSGETD NVRLLLAIEG TLNTPDIQMG YYLNDESQPF ASETMIGTQS
SKIDPNAEIN TVSLLLTKQW YIRPGSQAAG NKTIPFSSVG ISTGTGLISS QLSRLIQQAS
GLESFNVNLA VDDQGDYSGL DFSFALIVPG TEGKMRFLGT ASSSNTQETE LFNYYGNNQR
IEYRITPKVF FEAYRSYGLF GNDVTTTNLL KPAETYGISL SYRERFYDWG EFWNSVFGGD
KN
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