| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_3195 |
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| Symbol | |
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| ID | 5347172 |
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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 | Bacillus cytotoxicus NVH 391-98 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009674 |
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| Strand | - |
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| Start bp | 3257499 |
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| End bp | 3263594 |
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| Gene Length | 6096 bp |
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| Protein Length | 2031 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640840688 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001376413 |
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| Protein GI | 152976896 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism
[R] General function prediction only |
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| COG ID | [COG0300] Short-chain dehydrogenases of various substrate specificities
[COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGACTGTAT ATCGATTGAG TGAGAAAGAT AAAATGTCGG TTTATAAATT AATAGCAAAT
GTAACAGGGC ATCGTGTAGA AGATTTAGAT ACCGATATGT ATCTTGAAAG CGATTTAGGA
TTAGATTCTA TTAAAATGAT TACATTAATG AATGAGCTAA TTAAGTTGAT TCCACAAGAA
CAAGTAGAGG ATTTTATGTC TAAAAATCCA ATTCAAGTGC TAATGTCGTT ACAAACCATT
CATGACATTA TAGATATTAT GGTGAAGTGG AAAGCAGAAC AGCATGCAAC GAATGGTTTG
TCCAGCAGTA TAAGTTCTGT AATAGAAATA AATGATAGCG ATGATAAACA TAAAAAAATA
GATGAACCGA ACATATATGA TGAGCAAACG ATTGCTTCTA TTTTCTCGGT TATATCGAAT
GTAACAGGAC ACAATGTTGC TGACCTAAAT GTGGGTTTAT ATCTTGAAAG TGATTTAGGA
ATAGATTCTA TTAAAATGAT TACGTTAATG AATGAATTGA TGAAATTGAT TCCACAAGGA
CAACTACAAG ATTTCACAGA GAAACATCCG GTACAATTCC TTATGAATTT ACAAACAATT
GGCGATATCG CATGTATTTT TACCAAATGG AAAGGTGAGT TATCAACTTC TGTTCCTTTG
AATCATAATT CTGGGTATAC TAACTCGGAA AAGGTGGACA CACTTGAAAT GATACATGCG
CAATACCCAT TTTTAATATC TTACTTTGCT GTCTCAACGA TTACCATTTC TTCAGGGGTA
AAGGTCAAAG GAAGCTTGGA TACAAATCTT TTAAAGCAAG CTTGGCAGGA ATTAGTAGGG
CGTCATCCAA TATTGCAATC TGTATTTCAG GTACAACAAG GTGCAGAAAG TTTTAAAGAG
TACTGTTTAA ATATTGTGAA AGAAATCGAA CTTCCTGAAA TCCCAGTATT AGACCTCAGA
CATCTTGCTG TTGACATGCA AAAGAAAGCA ATCAAACATC ATTTTGAAAC CTCACTAAAT
AAAAAGATTA ATATTTTTCA ATGGCCATTA CATTTCGTTG AAGTGATTCG AACAAGAGAT
GAAGAATATG AAATAGTCCT CTCAATCAAT CATACAATCT CAGATGGAAT AGGAAACCAA
CAAATAATAA GAGAACTATT AGAATTATAT AGCGCTAAAG TGCATCACAC GCCTAGTGGC
TTAACAGAAT CTATTTCGGC ATCTGAATAC AATCGTATCG TATCGCAAAT GAATGAGTGG
GTAGATGAAA TAGAGCAAAA ACGTCTTGAA CAATTTTTGA ACCATCAAGG GAGAGAGCAA
TACTTTTTCA ATCCGTATCA AGTTGGTAAA GAAGCAATGA CAAAACCGTT TGCTGGAGTA
ACAACGAAAA CGCAAAAATT TTGGTTAGAT GAAGAGTTAA CAACTTCTTT AATGACTTGT
GCAAAATTGC TAGAAACATC GCTGTTTACC TTATTGCTGA GCGCGTATAT AAAAACGGTT
AAGCAATATG ACGTGGAAAA TAAGAATTTG ATTTTGAATA TACCTACAAG TGGAAAAGTA
TACCCGAACG TTGATGCGAC GGGAGTACTA GGAGCATTTG CACAAAATTT AGCATTGACA
TTTGATTATA CACATACAGA TTGGAAAACA TTTGTCAACA AAATAGATAC AGAAATGAAA
CGAAACGTTA CATCGGGAAT TGATCGAGCA CAAACGCATA AAGCTGCCAA AGAAGCGAAG
GAATATATTC AATTGCAGGA CGGAAAGTTA TCTGATACAG TGGCTCAGTT TGTTCGTTCA
ACGTTGAAAT CAAATCTTTA CTTTTCTTTT ATAGGAAATA CGAATCTCAA GAAAAACTAT
GGCGGTTTGG AAGTATATGA TTATGAGGCT TATACATGTA CAAATTACAG GGCAATTGAT
AATGTAATGG AATTATTCCA TGGGAAAATT ATGATTACTT CTAATTACGA CGGTGATTTT
TTTAATGAAT CATTTATAAG AGAATATATA GATGCTTTTA TTTATAACAT AAAGGATCTT
GTTGCATATG CGCAATCCAT TCATCAAAAT ATACGGCAAC CGATCATTAT AAATGAAGAT
GCTGAGGTGA AGGGGGCAGT TTGTAACATT GTCGAAGAAG TATGTGCAAG ACCTATTTTG
TTAGGAGATA TGGATAAAGA TTTAGATGTG GTGTTTGGAA TGGATTCTTT ACAACGAATT
CGTGTCATCA CTCGGATAGA GAAAGAATTT GGAAATTGTG ATCAAGAAAA GATATTTGGA
TGCAGAACGA TACGTGAAAT GGTTTCAATC ATTAGTGAAA AAAAGGGGCG TCAGCTTGTA
GAAAGTGTAG AAGTTCCATA TTTTCATATT ATGGAACAAT GTAAACAAAC ACCACAAGCT
ATTGCTATTG AGTATGGTGA CGAGAAAGTT ACGTATTCTG AGCTTGATCA TCTATCGAAC
CGTTTGGCCC ATTGTTTAAG AGAGAAAGGA GTCAAGCGGG GAGACTTAAT TGGAATCATG
ACGAATCCTG GTCCATATAT GTTAATTGGA ATGTTAGGGA TTTTAAAATC TGGTGCTGCA
TATGTACCGC TTGATCCATC TTATCCGTTA AATCGCATCC ATTATATTTT AAACCATGCA
AAGGTCGAGA TCTTGTTAAG TGAGCAAGCT TTCAAAACAC AAATCTCTCA ATTGCTACAG
AAACAGACGT TGATGGATAT AGTTGTTTAT ATAGATCCTT GGGAAACAGA TGTACAAATG
TCTTTACAAC AAATAGAGAA AGAAACATGG ATGAGTTATT CTCATCAAGA AATTGAGCGT
ATCAATCATC CGGATGATAT AATGACAGTT TTATATACTT CGGGATCTAC AGGTCATCCG
AAAGGGGTCG TATTACAACA TCGTGGCTAC ATGAATCGGT TAAATTGGCA TCAAGATATA
TTTAAGTTGA AGTTAGGGGA AAGAGTTGCG CAAAAAACAT CATGCTGCTT TGATGTTTCG
ATTTGGGAAT TATTTTGGCC GCTTATGTTT GGTGGGACAG TTTGCCCTGT TCATAAAGAT
GTTGTAAGAA ATCCATGGCG TTTGGCAAGA TGGATTATAG AAACGCGAAT TAGTGTTATG
CATTTTGTAC CATCATTATT TGGAGAATTT ATCCATTCTA TTGAAGATAA AGCATATCAT
TTCCCTAATT TACGCTGGCT CATTTTCAGC GGTGAAGCAT TACCAGCTTC CGTTATTAAA
AAATGGCTGC AAACATACGG GGAAAGTACA GGCTTAGCGA ATCTATATGG GCCAACGGAA
GCGTCAATAG ATGTGACATA CCATATTATT GAGGGCAATC AGATTTTGGA CGGTAGTGAA
AATAGTATTT TAATTGGAAA GCCTTTAAAT AATGTACACG TCAAAATATT AGATGAGGAT
ATGAGAGAAG TTCCAAAAGG CATAATTGGT GAACTTTGGA TTGGTGGGAT ACAATTGGCA
AAAGGATATT TAAATAACCC ATCAAAAACA AAAGAAGCAT TTAAAATGAA TTTGTTTTCG
GAAATTCCTG GTGATTATTT ATATCGTACT GGAGACCTAG TGAAAATGCG ACCTGATGGG
AATTTAGAAT ATCATGGGCG CATTGATAAC CAAGTGAAAG TTAGAGGGTT TCGAGTAGAG
TTAGGAGAGA TAGAAGCGGT AATCCACAGT CATTCGAGTG TAAAAGAAGT TGGAGTGGTG
ACGCTGGATA GTCCAGAGGA ACATAAACAA CTCATTGCTT GTGTGGTGGG AAATTGTTTA
GAGGAGCAAG AGTTAAAACG ATTTATCGGT CAAAAACTCC CTTATTATAT GATTCCTCAT
CGTATAGAAT TTTTATCAAG CTTGCCTAAA AATCATAATG GGAAACTCGA CCGAAAAGTG
ATGTTAAGTA TCTTACAAAC AAAGAAAAAG GAGATGCGAC AAGATGTAAG TTCTGTTGTG
ACGGAAACAG CAATTGTTAC TAAAGATGAC GTTATACCGT TAAGTCCCGC ACAACAGTGG
TTGATGAACT ATTTTGAACA TCCGTATCGC TGGACGGGGT ATACGAGGTT TTTATATAAA
CAAGATATTG ATATTACTAC TTTTAACAAA GCACTCAATA TATTGGTAAA CCGTCACGAT
GCTTTACGAA GCGTCGTGAC GAAAGAGAAT GGTGGATGGG TTCAACGTAT ACTTCCGCAA
GGTATATCGA TAAGTGCAGA AACATATGAC GGAACACAAA TGGATGAGAA TGAACGAGAG
CGATCTCTCA AAAATTTGAT TGATGAAGTC ATTCAAACAT TTGAGATCGG AGAATGGCCG
TTATTACGAG TCATTATTAT GAAAGTGTCT AAATCTATAT ACGATATAAC GGTAGTTGGC
CATCATTTAA TTTCTGATGT GATTACGAAT CAATTGTTGT TTAAAGAAAT GTGGCAAATT
TATGGGCAAC TTTTATCAAG TAATGAAGAA GTGAAACTGC CTACTGTAAA GTCATACAAA
GAATTTGTTT TATTAGTAGA AGAGAAAAAG AAAGAGAACC TTGTAGAGTA TGTGGAGTAT
TGGAAAGGAC AATTCCCAAT GCATGAACAT TCCTTTTATA TTCCGGCAGA TTTGAATTTA
GGGACAAACG ATGAACAATC GACTTGTATG GAAAGTTTTT TGATAGAGAA ATCAGCGACA
GCTATCTTAT TAGGAAAAGC AAAAGATTAT TTTAAAAGTA ACGTTTATTC TATGTTGCTT
GCACCATTAT ATAAAATGCT TAGCAGTTTG TATAATCAAT CAAAAGTTGT TGTAAGTCAC
CGGACACATG GTAGAAACGT TGAAAACCAA CAAATATTTT TTGATACACC TGGTAATTTT
GCTATCAATT ATCCGCTAAG TATAACTATT AATAAAGAGG ATACTTGGTT AGAAGTTGTC
CACAATATAA AAAATAATAT GAATGAAGTT CCAATGGGAG GAATTAGTTA TGACCTCGTT
GCGCCTTATT TACCTTCCTA TATGTATCCG GATACGAAAT TGACACCAAT CCGAGCAAAC
TATTTAGGAA ACCGGGATAT GCCAGATTTT AAAGTGTTCG AATTTTCTAA AGAGAATATG
GATCGTCGCT TTTCAATGCC GGGGCAAAAA AGAATATCTA TGATTGAATT TTTCTTTTCT
ATTGTGGAAG GAAAATTACA AGTTTGTATT GAATATTCGA AAAATTTGTA TCATTCTTCT
ACGATTCGAA AACTTGGTGA AGAATATATG AAACAGCTAG ATATGATGCT AGCAACGATA
GATACGGGAA CGAAGGTAAA CCAAACACCT ATGGTTATGA GTAATTCTTC TGGGGAAATA
AGGTTATTAG CAGATAAAGT GGCGATTGTT ACAGGTGGTG GAAGAGGAAT TGGGCGAGCT
ATTGCTATTT CAATGGCTCA GGAAGGTGCA AGTGTTGCAA TTGTATCTCG AACGGAGCAT
CAGCTTGATG AAACAGCATG TGAAATTCGG AAGCTGGGTA TAGAACCGCT TGTTATCCCG
GGAGATATTG GTGAATGGAA TGATGTTCAA CATATTGTAA AGACGGTTAG TAAGCAATTT
GGAAAAATAG ATATTGTTGT AAATAATGCT GGTATTACAA AAGTAGGAAG TGTAACAGAT
GTTACATCTG AAGAGTGGAA AGAAATTATT CGGGTCAATG TTTTTGGAAC GTACCATATG
TGCAGAGCAA CTATCCCATA TTTAATAGAA CAAAAATGCG GGAAAATCAT TAATATAGGA
TCTGATTCCT CCTTTATTGG TTATCCGTTT ATGAGTGCAT ATGCAGCTTC GAAACATGGT
GTCCTAGGAT TAACGAAATC GTTAGCGGAA GAAATGAAGC CATATAATAT TCAGGTGAAT
GCGGTTTGTC CATCTTTAGT GAATACAGAT ATGGCACCGA AAGCATTTAA AAATAAAGCG
ATACCGCCTG AACAGGTTGC TGAAACAGTA AAGTTCTTAG CATCTGCACA ATCAGATTGT
ATTACGGGAG AATCCATTCG AGTTTATGGG AAACAAGATA TGTATTGGTT TGGATCGGAA
CAAATTCCAA TGCTTAAAGC GATATTGAAT AAATAA
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| Protein sequence | MTVYRLSEKD KMSVYKLIAN VTGHRVEDLD TDMYLESDLG LDSIKMITLM NELIKLIPQE
QVEDFMSKNP IQVLMSLQTI HDIIDIMVKW KAEQHATNGL SSSISSVIEI NDSDDKHKKI
DEPNIYDEQT IASIFSVISN VTGHNVADLN VGLYLESDLG IDSIKMITLM NELMKLIPQG
QLQDFTEKHP VQFLMNLQTI GDIACIFTKW KGELSTSVPL NHNSGYTNSE KVDTLEMIHA
QYPFLISYFA VSTITISSGV KVKGSLDTNL LKQAWQELVG RHPILQSVFQ VQQGAESFKE
YCLNIVKEIE LPEIPVLDLR HLAVDMQKKA IKHHFETSLN KKINIFQWPL HFVEVIRTRD
EEYEIVLSIN HTISDGIGNQ QIIRELLELY SAKVHHTPSG LTESISASEY NRIVSQMNEW
VDEIEQKRLE QFLNHQGREQ YFFNPYQVGK EAMTKPFAGV TTKTQKFWLD EELTTSLMTC
AKLLETSLFT LLLSAYIKTV KQYDVENKNL ILNIPTSGKV YPNVDATGVL GAFAQNLALT
FDYTHTDWKT FVNKIDTEMK RNVTSGIDRA QTHKAAKEAK EYIQLQDGKL SDTVAQFVRS
TLKSNLYFSF IGNTNLKKNY GGLEVYDYEA YTCTNYRAID NVMELFHGKI MITSNYDGDF
FNESFIREYI DAFIYNIKDL VAYAQSIHQN IRQPIIINED AEVKGAVCNI VEEVCARPIL
LGDMDKDLDV VFGMDSLQRI RVITRIEKEF GNCDQEKIFG CRTIREMVSI ISEKKGRQLV
ESVEVPYFHI MEQCKQTPQA IAIEYGDEKV TYSELDHLSN RLAHCLREKG VKRGDLIGIM
TNPGPYMLIG MLGILKSGAA YVPLDPSYPL NRIHYILNHA KVEILLSEQA FKTQISQLLQ
KQTLMDIVVY IDPWETDVQM SLQQIEKETW MSYSHQEIER INHPDDIMTV LYTSGSTGHP
KGVVLQHRGY MNRLNWHQDI FKLKLGERVA QKTSCCFDVS IWELFWPLMF GGTVCPVHKD
VVRNPWRLAR WIIETRISVM HFVPSLFGEF IHSIEDKAYH FPNLRWLIFS GEALPASVIK
KWLQTYGEST GLANLYGPTE ASIDVTYHII EGNQILDGSE NSILIGKPLN NVHVKILDED
MREVPKGIIG ELWIGGIQLA KGYLNNPSKT KEAFKMNLFS EIPGDYLYRT GDLVKMRPDG
NLEYHGRIDN QVKVRGFRVE LGEIEAVIHS HSSVKEVGVV TLDSPEEHKQ LIACVVGNCL
EEQELKRFIG QKLPYYMIPH RIEFLSSLPK NHNGKLDRKV MLSILQTKKK EMRQDVSSVV
TETAIVTKDD VIPLSPAQQW LMNYFEHPYR WTGYTRFLYK QDIDITTFNK ALNILVNRHD
ALRSVVTKEN GGWVQRILPQ GISISAETYD GTQMDENERE RSLKNLIDEV IQTFEIGEWP
LLRVIIMKVS KSIYDITVVG HHLISDVITN QLLFKEMWQI YGQLLSSNEE VKLPTVKSYK
EFVLLVEEKK KENLVEYVEY WKGQFPMHEH SFYIPADLNL GTNDEQSTCM ESFLIEKSAT
AILLGKAKDY FKSNVYSMLL APLYKMLSSL YNQSKVVVSH RTHGRNVENQ QIFFDTPGNF
AINYPLSITI NKEDTWLEVV HNIKNNMNEV PMGGISYDLV APYLPSYMYP DTKLTPIRAN
YLGNRDMPDF KVFEFSKENM DRRFSMPGQK RISMIEFFFS IVEGKLQVCI EYSKNLYHSS
TIRKLGEEYM KQLDMMLATI DTGTKVNQTP MVMSNSSGEI RLLADKVAIV TGGGRGIGRA
IAISMAQEGA SVAIVSRTEH QLDETACEIR KLGIEPLVIP GDIGEWNDVQ HIVKTVSKQF
GKIDIVVNNA GITKVGSVTD VTSEEWKEII RVNVFGTYHM CRATIPYLIE QKCGKIINIG
SDSSFIGYPF MSAYAASKHG VLGLTKSLAE EMKPYNIQVN AVCPSLVNTD MAPKAFKNKA
IPPEQVAETV KFLASAQSDC ITGESIRVYG KQDMYWFGSE QIPMLKAILN K
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