| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BcerKBAB4_1782 |
|---|
| Symbol | |
|---|
| ID | 5841995 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus weihenstephanensis KBAB4 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_010184 |
|---|
| Strand | + |
|---|
| Start bp | 1833994 |
|---|
| End bp | 1838424 |
|---|
| Gene Length | 4431 bp |
|---|
| Protein Length | 1476 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 32% |
|---|
| IMG OID | 641376966 |
|---|
| Product | amino acid adenylation domain-containing protein |
|---|
| Protein accession | YP_001644644 |
|---|
| Protein GI | 163939760 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 7 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGGAGAAAA TTAATCCTCA TCAGCCATTG CATAATATTG GGGGAACAGT AAAGATACAA
GGAGAAGTGG ATTTTGATTG TCTTGAGAAA GCAATTAATT ATTTTATAAA AAAAAATGAT
GGAATCAGGC ATCGATTTGT AGAATCGGAT GAGAAGGTTC ATCAATATGT GGAGAAATAT
CATAAATATC AAGTTCGATA TACTATTTTT AATAGTCAGA AGGATTTAGA TGCCTGGGTT
CAGCAGGAAG CTGCAAAACC TTTCGATATC AATGAACAAG ACTTATTTGA TTTTGCTTTG
TTCAAGTTAC AAGATACTAA AGAAGGGGGA TATTTCGTTA AGGTCCATCA TATAATTTCT
GATGGTTGGT CTATGAATCT TTTAACTGAA CAGATTTGTA ATGCATACAC TCAAATTTTG
AAAGGTGAAA AAATAACAGA TCAGCTTAAT AGTACCTATA TGTATTGCCT TGAGAAGGAA
GAATCCTATT TAACTTCAAA AAGATTTATG AAGGATAAAA ATTTTTGGAA TGAGAAGTTT
AGTAAGCTCC CAATTGTGAA GCGGAAGAAC GAAGTAGATT GTGCAAAGGC AAATAGAAAA
ACATATTCTT TAACAAATAA TCAATCGGAT GAAATTAAAC AATTTGCTAC TGACATAAAT
GTTTCTGTGT ACGCATTCTT TGTTGCCCTA TATTATATTT ACTTAAATAA AGTAAATGGG
CAGGATGATT TAATTATTGG AATGCCTGTA CTTAATCGAG CGGGGAAAAA TGAAAAAAAT
ATTGTGGGGA TGTTAACAAG TACTATGCCA TTTCGTCATA CTGTTGATAG TGAAATGACA
GTCTTAGATT TTATAAAAGG TATTAATCGT GAATTGGTTC GCTGTTATTA TCATCAAAAA
TATCCATATG ATGTATTGGT GAAAGATTTG GAATTAAAGA AAAAGGGATA CGGTGATTTA
TTTGATACAT GTATTAACTA TTACAATACA AAACTTCCTA CTGAAATTAA TGGTACACCA
ATAGAAAATG AAGAATTTTA CAATAGGAAT CAGATTTATT CAATTCAATT GATTATTCGA
GAATGGTCTA GATTAGGAGG ATTTAATCTA GATATAGATT ATAAGGATCA TATGTATACA
GAAAAGCAAA TTGAACAAAT GTATCTTGGA ATCAGTCATT TACTGAATCA GATGTTGGAG
TCGCCTAATA AAAAGTTGAT GGAATTAGAA ATTTTACCAG AAGATATGTG GAATAAATTG
ATATATGAAT TTAATGCAAC GAATAGGGAG TATCCAAAGG ACAAGACAAT CCATCAGCTT
TTTGAAGAAC AAGTAGAAAG GACACCAGAT AGAGTTGCGA TTTGCCTGGA AGATAAGGAA
CTTACGTATC GTGAATTGAA TGATAGATCT AATCAATTAG CGAGGTATAT ATTAAAGAAA
AATGTAACAA AAGGTACAGT AATAGGAATA TCAACTACGC ATTCTCTAGA AACAATTATT
GGAATTTTAG GAATTTTAAA AGCAGGAGCG GTATATTTAC CTATTGATCC ACAATATCCA
TCTGAACGGG TCAATTATAT GCTGCAAGAT TCAGATATCA ATATTCTGTT CACTAATTTT
GATATTTCGC ATCAATGGGA TCTTTCTTTG TATGCGGTTG AGGTTATCCA TATAAGTGCA
GCTCATATTT ATATGGGAGA TACTTCTAAT ATTAAAAATA GAAGTGAGCC GACTGACCTT
GCTTACATCA TATATACATC GGGTTCTACG GGAAACCCTA AAGGTACAAT GATTGAACAG
AAAGGATTGG TTAATTATAT TTCCTGGGCA AATCAAGTAT ATGTAGGCGC AAGTGAAAAT
GAAGTTTTCC CATTGTATTC ATCTCTTGCT TTTGATCTTA CTGTTACAAC TATATTTACC
CCATTAATTA GTGGTAATCA GATTATTATT TATCCTGCTG ATGCAAACGA ATATGTATTA
TATAGGATAT TTAAAGAAAA AAAAGCAAGT ATTATTAAAT TAACTCCATC TCACCTGTTT
TTATTGAAAG ATTCAGACTT TGTTGGGTGT TCAATTAAAA AAATTATTGT TGGTGGAGAA
AATTTAACAG TAGACCTTGC CGCAAACATA CAGAAAAAAT TAGGTAGAGA AACAAAAATA
TATAATGAAT ATGGGCCCAC AGAAACAGTT GTAGGATGTA TGATTCATCA ATTCGATATT
GAAAAAGATA AAGGGGTATC TGTTCCTATT GGTGTACCTG CACAAAATAT GAAAATATAT
GTGTTGGACT CCGATCTTCG CCCAGTACCA ATGGGAGTTG TTGGAGAAAT TTATATTTCT
GGGGAAGGTG TTGCAAGAGG ATATTTTAAC AATCAGGATT TAACAAGAGA GAGATTTATT
GTAAATCCAT ATTCGGAAAA AGAGCAGATG TATAAATCGG GTGATTTAGC TAGATTTATT
GAAGGAGATA AGATTGAGTA TTTGGGAAGG AAAGATGATC AAGTAAAAGT TCGTGGGTTC
CGCATAGAAC TAAAAGAAAT CGAAATAAAC TTGCAAAAAT ATCCGAGCAT TAAGGAAGTG
GTAGTGATTG ATCAAGAGGA TTATGATGGA AACCACTATC TTTGTGCCTA CTATACTGAG
AATGCTAAGG TGAAGACATC CGAACTATTT AGATTCTTAA AAGAGATCTT ACCAGTTTAT
ATGATTCCTT CGTATTTTAT TGTGTTGAAA GAAATACCGT TGACGTTTAA CGGAAAGCTG
GATAGAGAGG CCTTGCCGAA ACCTGAAGTT AAAATAGAGA AAAAAACTGA AGGTGAGATA
GAAAGTGATT TATTAGGTAT TATACGTGAA GTATTAAATG TTGAAAAAGT AAGTATAAGA
GACAACTTCT ATCATCTAGG CGGGGATTCC ATTAAAGCAA TTCAAATTTC TTCTAAGATA
CGTGAGAAAG GGATTAAAAT AAAAACAAAG GATATTTTGG CTAATCCAGT TATTGAAGAT
ATGATTTTAT ATTTAGAAAT GAATAGCACA AAAGAGCAGA AGAGTAATCA ACAATGTGTT
GGTAGTATTG AAACGATACC ATCTATCTCA TGGTTTTTTT CGCAAGATTT GAACAATATA
AACCATTATA CACAGTCAGT GTTAGTCAAA GTAAAGGATG ACGTTGAGGT TGGGATACTT
GAATCGGCAT TTAGCTTATT AGTTTGTCAT CACGACGCTT TTCGCTTGAA TTACCGGATG
GAAACGAAGG AATTATTTTA TAATCAAAAT AATTACAATA AAAAAATAAA AATAGAATCA
TTAGATTTAT CTGAATTATC AAAAATAGAG CAAAGTATTC GTATTGCTAG TATTGGAGAA
ATATTGAAAT CGAGCTTTAA TATTGAAAAT GAAATTCTTC TTAAAGTTTG TATATTTGAT
TTGGGCGATT TTGGTAAAAG ACTATTAATG ACAGCTCATC ATTTAGCTGT TGATGGTATA
TCTTGGCGAA TTATTTTTGA AGATATAAAT CAATTATATA AACAGATAGA AAATAAGCAG
AAAACTTCTT TGCCGCCAAA AGATAATTCG GTACAGGATT GGGCAATTGA GTTAAAGAGA
ATGAGTAAAA AAATTCCAGA ATCAGAAAAG CGATACTGGG AGCATGTATA TCAATATGAA
GAGAATTCAT TTAATGATTT TGATTTAGGA TTGGATCGTA TGGAATTTTG CGAGAAAATG
ATTAAGAAGT TAACAGAAGA AGAAACTATG CAGCTGTTAC AAAAAGCAAA TGAAGCTTAT
CGAACAAAAG GTAATGAACT AATGATTATA GCGCTATCAT TGGTAATGGC TAAGTATATT
AAAACAAATG ATGTGATTAT TGAAATTGAA GGGCATGGGC GTGAAGAATT AAATGATGAA
ATTGATGTAT CGCGAACTAT TGGATGGTTT ACGAGCCTAT TTCCAATTCG GTTACAATTT
GAGGATGTAG ATATATCACA ACAAATTAAA CAATTAAAAG AGCAATTGCG TAGCGTTCCA
AGTAAAGGTC TAAATTATGG AGTTTTAAAG TATATTTCGA AGGAATTAAG TTCCGAATCT
CGAAAGTATG TTCGTTTTAA CTATTTAGGT GATTTTAATG CTACATTTTC CAATGGAATT
TTTGAATTTG CGTATGAAAA TTCCGGTCAA GATAACAGCA ATAAAAATGA GATGGATTGT
TTGCTAGATA TCGTTGCGTA TACAGTAGAT AAAAAGTTGA ATTTGTCGAT TACGTATAGC
AAAAACAAAT TTAAACAAGA AACAATATCG CAATTTTTCA TGGAGTATAT GAATCAATTG
AGAGATTTGA TTCAACATTG TTGTCAGAAA AAACATGCTG AATTCACCCC ATCTGATTTT
GAAACGGCAA ACCTCTCGAG TGAAGATCTT GAAAATATAT TTAATATATG A
|
|---|
| Protein sequence | MEKINPHQPL HNIGGTVKIQ GEVDFDCLEK AINYFIKKND GIRHRFVESD EKVHQYVEKY
HKYQVRYTIF NSQKDLDAWV QQEAAKPFDI NEQDLFDFAL FKLQDTKEGG YFVKVHHIIS
DGWSMNLLTE QICNAYTQIL KGEKITDQLN STYMYCLEKE ESYLTSKRFM KDKNFWNEKF
SKLPIVKRKN EVDCAKANRK TYSLTNNQSD EIKQFATDIN VSVYAFFVAL YYIYLNKVNG
QDDLIIGMPV LNRAGKNEKN IVGMLTSTMP FRHTVDSEMT VLDFIKGINR ELVRCYYHQK
YPYDVLVKDL ELKKKGYGDL FDTCINYYNT KLPTEINGTP IENEEFYNRN QIYSIQLIIR
EWSRLGGFNL DIDYKDHMYT EKQIEQMYLG ISHLLNQMLE SPNKKLMELE ILPEDMWNKL
IYEFNATNRE YPKDKTIHQL FEEQVERTPD RVAICLEDKE LTYRELNDRS NQLARYILKK
NVTKGTVIGI STTHSLETII GILGILKAGA VYLPIDPQYP SERVNYMLQD SDINILFTNF
DISHQWDLSL YAVEVIHISA AHIYMGDTSN IKNRSEPTDL AYIIYTSGST GNPKGTMIEQ
KGLVNYISWA NQVYVGASEN EVFPLYSSLA FDLTVTTIFT PLISGNQIII YPADANEYVL
YRIFKEKKAS IIKLTPSHLF LLKDSDFVGC SIKKIIVGGE NLTVDLAANI QKKLGRETKI
YNEYGPTETV VGCMIHQFDI EKDKGVSVPI GVPAQNMKIY VLDSDLRPVP MGVVGEIYIS
GEGVARGYFN NQDLTRERFI VNPYSEKEQM YKSGDLARFI EGDKIEYLGR KDDQVKVRGF
RIELKEIEIN LQKYPSIKEV VVIDQEDYDG NHYLCAYYTE NAKVKTSELF RFLKEILPVY
MIPSYFIVLK EIPLTFNGKL DREALPKPEV KIEKKTEGEI ESDLLGIIRE VLNVEKVSIR
DNFYHLGGDS IKAIQISSKI REKGIKIKTK DILANPVIED MILYLEMNST KEQKSNQQCV
GSIETIPSIS WFFSQDLNNI NHYTQSVLVK VKDDVEVGIL ESAFSLLVCH HDAFRLNYRM
ETKELFYNQN NYNKKIKIES LDLSELSKIE QSIRIASIGE ILKSSFNIEN EILLKVCIFD
LGDFGKRLLM TAHHLAVDGI SWRIIFEDIN QLYKQIENKQ KTSLPPKDNS VQDWAIELKR
MSKKIPESEK RYWEHVYQYE ENSFNDFDLG LDRMEFCEKM IKKLTEEETM QLLQKANEAY
RTKGNELMII ALSLVMAKYI KTNDVIIEIE GHGREELNDE IDVSRTIGWF TSLFPIRLQF
EDVDISQQIK QLKEQLRSVP SKGLNYGVLK YISKELSSES RKYVRFNYLG DFNATFSNGI
FEFAYENSGQ DNSNKNEMDC LLDIVAYTVD KKLNLSITYS KNKFKQETIS QFFMEYMNQL
RDLIQHCCQK KHAEFTPSDF ETANLSSEDL ENIFNI
|
|---|
| |