| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BcerKBAB4_1781 |
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| Symbol | |
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| ID | 5841994 |
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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 weihenstephanensis KBAB4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010184 |
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| Strand | + |
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| Start bp | 1829695 |
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| End bp | 1833921 |
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| Gene Length | 4227 bp |
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| Protein Length | 1408 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641376965 |
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| Product | Beta-ketoacyl synthase |
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| Protein accession | YP_001644643 |
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| Protein GI | 163939759 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3321] Polyketide synthase modules and related proteins |
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| TIGRFAM ID | [TIGR01746] thioester reductase 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 | ATGAATGATA GTGCACAGGA ACCGATAAGA AATGGTATAG AGATTGCTAT TATTGGAATG
TCTTGCAGAT TTCCTGGTGG AGATACTATA AATGAATTCT GGGAAAATTT GAAGAATGGT
GTAGAATCGG TAACCTTCTT CACAGATAAG GAGTTACAGA AAGGAGGAAT TGATCTAGAA
ACGATCCAAA ATCCCAATTA TATAAAGGCT GGTGGGGCTA TTACAGGAAC AGAATGGTTC
GACAATAAAT TATTTAATTA CTCACCTAGG GAATTAGAGG TAATGGATCC ACAGCTGAAA
ATTTTGCACG AGTGTGCTTG GGAAGCATTA GAGAGTAGTG CTTACTTTTC GGATAACTTT
AATGGTTTAA TTGGTACTTA TATTGGAGCA TCTACAAACT TATATTGGTT AGAAGCGGTA
TATGATGGAG CGAAAGATTT TATGAAAGAA GCAGAATTTT TAAATGGTTC TCAATTTTTC
GGCACCAGAT TATCACATAA ATTAAATTTG AAAGGTCCTA GTTATACAGT TCAAACTGCA
TGTTCCTCTT CATTGGTTGC TGTGCACTTG GCATGTCAAG CTCTATTAAG TGGAGATTGT
GACATTGCTT TGGCTGGAGG GGTTTCACTT ACATTACCTG AGAAAAGAGG GTATTTATAC
AAGGATGGCA TGATTCTTTC ACCAGATGGA CACTGTAGAC CTTTTGATGA TAATGCTAGG
GGAACGGTCA ATGGAAATGG AGCGGGAATT GTTGTTTTGA AGCGTATGGA GGATGCGATT
GCTGATGGAG ATTTCATCCA TGCTGTTGTG AAAGGATCCG CAATAAATAA TGATGGAGCT
GATAAGGTTA GTTTTAATGC GCCAAGTGTA GAAGGACAAG CTGCTGTTAT TAGAGCAGCT
CATCATATGG CCGAGGTAGA ATCTGAAAGT ATATCATATG TAGAGGCTCA TGGTACTGGA
ACAATGCTAG GTGACCCGAT TGAGGTTGAA GCTTTGAAAT TGGCATTTAA TACAGAGAAG
AATAATTTTT GTGGTATTGG ATCGGTTAAA GGGAATATTG GTCATCTTGA TAACGCTGCA
GGTATAGCAG GTTTGATAAA AACTGTAGTT GCTTTGGAGA ATCGCATGAT TCCACCAAGC
ATTAACTACG AGAAAGCAAA TGAAAAAATT AATTTTGGTA ATAGTCCATT TTATGTACAG
GATACATTGG CGGAATGGAA GAACCAAGAG TTTCCTTTAA GAGCAGGAGT AAGTTCATTT
GGTATGGGAG GAACAAATGC CCATGTTGTA CTTGAGGAAC CTCCCCAAAG AGAAGCTTCT
GAGCGGAGTA GGAGATATCA ATTACTTTCT TTTTCTGCAC AAACGAAAAA ATCTCTTGAA
GAGCAAACTG AAAAGTTAGC TGAATATTTA AATCATAACA ATAATGTGAA TTTGGCTGAT
GTAGCTTATA CACTTTTAAA TGGAAGGAAA AATTTAAAAT ATCGAAGAGC ATTAGTGGTT
TCGGATATAG AGGAAGCGAA GCGAGAATTT TTTATTCGAA ATTCTGCTAA GGTTCAAACT
AACATTTGTG ATGGCGGTAG TAAGCAAATA ATTTTCATGT TTCCCGGGCA GGGTGCACAA
TATGTAAATA TGGGATTGGA TTTATATAAT GAAGAGAAGA GATTTCGAGA TGAAGTGAAT
CTTTGTTGTG AGATTTTAGA AGAGATTAGT GGGATTGATT GGAAGGAAGT CTTATATCCA
AAGGACCTGG AAGCTAGAAT GAGAGATGAT ATAAATCAAA CATCTAATAC ACAGCCTGCA
ATATTTATTT TTGAATACTC ATTAGCAAAA ACACTAATGG AATGGGGCAT CTATCCGGAC
GGCATGATTG GACATAGTAT AGGGGAATAT GTGGCTGCTT GTTTGGCGGG AGTGTTTTCA
TTAAAGCAAG CGCTTCAGTT GGTGTATGAG CGGGCGACCT TAATGCAACA ATTACCTAAA
GGCAGCATGA TAAGTGTAAT GGCTTCGGAA AATGAAATTT TACCACTAAT GAATCAAGAT
GTATCTATTG CTGCAGTGAA TAGTCCAATA TCATGCGTAA TCTCAGGTTC TGATGAGGCA
ATCTATACTT TTGAGGGGGA ATTGATTAGG AAAGGTTTTC AGTTTAAAAA ACTTACAACT
TCCCATGCCT TTCATTCATC CATGATGGAC TCAATTTTAG ATACCTATGG AAAGAAGTTA
AAAGAAATTA ATTTCCAGGA CATTAAAATA CCATTTATAT CCAACTCTAC AGGAGAATGG
ATTACGGAAG AACAAGCAAA AAGTGCAGAT TATTGGGTGA ATCATCTGCG ACATGTAGTG
GAATTTTCTG AGGGCATTAA GCATCTACTA TCGGGTACGG AAAGTATTTT TGTGGAGGTT
GGACCAGGTA GAACATTAAG TAGTTTTGTT AGACAACATA CTCAAGGAGA ATCAAAATGC
CCAATTATTA ATACTGTAAG GCATCCTAAA GAAAAAATTT TTGATGACAA TTACTTGCTT
CAAAATATTG GTAAGTTGCA TATTCATGGC GTGAAGATTA ACTGGTCCAA GTATTTTTCG
CAAGAAAGAA GATATCGTGT TCCACTCCCT ACGTATCCTT TTGAACGGCA GTTCTTTAGC
CTTTCTAAGG ATATTGAAAT GGAAGAGAGT TCCCCTTTAT CGCAAAGTGA CTATGTAGAA
GAGCTAAAGA GGAATGTTGT TCCGAAAGAT GATAAACAGC GGAAAATTAT AGAATCATAT
AAGAGAGTTA CGGGAGTAAA ACAAGTTAGT ATCCATGATG ATTTCTTTGA ATTAGGAGGT
AGCTCATTAA CGGCTATCAA TGTTGTTTCG AGCTTACAGA AGGATTTTGA TATTTCTATT
AATCATTTAT TTGAATACCC TAGAGTCTCT GATCTAGCGC AGCATATGAC ATATAAAAAG
GAGAAGACCA TTCCAGATGC ATTAGCAACT TATCTGATTG CTAGAGGAGA AAGGCATCGG
TTAATGGAGG AGAAGATAAG AGGCGACATA GCGATACGAA GTTTATATGA TGATAGAAAC
AAAAAGTATT ACGAAATCAA CCTTTCTTGC CAAACAGGTT ATAAGGAAGT TCTATTGACA
GGAAGCACGG GATATTTGGG CGTTTACTTA TTACATGATT TATTAACTGA ATTAGATTGC
AATGTACATT TGATTGTAAG AAGTGACAAT TGTATAAAAG CAGGAAATCG TATTAAAGAA
AAAGTTTGCT CTTATTTTGG AACATCTTTT TATGATAAGT ATAAGAAAAG AATTTTTGTA
TATAGTGGCG ACCTGACAAA AAAATATATG GGCTTAGATT TGCCGAACTA TCAATATTTG
AGTGAAACAA TCCAATGTAT TATACATTCA GCAGGCAGTG TTAGTCATTA TGGGAAATAT
GAAAAATCCT ATGAAGCAAA CGTTCTAGCT ACGAGAAATG TAATTGATTT TTCGCTTAAG
GGAGTAAAGA AAGATGTGAA TCATATTTCT ACATTGGCTG TAGCTTCTGG TGTAGTAAAG
AATAACGAAG ATATATTGTA TACGGAGTAT GATAATGATT TAGGGCAAAT TATTGAAAAT
CCTTATCCAA AGACAAAGTT AGAAGCTGAA AAGATTGTAC TGGAAACGAG GGAAAAGGGA
ATAAATGTAA ATGTTTTTCG AGTGGGAAAC ATTGGTTTTG ATTCTAAAAC AGGAAGGTTT
CAAGAAAACA TAGAGCAGAA TGCATTATAC TCAATGATGA AATCATATAT AAGAATTGGA
TTGGTTCCAG AAATGGAAAG AGATATAGAT TTTGCATGTG TGAATGATGT TAGTCAGGCA
ATTATTAAGT TGTTTAATAA AAAAGAATTA ATGAATGAGA CTCATCACAT TTTCAATCCT
AACTATGTAA GCTTATCAGC TCTTTTAACA ACGTATGGAT TAGACATAGA TGTAAAAGAA
ACTTCAATTG ATAAATTTAT AGATTATATC TTTGATGAAA AGCAATTTAA TCAATATGCA
TCAGATATAT ATAATTTACA GCTGCATTGT ATAGGAGATG AATTGAAAAC ATTTAATGAT
GTCGAACAAA CATTATTCCA TATAATGGGG GATAAAACGA ATATGCTGTT AAGAAAAACG
GGTTTTGTAT GGAATAATAT TACGGATGAA ATGACGAAAA AAATGATTAG ATATGGTCAA
AAAGTTAATT ATTTCGAAAA ACATTAA
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| Protein sequence | MNDSAQEPIR NGIEIAIIGM SCRFPGGDTI NEFWENLKNG VESVTFFTDK ELQKGGIDLE
TIQNPNYIKA GGAITGTEWF DNKLFNYSPR ELEVMDPQLK ILHECAWEAL ESSAYFSDNF
NGLIGTYIGA STNLYWLEAV YDGAKDFMKE AEFLNGSQFF GTRLSHKLNL KGPSYTVQTA
CSSSLVAVHL ACQALLSGDC DIALAGGVSL TLPEKRGYLY KDGMILSPDG HCRPFDDNAR
GTVNGNGAGI VVLKRMEDAI ADGDFIHAVV KGSAINNDGA DKVSFNAPSV EGQAAVIRAA
HHMAEVESES ISYVEAHGTG TMLGDPIEVE ALKLAFNTEK NNFCGIGSVK GNIGHLDNAA
GIAGLIKTVV ALENRMIPPS INYEKANEKI NFGNSPFYVQ DTLAEWKNQE FPLRAGVSSF
GMGGTNAHVV LEEPPQREAS ERSRRYQLLS FSAQTKKSLE EQTEKLAEYL NHNNNVNLAD
VAYTLLNGRK NLKYRRALVV SDIEEAKREF FIRNSAKVQT NICDGGSKQI IFMFPGQGAQ
YVNMGLDLYN EEKRFRDEVN LCCEILEEIS GIDWKEVLYP KDLEARMRDD INQTSNTQPA
IFIFEYSLAK TLMEWGIYPD GMIGHSIGEY VAACLAGVFS LKQALQLVYE RATLMQQLPK
GSMISVMASE NEILPLMNQD VSIAAVNSPI SCVISGSDEA IYTFEGELIR KGFQFKKLTT
SHAFHSSMMD SILDTYGKKL KEINFQDIKI PFISNSTGEW ITEEQAKSAD YWVNHLRHVV
EFSEGIKHLL SGTESIFVEV GPGRTLSSFV RQHTQGESKC PIINTVRHPK EKIFDDNYLL
QNIGKLHIHG VKINWSKYFS QERRYRVPLP TYPFERQFFS LSKDIEMEES SPLSQSDYVE
ELKRNVVPKD DKQRKIIESY KRVTGVKQVS IHDDFFELGG SSLTAINVVS SLQKDFDISI
NHLFEYPRVS DLAQHMTYKK EKTIPDALAT YLIARGERHR LMEEKIRGDI AIRSLYDDRN
KKYYEINLSC QTGYKEVLLT GSTGYLGVYL LHDLLTELDC NVHLIVRSDN CIKAGNRIKE
KVCSYFGTSF YDKYKKRIFV YSGDLTKKYM GLDLPNYQYL SETIQCIIHS AGSVSHYGKY
EKSYEANVLA TRNVIDFSLK GVKKDVNHIS TLAVASGVVK NNEDILYTEY DNDLGQIIEN
PYPKTKLEAE KIVLETREKG INVNVFRVGN IGFDSKTGRF QENIEQNALY SMMKSYIRIG
LVPEMERDID FACVNDVSQA IIKLFNKKEL MNETHHIFNP NYVSLSALLT TYGLDIDVKE
TSIDKFIDYI FDEKQFNQYA SDIYNLQLHC IGDELKTFND VEQTLFHIMG DKTNMLLRKT
GFVWNNITDE MTKKMIRYGQ KVNYFEKH
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