| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_2735 |
|---|
| Symbol | |
|---|
| ID | 7189494 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus AH820 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_011773 |
|---|
| Strand | - |
|---|
| Start bp | 2598466 |
|---|
| End bp | 2605476 |
|---|
| Gene Length | 7011 bp |
|---|
| Protein Length | 2336 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | 643556146 |
|---|
| Product | bacitracin synthetase 1 |
|---|
| Protein accession | YP_002451685 |
|---|
| Protein GI | 218903851 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | n/a |
|---|
| Plasmid unclonability p-value | n/a |
|---|
| Plasmid hitchhiking | n/a |
|---|
| Plasmid clonability | n/a |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 38 |
|---|
| Fosmid unclonability p-value | 1.56804e-17 |
|---|
| Fosmid Hitchhiker | Yes |
|---|
| Fosmid clonability | hitchhiker |
|---|
| |
Sequence |
| Gene sequence | ATGCACATTA AAGATCGAAG TTCAATTCAT GAAAATAAAG AAGTAGAAGC GTTTTGGAAG
GAGCAATTAT CTTCCGAGGT TCTCGATTTT TCTGTATTTA ATAGCGATAA CCAACTAAAT
AAAGAAACAC CTTGTGAGTT CGTTCAAGTC ATAGTGAATG TAGAGTTTAG TAAAAGTATA
CAAAAAATAA GTAAGTCTCA AGATTTATTA TTATTTAGCT GGTTTCAAGC CGCTTTAAGG
GTTTGTTTGG CACATTATAC AGATCAAGAA AGAGTTACTA TTAGTATTCC TATAATTGAA
AAGAATCTTG AACAAAGTGA GAATCTTAAT AAGTTGATTC CTTTAGGAAG TGAAATTCAT
CCGCATCACA CCTTTAAACA ATTAGTAAAT GAGATTGAAC AAACGACTTT ATTCGGGTAT
GAAAATCAGG AGTATCCGCT CTCTGAATTA TTAGTTAAAC ACAATTTAAC CCCTTTTCAA
ATTGTAATCG GGATGGAAGG ATTACATAAT GAAAATTCGC TAGAAGAATA CGCAGAGAAT
AATTTAGTCC TATGGATACG AAGAAAATGG AATGAAATAC ATAATGAATT TGAATTTCAA
ATTTCTTGCA AGTCCCGTTC ATTCTCTTCT TTGCAACAAT TTGCCAATTC GTATTGTTAT
GTTTTAAAGC AAGTTTCACA AAACCCGAAT TTGGCATTGA AAGATATTTG TATTATTGCA
GAAGAAGAAA AAGAGTTGCT AGAAGGATTG AATACTTTTC AAACGGGCAT AGACTTGTTT
CAATCATTTC AAGATTTGTT TGAAGCGCAA GTATTAAAAA CTCCAGATCA AATTGCTGTT
GTTTGTAATG ATCAATCTTT GACATATAGA GAATTGAATA AGAAAGCGAA TCAATTGGCT
TCTATTCTTC AAAGTAAAGG TGTTTCAAAA GAAAGTATTA TTGGCGTTAT GGTAGATCGG
TCATTAGAAA TGATTATTGG TATGATGGGG ATTTTAAAAG CAGGAGCAGC CTATTTACCA
ATCGACCCTA ACTACCCAAC TGAACGAATT GAATATATGT TACAAGATAG TCAAGCAAAA
TATTTACTTA GTAAGCGAAC AGAAGAAGTA TTGCCACAAT TTGCGGGTGA AGTACTGTAT
CTTGATAAAG AATATCTTTT TCAAGGTGAA GAAAGTAATT TAGTACGAGA ACATAATCCT
AATGATTTGG CTTATGTTAT TTACACATCA GGATCGACAG GAAATCCAAA AGGGGTAATG
ATAGAACAAA AATCGCTAGT TCATTTTTTA AATGTAATGA GAGAAAAAGT AAAGGCTAAT
CAATCATTCT TGTTTCTTGC TAGTGTATCT TTTGATATTT CCCTGTTAGA AATATGTCTT
CCTTTAACGC AAGGTTCAAA AGTAGTAATT GCTACGGAGG ACCAGTTTGC AACAAAAGAA
TTGGCTCATT TAGTCAAAAA ACATAAGGTG GATTTATGGG AATCAACGCC ATCGCGAATG
GAAGTGATTT TGAGTGATCC AGAAGGGGCA AATTTTCTAA AAGATTTAAA ATCTATTTTA
TTAGCAGGAG AAGCATTTTC CATTGATTTG GTTGAAAAAA TTCGTTGTAT CAGTGAAGCA
ACAATTTTAA ATATTTATGG TCCCACAGAA ACAACCATTT GCGCAACAGT AAAAGACTTG
AGCACTTCCA AAGAAGTTAC GATTGGCAAA CCTAACCCGA ATTATCATTC CTATATATTG
AATAAGTATG GCCAATTAAA ACCATTTGGA ATTCCTGGTG AACTCTGCAT TGCTGGCGTA
GCGGTAGCAC GAGGGTATCT TGGTAAAAGT AAACTGACAG ATGAAAAGTT TGTACCGAGT
CCTTTTGCGG CAGGGGAAAT GATGTATCAT ACAGGTGATC TCGTTCGTTG GTTGCCTAAT
GGAGAACTTG AATATTTAGG TCGAATGGAT CATCAAGTGA AAATTCGGGG GTATCGGATT
GAATTAAGAG AAATCGAAAC TCAATTAAGG GAATATCCAG AAATAAACCA GGCTATCGTT
GTTGATCAAG TGTATGGAAA TAGGAAATTA TTAGCTGCCT ACTATGTATC GGATAACAAG
GTGTCTTTTG GTGAAATCAG AAAATATTTA AGTGATAAAC TACCTGAGTT TATGATTCCT
GAAAAAATGA TTCAGGTAGA AGAGATTCCA TTGAATCCAA ATGGAAAAGT GGATAGAAAA
AGGTTATTGG ATATAACACA AACGGATTAT GTATCAATTC CATACGTTGC CCCGCGCAAT
GAAATTGAAC AAAAATTAGT GTGTGCGTGG GAAAAAGTTA TGGAGATTGA GGGAATCGGT
ATTCATGATA ATTTTTTTGC ATTAAAAGGA GAATCCATTA AAGCACTTCA GGTAATTAAT
TTATTAAGAA AAGACTGCTT AAAAATAAGT ACAACAGATT TTTTTAAGCA CCCTACAATC
GCTCAACTGA GTTCTTGTGT AAAGTTAGAG CATAAAGAGG AAAACTTTGA AAGTAGACCA
ACTCATGTTA AAGATTTGTC TAATCCATTT TCCTTAACAG AAGTTCAGAC AGCGTATATG
TTAGGAAGGA ATTCACAGTT TGAATTAAGT GGTATTTCAC CTCAAACATA TTTTGAATAT
GAAACAGCAT TGGATATCAA TCGTCTTTCA AAAAGTTTTC AAAAGGTAAT CCATCGTCAT
CCAATGTTGC GAGCTGTAAT TTTACCAGAG GGAAAACAAC AAATATTACA AAGCGTTCCT
GATTACGAGA TTGAAATAGT GAGTCTCATA GATTTAGATG ATAGGAATCA AAATGCTCGC
TTACAAGAAG AGCGTTCTCG AATGACTAAC CATGTATTCC CTTTGGGGCA ATGGCCTTTG
TTTGAATTGA AAGCTTTTCT TTTAAAAGAA GACAAGTATT TATTATGTTT TCGATACGAT
GCTTTATTAA TGGACGGAGC AAGCATGAAC ATTGTTGGAC AGGATTTGTT GCATTATTAT
TATAAACCAA ATCAAAAATT AGAATCTTTA TCTTTTGATT TTCAAGATTA TATGTTTATC
TATGATGAAA TGGAACAAAG CGAAGAATAT AAAACAGCAA AAGATTATTG GACAAGTAAG
CTTCCTGACT TTCCGTTTGC ACCTTCTTTG CTGTTAAAAA AGGATCCAGC AGAGATTGCT
ACTCCTAAAT TCCAATCACT TACAAAAATC CTGGACAATG AAAAATGGAC AAAGCTACGA
AAGTTAGCAC AAGAGAAAGA GGTAACGCCT TCCGCTCTAC TTTGTACAAT ATATGGTGAT
GTGTTGGCAT ATTGGAGTAA TCAACGTCGA TTAGCAATTA ATTTGACTGT ATTTAACCGT
TATCCTGTTC ATGATGAAGT AGAAAAGATT GTTGGAGATT TCACATCGCT TATTTTGCTG
GATGTTGATG TAAAACCAGG GCAAAATTTC TTTACTAGAG TAAAAGAAAC GCAATCTACT
TTATTAGATG GCCTTGAACA TCGTCATTAC GATGGAGTTA ACTTTATTCG AGATTTCACT
CGATATCATC AAATGACGCC AAAAGCAGTT ATGCCAATCG TTTTCACCTC GATGTTAGCA
GGTGCAGGTG CTTTCTCTTG GGAACAACTT GGTTCTCTTC GCTATATTCA TGCTCGGACT
CCACAAGTAT ATTTGGATAA TGTAGTAATT GAAAAAAATG GAGAGTTATT AATTAGCTGG
AACTATGTTG AAGAGCTGTT TGATGTTGAT GTAATAGAAG CAATGTTTTC CCAATTTGTT
GACTTATTGG AACAATTGGT GAAACAAAGC GATATAACAT CTTTGCAGAT GAAAGAATCG
GATCAAACTT TAATTAAGCA ATACAATGAA ACAACAGAAA AAATACCTTC AACTACTCTG
TATCAATTAT TTACAGACCA AGTAAAACGT ACACCGGATG AAGTAGCAGT GGTATTTGAA
CAAGAATGGT TAACATACTC GGAACTTCAT AAACGCTCCA ATCAAATTGC CCACTTCTTA
AAAGAGCAAG GCATTGGTCT AGGTGATAAA GTGGGGCTTT TAGCAAAAAG GCGAGTTGAC
ACAATTGTTA ATATGTTAGG TATTTTAAAA GCAGGTGCCG CTTATGTTCC GATTGATTCC
GATCATCCTT TAGATCGCCA AACATATATT TTAAAAAATA GCTCATGCAA ACTTTTATTA
GAACCTAGCC TTTATGAAGA AAATGATTTG TCATTTTATA CAACAGAAGA TATGCCTGCT
ATTGCTGGTC CAGAAGATAT TGCCTATATT ATATACACTT CAGGAAGTAC AGGAAAACCA
AAAGGAGTAA TTATTACTCA CCAAGCGGTT ACAAATACTA TTCAAGACAT AAATCAAAAA
TATGAGGTAA ATGAAGATGA TCGTATTATT GGTATCTCTT CCATGTGTTT TGACCTATCT
GTATACGATA TTTTCGGAGC TTTAAGCACA GGTGCAATGT TGGTGATGAT TCGTGATCCA
AGAGACATGC AAGAATTAAT CCGCACTGTC GAACGTAGAG GGATTACAAT TTGGAATACA
GTGCCTGCAA TCATGGATTT AGCATTGGAT CAAGTAGGTT CTCATTTTGA ACATTCTTCT
TTACGTTTAG TTTTACATAG TGGAGATTGG ATTCCGCTTT CTTTACCAGA AAAAATAAAA
CGACATTTTC CGATTGCAGA AGTAGTTTCA CTAGGAGGGG CAACAGAAGC ATCGATTTGG
TCAATTTATT ATCCGGTCAA ACAAGTGAAA TCACATTGGA ATAGTATTCC ATACGGGATG
CCCTTGGCAA ACCAAACGTA TTATGTGTTG AACTATGAAA AGAAAATGTG CCCTGTTGGT
GTAATTGGAG ATTTATATAT CGGGGGAGTG GGCCTTGCTA AAGGATATTT AAATGATGAA
AAGAAAACAA ATGAAGCGTT TGTGTCACAT CCTGATTTTG GTCTTATATA CAAAACAGGA
GATTGTGGAA AAATGCATTC TGAGGGATAT ATTGAATTTT TAGGCCGCCA AGATTACCAA
GTGAAAATTC AAGGATATCG AGTAGAGTTA GAAGAAATCT CTCATTGTCT TCTAACTTAT
AAACAAGTCG AACACGCTGT CGTAATTGAT CAAACAGATG AGAACGGAAT AAAATTTTTA
GTTGCATATG TGGTAACTGA GCAAAATATT AGTACAACAG AACTACGAAA GCATTTGCGA
GATCACTTGC CAGATTACAT GATTCCTTCT TATTTTGTTT ATTTGGACCA ATTACCCTTG
ACTCCAAACG GTAAATTAGA TAGAAAAGCG CTCCCTACTC CAGAGAAACA AAAAAATGAA
GTATTTATTG CTCCAAAAAC TGAAATGGAA AAAATATTAA CTAGTATTTG GCAAGAAGTA
CTCAAAATAG ATCAAGTTGG AGTAAATGAT CATTTCTTCG CCTTAGGTGG AGATTCGATA
AAAGCGATTC AAGTGTCCGT CAGACTGTAT CGACAAGGAT TTGAGCTTGA ACCAAAAAAT
CTATTTTCAT TTCCTATATT AAGGGACATG GTTCAATTTG TTAAAAAGCT AGACCATTTT
TCAAGTTCAC AAACAAATGA TGTAAACATA ATGAACGATA ATAAAGCTGC ATTACTAAAT
ATTAAAGATA AACAACTTAA TCAACAAACG CTTACCAAAA TACAAGAAAA AATGCCGGAT
ATAAAAATAG AACATATTTA CCCGTTAGCA CCTTTCCAAG AAGTTATTTA TGAACATGCT
ACGAATGAAC CTGATACAAA TGCATATTTT GAACAAACAA TTTGGGCTCT TGAGGGGGAG
CTGGATATTA AACTCTTTAT TCAGTGTTTC CAACAATTGG TTAATCGTCA TGATTCTTTA
AGAACAATAA TTGTGCAAGA TGAACAAGCA AAACCTTGGC AAGCTGTTCT ATATGATGTT
CAAATAAATT CAGAAATAAA AAACTTGATT GAGATGACGA AACAAGAACA GCAAGAATTC
CTAAAACAGT GGATGAATGA AAATTTAAGT CGAGGATTTA AAAATGATGA ACTTATGACA
CGTCTCTGTA TATTCCAACT AGGTAATAAC GAGCATAAGG TAATTTGGAG TTCCCATCAT
CTGTTATGTG ATGGTTGGAG CGTCAGCATT TTGATAGACG AATTATTCCA GCTCTACGAA
ACTACAAATG CGGGAACTAT GGTGGAGTTA CCTATGGTAA AACCTTTTGA AACATTCATA
GACTGGACTT TGGCACAAGA TCATGAGAAA GCACGTCATT TTTGGCGAGA TTATTTATCA
GGATACAATC AGAAAATTAG TATTCCTAAA AAGAAAGTCC CATCTAAAAG TGAAGGGTTA
AACTTCACTT TTATGGATTT AACATTAGAC AAGGATTTGA CTAATCAGTT ACAGACATTT
GTAACTAAAA ACAATATAAC TATGAATACA GCACTACTAG CTGTATGGGG AATATTACTT
GGCAAATTCA ACGGAACGAG AGAAGTCGTA TTGCCTAATC TAGTATCAGT CAGACCTCCC
GAAGTAGAAG GAATTGAAAA TATGTTCGGT CTGTTCACAA ATGTTTTGCC TATCCGATTA
GCATGGACAG AAACGCAATC TTTTGTGGAC TTCCTACAAA AGGTACAACT AGAGACATTG
AAATGTAATG AGTATGCATA CTATTCATTT GTTGATATAC AAAAGCAAAG TGAATTAAAA
ACTGAGTTGA CTGACCATCT TTGGGTTTTT GAAAACTATC CAACTAATCC AGCAATCTTT
TCTTCAAATG AAAACAGACA TTTTGCTATC ACGGATTATG AAGTTGTTGA TGAGCCACAT
GTAAAGTATG GAATTATGTG CTTCCCTGAA GAAAAACTTA CAATAAAGTT TGGATTTGAT
CAAACCGTAT ATGAAGCAGA GAAAATACAA GGAATATTAA ATCACATCCA TGGATTAATC
AACATGATTC TTCAAAATCC AATACAAGCA ATTGGTGATT ACAAATTATA A
|
|---|
| Protein sequence | MHIKDRSSIH ENKEVEAFWK EQLSSEVLDF SVFNSDNQLN KETPCEFVQV IVNVEFSKSI
QKISKSQDLL LFSWFQAALR VCLAHYTDQE RVTISIPIIE KNLEQSENLN KLIPLGSEIH
PHHTFKQLVN EIEQTTLFGY ENQEYPLSEL LVKHNLTPFQ IVIGMEGLHN ENSLEEYAEN
NLVLWIRRKW NEIHNEFEFQ ISCKSRSFSS LQQFANSYCY VLKQVSQNPN LALKDICIIA
EEEKELLEGL NTFQTGIDLF QSFQDLFEAQ VLKTPDQIAV VCNDQSLTYR ELNKKANQLA
SILQSKGVSK ESIIGVMVDR SLEMIIGMMG ILKAGAAYLP IDPNYPTERI EYMLQDSQAK
YLLSKRTEEV LPQFAGEVLY LDKEYLFQGE ESNLVREHNP NDLAYVIYTS GSTGNPKGVM
IEQKSLVHFL NVMREKVKAN QSFLFLASVS FDISLLEICL PLTQGSKVVI ATEDQFATKE
LAHLVKKHKV DLWESTPSRM EVILSDPEGA NFLKDLKSIL LAGEAFSIDL VEKIRCISEA
TILNIYGPTE TTICATVKDL STSKEVTIGK PNPNYHSYIL NKYGQLKPFG IPGELCIAGV
AVARGYLGKS KLTDEKFVPS PFAAGEMMYH TGDLVRWLPN GELEYLGRMD HQVKIRGYRI
ELREIETQLR EYPEINQAIV VDQVYGNRKL LAAYYVSDNK VSFGEIRKYL SDKLPEFMIP
EKMIQVEEIP LNPNGKVDRK RLLDITQTDY VSIPYVAPRN EIEQKLVCAW EKVMEIEGIG
IHDNFFALKG ESIKALQVIN LLRKDCLKIS TTDFFKHPTI AQLSSCVKLE HKEENFESRP
THVKDLSNPF SLTEVQTAYM LGRNSQFELS GISPQTYFEY ETALDINRLS KSFQKVIHRH
PMLRAVILPE GKQQILQSVP DYEIEIVSLI DLDDRNQNAR LQEERSRMTN HVFPLGQWPL
FELKAFLLKE DKYLLCFRYD ALLMDGASMN IVGQDLLHYY YKPNQKLESL SFDFQDYMFI
YDEMEQSEEY KTAKDYWTSK LPDFPFAPSL LLKKDPAEIA TPKFQSLTKI LDNEKWTKLR
KLAQEKEVTP SALLCTIYGD VLAYWSNQRR LAINLTVFNR YPVHDEVEKI VGDFTSLILL
DVDVKPGQNF FTRVKETQST LLDGLEHRHY DGVNFIRDFT RYHQMTPKAV MPIVFTSMLA
GAGAFSWEQL GSLRYIHART PQVYLDNVVI EKNGELLISW NYVEELFDVD VIEAMFSQFV
DLLEQLVKQS DITSLQMKES DQTLIKQYNE TTEKIPSTTL YQLFTDQVKR TPDEVAVVFE
QEWLTYSELH KRSNQIAHFL KEQGIGLGDK VGLLAKRRVD TIVNMLGILK AGAAYVPIDS
DHPLDRQTYI LKNSSCKLLL EPSLYEENDL SFYTTEDMPA IAGPEDIAYI IYTSGSTGKP
KGVIITHQAV TNTIQDINQK YEVNEDDRII GISSMCFDLS VYDIFGALST GAMLVMIRDP
RDMQELIRTV ERRGITIWNT VPAIMDLALD QVGSHFEHSS LRLVLHSGDW IPLSLPEKIK
RHFPIAEVVS LGGATEASIW SIYYPVKQVK SHWNSIPYGM PLANQTYYVL NYEKKMCPVG
VIGDLYIGGV GLAKGYLNDE KKTNEAFVSH PDFGLIYKTG DCGKMHSEGY IEFLGRQDYQ
VKIQGYRVEL EEISHCLLTY KQVEHAVVID QTDENGIKFL VAYVVTEQNI STTELRKHLR
DHLPDYMIPS YFVYLDQLPL TPNGKLDRKA LPTPEKQKNE VFIAPKTEME KILTSIWQEV
LKIDQVGVND HFFALGGDSI KAIQVSVRLY RQGFELEPKN LFSFPILRDM VQFVKKLDHF
SSSQTNDVNI MNDNKAALLN IKDKQLNQQT LTKIQEKMPD IKIEHIYPLA PFQEVIYEHA
TNEPDTNAYF EQTIWALEGE LDIKLFIQCF QQLVNRHDSL RTIIVQDEQA KPWQAVLYDV
QINSEIKNLI EMTKQEQQEF LKQWMNENLS RGFKNDELMT RLCIFQLGNN EHKVIWSSHH
LLCDGWSVSI LIDELFQLYE TTNAGTMVEL PMVKPFETFI DWTLAQDHEK ARHFWRDYLS
GYNQKISIPK KKVPSKSEGL NFTFMDLTLD KDLTNQLQTF VTKNNITMNT ALLAVWGILL
GKFNGTREVV LPNLVSVRPP EVEGIENMFG LFTNVLPIRL AWTETQSFVD FLQKVQLETL
KCNEYAYYSF VDIQKQSELK TELTDHLWVF ENYPTNPAIF SSNENRHFAI TDYEVVDEPH
VKYGIMCFPE EKLTIKFGFD QTVYEAEKIQ GILNHIHGLI NMILQNPIQA IGDYKL
|
|---|
| |