| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | pE33L466_0145 |
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| Symbol | colA |
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| ID | 3399644 |
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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 cereus E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007103 |
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| Strand | - |
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| Start bp | 154606 |
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| End bp | 157488 |
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| Gene Length | 2883 bp |
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| Protein Length | 960 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637659979 |
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| Product | collagenase |
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| Protein accession | YP_245643 |
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| Protein GI | 67078023 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGAACAAGA AATCAAAATT CACTCAAATG ATGCTAAGTA TTAGTACGAT GGCATTATCA
TTTGGGAGTA TTCAAACACA GGTATCAGCG GAAGAAAAAG CACCATATAA TGTATTACAA
ATCAAACCAA TTGGGACAGA AACTTCAAAA GATGAAATTG TACATGCTAC AAAAGCGGAC
GAAATATTGA CTTTTGAAGA GCGTTTAAAA GTAGGCGATT TTTCACAACG TCCTACTCTG
GTTATGAAAC GTGATGAAAG TCAATTAAAG CAAAGCTACA CTCTGGCAGA ACTGAATAAA
ATGCCTGATA GCGAACTCAT TGATACGCTT TCAAAAATTT CTTGGAATCA AATTACTGAT
TTATTTCAAT CCACTCAAGA TACGAAGGCT TTTTATCAAA ATAAAGAACG TATGAACATT
ATCATTGATG AATTAGGACA ACGAGGAAGC GCTTTTACAA AAGAGGACTC AAAGGGAATC
GAAACATTTG TTGAACTATT ACGTTCTGCT TTTTATGTGG GATATTATAA TAATGAATTA
AGCTACTTAA AAGAAAGAGG CTTCCATGAC AAATGTTTAC CAGCATTAAA AGCAATTGCG
AAAAATCCAA ACTTTACATT AGGTACAGCG GAGCAAGATA GAGTAGTAGC TGCGTACGGA
AAATTAATTA GTAATGCTTC TAGTGATACT GAAACAGTAC AATATGCGGT AAATATTTTA
AAACAATATA ATGATAATCT TTCTACGTAT GTAAGTGATT ATACGAAAGG ACAAGCTGTA
TATGAAATTG TAAAAGGAAT TGATTATGAT ATACAGTCTT ATATGCAGGA TACGAATAAA
AAACCTAATG AAACAATGTG GTATGGAAAG ATTGATAACT TTATAAACGA GGTTAGTAGA
ATTGCTCTCA TACGGAATAT AACAACTGAA AATAGTTGGC TAATTAATAA TGGCATTTAT
TATGCAGGTC GTTTAGGGAA ATTTCATAGT AACCCATACA AAGGATTAGA AGTTATTACA
CAAGCGATGA GCTTGTATCC TCGTTTAAGT GGACCTTATT TTGTAGCAGT AGAACAAATT
AAAACAAACT ATGGTGGAAA AGATTATAGT GGAAATGCAG TAGATCTACA GAAAATACGT
GAAGAAGGGA AACGACAATA CTTACCTAAA ACATATACAT TTGATGACGG ATCAATTGTC
TTCAAGACGG GAGATAAAGT AACAGAAGAA AAAATTAAGA GATTATATTG GGCAGCCAAA
GAAGTAAAAG CACAATATCA CCGTGTAATT GGTAATGATA AAGCACTAGA ACCGGGTAAC
GCTGATGATG TACTAACGAT AGTAATTTAT AATAATCCAG ATGAATATCA ATTAAATAGA
CAATTATATG GATATGAAAC AAACAACGGT GGAATTTATA TTGAAGAGAA GGGGACCTTC
TTTACATATG AGCGTACGCC AAAGCAGAGT ATTTATAGTT TAGAAGAGTT ATTCCGTCAT
GAATTCACTC ATTATTTACA AGGAAGGTAT GAGGTTCCTG GTTTATTTGG AAGCGGAGAA
ATGTATCAAA ATGAACGATT AACTTGGTTC CAAGAAGGGA ATGCAGAATT TTTTGCAGGA
TCTACACGTA CAAATAATGT TGTTCCGCGT AAAAGTATGA TAAGTGGCTT GTCATCTGAT
CCAGCAAGCC GTTATACAGC AAAGCAAACT TTGTTCTCAA AATATGGATC ATGGGACTTT
TATAAGTATT CTTTTGCACT ACAGTCATAT TTGTATAATC ATCAATTTGA AACATTTGAT
AAACTTCAAG ATTTAATCCG TGCAAACGAT GTGAAAAATT ATGACTTATA TCGTGAATCA
TTAAGCAACA ATACACAATT GAATGCAGAA TATCAAACGT ATATGCAGCA GTTGATTGAT
AATCAAGATA AATATAATGT ACCGCAAGTA ACAAATGATT ATTTAATTCA ACACGCACCA
AAGCCGTTAG CTGAAGTGAA AAACGAAATT GTGGATGTAG CAAATATAAA AGATGAAAAA
ATTACTAAAC ACGAGTCGCA ATTCTTTAAT ACATTTACCG TGGAAGGCAA GTACACAGGT
GGTACATCAA AAGGTGAGTC TGAAGATTGG AAAACGATGA GTAAACAAGT AAATCAAGCT
TTGGAGCAGT TATCCCACAA AGGGTGGAGT GGTTATAAAA CAGTTACAGC CTATTTTGTA
AACTATCGTG TGAATGCAGC TAACCAGTTT GAATATGATA TTGTTTTTCA TGGTGTTGCA
ACAGAGGAAA AGGAAAAAAC AAATACTATA GTAAATATGA ATGGACCATA CAGCGGGATA
GTAAATGAAG AGATTCAATT TCATAGCGAT GGTACAAAAA GTGAAAATGG AAAAGTTATT
TCTTATCTAT GGAACTTTGG AGATGGTGCA ACAAGTACAG AAGCAAATCC TACCCATGTA
TATGGAGAAA AAGGAACATA CACTGTGGAA CTAACAGTGA AAGATAGTAG AGGAAAAGAA
AGCAAAGAAC AAACAAAAGT TACTGTAAAA CAAGATCCGC AAACAGGTGA ATCCCATGAA
GAGGAGAAGG TACTCCTGTT TAATACGCTT GTAAAAGGAA ATCTGGTTAC TCCTGATCAA
ACAGATGTTT ATACGTTTGA TGTTACAGAT CCAAAAGAAG TAGATATTTC TGTGGTAAAT
GAACAAAATA TTGGGATGAC ATGGGTACTT TATCATGAAT CAGACATGCA AAATTACGTA
GCTTGTGGTG AAGATGAAGG AGATGTTATA AAAGGGAAAT TCGCAGCAAA ACCAGGAAAA
TATTATTTGA ATGTGTATAA ATTTGATGAT AAAAATGGTG AATATTCATT ATTAGTAAAA
TGA
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| Protein sequence | MNKKSKFTQM MLSISTMALS FGSIQTQVSA EEKAPYNVLQ IKPIGTETSK DEIVHATKAD
EILTFEERLK VGDFSQRPTL VMKRDESQLK QSYTLAELNK MPDSELIDTL SKISWNQITD
LFQSTQDTKA FYQNKERMNI IIDELGQRGS AFTKEDSKGI ETFVELLRSA FYVGYYNNEL
SYLKERGFHD KCLPALKAIA KNPNFTLGTA EQDRVVAAYG KLISNASSDT ETVQYAVNIL
KQYNDNLSTY VSDYTKGQAV YEIVKGIDYD IQSYMQDTNK KPNETMWYGK IDNFINEVSR
IALIRNITTE NSWLINNGIY YAGRLGKFHS NPYKGLEVIT QAMSLYPRLS GPYFVAVEQI
KTNYGGKDYS GNAVDLQKIR EEGKRQYLPK TYTFDDGSIV FKTGDKVTEE KIKRLYWAAK
EVKAQYHRVI GNDKALEPGN ADDVLTIVIY NNPDEYQLNR QLYGYETNNG GIYIEEKGTF
FTYERTPKQS IYSLEELFRH EFTHYLQGRY EVPGLFGSGE MYQNERLTWF QEGNAEFFAG
STRTNNVVPR KSMISGLSSD PASRYTAKQT LFSKYGSWDF YKYSFALQSY LYNHQFETFD
KLQDLIRAND VKNYDLYRES LSNNTQLNAE YQTYMQQLID NQDKYNVPQV TNDYLIQHAP
KPLAEVKNEI VDVANIKDEK ITKHESQFFN TFTVEGKYTG GTSKGESEDW KTMSKQVNQA
LEQLSHKGWS GYKTVTAYFV NYRVNAANQF EYDIVFHGVA TEEKEKTNTI VNMNGPYSGI
VNEEIQFHSD GTKSENGKVI SYLWNFGDGA TSTEANPTHV YGEKGTYTVE LTVKDSRGKE
SKEQTKVTVK QDPQTGESHE EEKVLLFNTL VKGNLVTPDQ TDVYTFDVTD PKEVDISVVN
EQNIGMTWVL YHESDMQNYV ACGEDEGDVI KGKFAAKPGK YYLNVYKFDD KNGEYSLLVK
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