| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_0466 |
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| Symbol | colA |
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| ID | 2856845 |
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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 thuringiensis serovar konkukian str. 97-27 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_005957 |
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| Strand | + |
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| Start bp | 546992 |
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| End bp | 549889 |
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| Gene Length | 2898 bp |
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| Protein Length | 965 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637511887 |
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| Product | microbial collagenase |
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| Protein accession | YP_034814 |
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| Protein GI | 49476834 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 AATCAAAGAT TAATAAAGTT ATGCTTAGCA TTAGTACAAT GGCTCTATCA
TTAGGGGCGC TTCAAGCTCC TGTATCAGCG GAAGAAAAAG TACCGTATAA TGTGTTGAAA
ACGAAACCAG TTGGAATTGA AAAACCAGTA GATGAGATTG GACACATTTC TAAAGCGGAG
GAAACATTAT CGTTTCAAGA ACGTTTAAAA GTAGGAGACT TTTCACAGCG ACCAGCATCT
ATTACGAATA AAGCGACAGT AAAGCAAGTT AAAGAAAGCT ATTCAATGGC TGATTTAAAC
AAAATGAATG ATCAAGAATT AGTTGAAACG TTAGGTAGTA TTAAGTGGCA CCAAATTACA
GACTTATTCC AGTTTAATGA AGATGCAAAA GCTTTTTATA AAGATAAAAG GAAAATGCAA
GTCGTTATAG ATGAATTAGC TCATCGGGGT AGTACATTTA CGAAAGATGA TTCAAAAGGA
ATTCAAACGT TTACGGAAGT GTTACGTTCA GCTTTTTATC TGGCATTTTA TAATAACGAG
TTAAGTGAAT TAAATGAAAG AAGCTTCCAG GACAAATGTT TACCTGCTTT AAAAGCAATC
GCAAAAAATC CAAACTTTAA GCTTGGTACA GCTGAACAAG ATACAGTCGT ATCTGCATAC
GGTAAATTAA TTAGTAATGC GTCAAGCGAT GTTGAAACAG TTCAATACGC ATCGAATATT
TTAAAGCAAT ACAATGATAA TTTTACTACG TATGTAAATG ATCGAATGAA GGGACAAGCA
ATATACGATA TTATGCAAGG GATTGACTAT GATATACAGT CTTACTTAAT TGAAGCTCGT
AAAGAAGCAA ATGAAACGAT GTGGTACGGG AAAGTAGATG GGTTTATTAA TGAAATAAAT
CGTATTGCTC TTTTAAATGA AGTAACACAA GAAAATAAGT GGCTCGTTAA TAATGGAATT
TACTTTGCAA GTCGTTTAGG GAAGTTTCAC AGTAATCCAA ATAAAGGTTT AGAAGTTGTT
ACACAAGCAA TGCATATGTA TCCGCGCTTA AGTGAACCGT ACTTTGTCGC AGTAGAACAA
ATTACAACAA ATTATAACGG AAAAGATTAT AGCGGGAATA CAGTAGATTT AGAGAAAATA
CGTAAAGAAG GAAAAGAGCA GTACTTACCA AAAACGTATA CATTTGATGA TGGATCTATC
GTATTTAAAA CAGGAGATAA AGTATCGGAA GAAAAAATTA AGAGACTATA CTGGGCTGCA
AAGGAAGTAA AAGCACAGTA TCATCGTGTA ATTGGGAATG ACAAAGCGTT AGAGCCGGGC
AATGCAGATG ATATATTAAC GATAGTAATT TATAACAGCC CAGAAGAGTA CCAGTTAAAT
AGACAACTGT ATGGATACGA AACAAATAAC GGTGGAATTT ATATTGAAGA AACAGGAACA
TTCTTTACAT ATGAACGCAC GCCAGAACAA AGTATTTATA GTTTAGAAGA ATTATTCCGC
CATGAGTTTA CCCATTATCT TCAAGGGAGA TATGAAGTGC CAGGTTTATT CGGAAGAGGA
GATATGTATC AAAATGAAAG GTTAACTTGG TTCCAAGAAG GAAATGCAGA GTTTTTCGCA
GGGTCTACTC GAACAAATAA TGTAGTACCG AGAAAGAGCA TCATTAGTGG ATTATCATCT
GATCCTGCAA GCCGTTATAC AGCAGAGCGC ACATTATTTG CTAAATATGG CTCTTGGGAT
TTCTATAATT ACTCGTTCGC ATTGCAATCT TACTTATATA CACATCAATT TGAAACATTT
GATAAAATTC AAGATTTAAT TCGTGCAAAT GACGTGAAAA ATTATGATGC CTATCGTGAG
AATTTAAGTA AAGACCTTAA ACTAAATGAA GAGTATCAAG AGTATATGCA GCAGCTAATC
GATAATCAAG ATAAATATAA TGTACCGGAA GTAGCAGATG ATTATTTAGC TGAACATGCA
CCAAAATCAT TAACAGCAGT AGAGAAAGAA ATTACTGAAA CGTTGCCGAT GAAAGATGCA
AAAATGACAA AACATAGCTC CCAATTCTTT AATACATTTA CATTAGAAGG CACGTATACA
GGTAGTGTAA CAAAAGGTGA GTCAGAAGAT TGGAACGCAA TGAGTAAGAA AGTAAACGAA
GCTTTAGAAC AACTGGCGCA AAAAGAATGG AGTGGCTACA AAACTGTTAC AGCATATTTC
GTCAATTACC GTATAAATAG TTCAAATCAA TTTGAATATG ATGTAGTCTT CCACGGTATC
GCAAAAGATG ACGGAGAAAA TAAAGCTCCA ACAGTTAATA TAAATGGCCC TTATAATGGA
CTTGTAAAAG AAGGTATTCA ATTTAAAAGT GATGGCTCAA AAGATGAAGA TGGAAAAATC
GTTTCTTATT TATGGGACTT TGGAGATGGA AGCACAAGTG CAGAAGTAAA TCCGGTACAT
GTATATGAAA GAGAAGGTTC ATATAAAGTA GCGTTAATAG TAAAAGATGA TAAAGGAAAA
GAGAGCAAAA GCGAAACAAC GGTTACGGTT AAAGATGGAA GTTTAACAGA ATTAGAACCA
AATAATCGCC CAGAGGAAGC AAATCGTATT GGACTAAACA ATACGATAAA AGGTAGCCTT
ATCGGCGGAG ATCACACTGA TGTTTATACA TTTAATGTAG CAACAACGAA AAATATTGAT
ATTTCCGTTT TAAATGAATA TGGAATCGGG ATGACATGGG TACTTCACCA TGAATCAGAT
ATGCAAAATT ATGCTGCTTA CGGTCAAGCA AATGGAAATC ATATAGAGGC AAACTTTAAT
GCAAAACCAG GTAAGTATTA CTTGTATGTA TATAAATATG ATAATGGTGA TGGAACATAC
GAATTATCAG TAAAATAA
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| Protein sequence | MNKKSKINKV MLSISTMALS LGALQAPVSA EEKVPYNVLK TKPVGIEKPV DEIGHISKAE
ETLSFQERLK VGDFSQRPAS ITNKATVKQV KESYSMADLN KMNDQELVET LGSIKWHQIT
DLFQFNEDAK AFYKDKRKMQ VVIDELAHRG STFTKDDSKG IQTFTEVLRS AFYLAFYNNE
LSELNERSFQ DKCLPALKAI AKNPNFKLGT AEQDTVVSAY GKLISNASSD VETVQYASNI
LKQYNDNFTT YVNDRMKGQA IYDIMQGIDY DIQSYLIEAR KEANETMWYG KVDGFINEIN
RIALLNEVTQ ENKWLVNNGI YFASRLGKFH SNPNKGLEVV TQAMHMYPRL SEPYFVAVEQ
ITTNYNGKDY SGNTVDLEKI RKEGKEQYLP KTYTFDDGSI VFKTGDKVSE EKIKRLYWAA
KEVKAQYHRV IGNDKALEPG NADDILTIVI YNSPEEYQLN RQLYGYETNN GGIYIEETGT
FFTYERTPEQ SIYSLEELFR HEFTHYLQGR YEVPGLFGRG DMYQNERLTW FQEGNAEFFA
GSTRTNNVVP RKSIISGLSS DPASRYTAER TLFAKYGSWD FYNYSFALQS YLYTHQFETF
DKIQDLIRAN DVKNYDAYRE NLSKDLKLNE EYQEYMQQLI DNQDKYNVPE VADDYLAEHA
PKSLTAVEKE ITETLPMKDA KMTKHSSQFF NTFTLEGTYT GSVTKGESED WNAMSKKVNE
ALEQLAQKEW SGYKTVTAYF VNYRINSSNQ FEYDVVFHGI AKDDGENKAP TVNINGPYNG
LVKEGIQFKS DGSKDEDGKI VSYLWDFGDG STSAEVNPVH VYEREGSYKV ALIVKDDKGK
ESKSETTVTV KDGSLTELEP NNRPEEANRI GLNNTIKGSL IGGDHTDVYT FNVATTKNID
ISVLNEYGIG MTWVLHHESD MQNYAAYGQA NGNHIEANFN AKPGKYYLYV YKYDNGDGTY
ELSVK
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