| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_4868 |
|---|
| Symbol | |
|---|
| ID | 2747166 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus cereus ATCC 10987 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_003909 |
|---|
| Strand | - |
|---|
| Start bp | 4495891 |
|---|
| End bp | 4499856 |
|---|
| Gene Length | 3966 bp |
|---|
| Protein Length | 1321 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 55% |
|---|
| IMG OID | 637281667 |
|---|
| Product | triple helix repeat-containing collagen |
|---|
| Protein accession | NP_981161 |
|---|
| Protein GI | 42783914 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 12 |
|---|
| 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 | ATGAAAGAGC GCGATAAACA AAATTCATTA AACTCTAATT TCAGAATCTC ACCAAATCTT
ATTGGACCTA CCTTTCCTCC TGTTCCAACG GGATTTACTG GTATTGGGAT TACTGGTCCA
ACCGGTCCAC AAGGCCCGAC AGGACCTCAA GGGCCAAGGG GATTACAAGG TCCAATGGGA
GAGATGGGCC CAACAGGACC TCAAGGAGTA CAAGGAATTC AAGGACCCGT TGGGTCAATA
GGTGCAACGG GACCAGAAGG ACAGCAGGGG CCACAAGGAT TAAGGGGACC ACAGGGAGAA
ACTGGAGCGA CAGGACCTCA AGGAGTACAA GGATTGCAAG GTCCAGCTGG TCCAACTGGA
GCGACAGGAG CACAAGGTAT ACAAGGTATA CAGGGATTAC AAGGGCCCAT TGGAGCTACC
GGGCCAGAGG GACCACAAGG AATCCAAGGA GTGCAAGGAT TACCTGGGGC AACTGGTCCA
CAAGGAATAC AAGGGGCACA AGGAATGCAA GGGCTACAAG GGCCGAGTGG AAATACAGGG
GCAACCGGAG CGACAGGTCA GGGGATAACA GGTCCGACTG GAGTAACAGG TCCGACAGGG
ATCACTGGTC CGTCAGGAGG ACCTCCTGGT CCGACGGGGC CAACTGGTGC GACAGGTCCG
GGCGGTGGAC CGAGTGGAAG TACAGGAGCA ACAGGAGCAA CGGGAAATAC TGGGGCTACA
GGAAGTACGG GGGTAACAGG AAGTACGGGG GTAACAGGAG CGACGGGAAG TACAGGTCCG
ACTGGAAGCA CGGGAGCACA GGGCTTGCAA GGAATACAAG GGATTCAAGG GCCAATTGGG
CCAACCGGTC CAGAAGGTCC GCAGGGTATT CAAGGGATTC CTGGTCCGAC GGGAGTAACC
GGTGAACAAG GAATACAAGG AGTTCAGGGT ATTCAAGGAG CAACGGGTGC AACAGGGGAT
CAAGGTCCAC AAGGTATACA GGGGGCTATA GGGCCACAAG GGGCAACAGG GGCCACAGGA
GATCAAGGTC CACAAGGAAT ACAAGGAGTA CCAGGGCCAT CAGGAGCAAC AGGCCCACAG
GGAGTTCAAG GGCTACAAGG TCCGATGGGT GATATAGGGC CAACAGGTCC AGAAGGCCCA
GAGGGACTTC AGGGCCCGCA AGGAATACAA GGTGTGCCAG GGCCAGTTGG AGCGACGGGT
CCAGAGGGTC CTCAGGGGAT ACAAGGCATT CAAGGACCTG TAGGAGCAAC TGGCCCACAA
GGTCCACAAG GAATTCAGGG AATACAAGGT GTGCAGGGGA TAACGGGAGC AACGGGAGTA
CAAGGAGCAA CTGGAATTCA AGGGATACAA GGGGAAATAG GAGCAACAGG TCCAGAGGGG
CCCCAAGGAG TGCAAGGTGC TCAAGGAGGG ATTGGTCCAA CCGGTCCGAT GGGGCCCCAA
GGAGTGCAAG GAGTACAAGG AATACAAGGA GCGACGGGCG CACAAGGAGT GCAAGGTCCA
CAAGGAATAC AAGGAATACA AGGAATACAA GGAATACAAG GTCCGACTGG GGCAACAGGA
GATACGGGAG CAACAGGTGC GACAGGGGAA GGCACTACAG GCCCAACAGG AGTAACCGGT
CCAACAGGCC CATCTGGAGG ACCTGCCGGA CCGACCGGCC CAACGGGGCC ATCAGGTCCG
GCGGGAGTAA CAGGTCCATC TGGTGGACCA CCTGGCCCAA CAGGAGCAAC TGGGGCGACA
GGAGTAACAG GAGATACTGG GGCAACAGGC TCAACTGGAG TGACAGGAGC GACGGGAGAA
ACGGGAGCAA CCGGAGTGAC GGGTTTACAA GGTCCGCAAG GAATCCAAGG AGTGCAAGGA
GAGATAGGTC CGACGGGTCC CCAAGGTGTT CAAGGTCCGC AAGGAATTCA AGGAGTAACG
GGGGCCACAG GAGATCAAGG TCCGCAAGGG GTTCAAGGCC CACAAGGCGA CATAGGTCCA
ACCGGCCCAC AAGGAATTCA AGGCCCACAA GGTTCTCAAG GAATCCAAGG AGCGACAGGG
GGAACAGGAG CACAAGGCCC ACAGGGAATC CAAGGTCCGC AAGGTGACGT AGGTCCGACT
GGGCCACAAG GTCCAACTGG AATTCAAGGG ATACAAGGAG AGATAGGTCC AACCGGTCCA
GAAGGCCCAG AGGGACTTCA GGGTCCGCAA GGAATACAAG GTGTTCAAGG ACCAGTTGGA
GCAACGGGTC CAGAGGGTCC TCAGGGGATA CAAGGCATTC AAGGAGTGCA AGGAGCAACA
GGCTCACAAG GTCCACAAGG AATTCAGGGA ATCCAAGGTG TGCAAGGGAT AACGGGAGCA
ACTGGAGCAC AAGGAGCAAC TGGAATTCAA GGGATACAAG GGGAAATAGG AGCAACAGGT
CCAGAGGGCC CACAAGGAGT GCAAGGAGTA CAAGGAGAGA TAGGTCCAAC CGGTCCAATG
GGGCCCCAAG GAGTGCAAGG AGTGCAAGGA ATTCAAGGAG CGACGGGCGC ACAAGGAGTG
CAAGGTCCAC AAGGAATTCA AGGAATACAA GGTCCGACGG GGGCAACAGG AGAAACGGGA
GCAACAGGAG CGACAGGGGA AGGCACTACA GGCCCAACAG GAGTAACCGG TCCAACAGGG
GTAACAGGCC CATCTGGAGG ACCTGCCGGA CCGACCGGCC CAACGGGGCC ATCAGGTCCG
GCGGGAGTAA CCGGTCCATC TGGTGGACCA CCTGGCCCGA CAGGAGCAAC AGGAGCAACA
GGAGCGACAG GAGTAACAGG AGATACCGGG GCGACAGGCT CAACTGGAGT GACAGGAGCG
ACAGGAGAAA CGGGAGCAAC CGGAGTGACG GGTTTACAGG GACCGCAAGG AATACAAGGT
GTTCAAGGAG AGATAGGTCC AACCGGTCCA CAGGGTATTC AAGGTCCCCA AGGAATCCAA
GGAGTAACGG GGGCCACAGG AGCACAAGGT CCACAAGGAA TTCAAGGCCC ACAAGGCGAC
ATAGGTCCAA CTGGCCCCCA AGGAATTCAA GGTCCACAAG GCCCTCAAGG AATCCAAGGA
GCGACGGGGG CCACAGGAGC ACAAGGTCCA CAGGGAATCC AAGGTCCGCA AGGAGAGATA
GGTCCGACTG GCCCACAAGG CCCACAAGGA ATTCAAGGCC CGCAAGGAAT ACAAGGTCCA
ACGGGAGCTA CAGGAGCAAC CGGAGCGACA GGTCTCCAAG GAATTCAAGG CCCACAAGGA
ATTCAAGGCC CGCAAGGAAT ACAAGGTCCA ACGGGAGCTA CAGGAGCAAC CGGAGCGACA
GGTCTCCAAG GAATTCAAGG CCCACAAGGA ATTCAAGGCC CGCAAGGAAT ACAAGGTCCA
ACGGGAGCTA CAGGAGCAAC CGGAGCGACA GGTCTCCAAG GAATTCAAGG CCCACAAGGA
ATTCAAGGCC CGCAAGGAAT ACAAGGTCCA ACGGGAGCTA CAGGGGCAAC CGGAGCAACA
GGTTCACAAG GTCCAACTGG AGATACAGGT CCAACCGGAG CTGGAGCCAC TGGAGCGACT
GGGGCGACTG GAGTTAGTAC AACTGCAACG TATGCATTTG CGAATAATAC ATCTGGAACC
GCTATTTCCG TTTTATTAGG TGGCACGAAT ATTCCGTTAC CAAACAATCA AAATATTGGA
CCGGGAATAA CTGTTAGTGG TGGGAATACT GTATTTACAG TTGCAAGTGC AGGGAATTAT
TATATAGCTT ATACAATTAA TCTAACGGCA GGATTACTTG TAAGTTCTCG TATAACTGTA
AATGGCAGTC CGCTTGCGGG AACGATAAAC GCTCCGACAG TTGCTACTGG TTCATTTAGT
GCAACGATCA TTGCTAATTT GCCTGCTGGA GCTGCTATTA GTCTGCAGTT ATTTGGATTA
GTTGCAATCG CTACATTATC TACGACAACG CCAGGAGCTA CTTTAACTAT TATTAGATTA
AGTTAA
|
|---|
| Protein sequence | MKERDKQNSL NSNFRISPNL IGPTFPPVPT GFTGIGITGP TGPQGPTGPQ GPRGLQGPMG
EMGPTGPQGV QGIQGPVGSI GATGPEGQQG PQGLRGPQGE TGATGPQGVQ GLQGPAGPTG
ATGAQGIQGI QGLQGPIGAT GPEGPQGIQG VQGLPGATGP QGIQGAQGMQ GLQGPSGNTG
ATGATGQGIT GPTGVTGPTG ITGPSGGPPG PTGPTGATGP GGGPSGSTGA TGATGNTGAT
GSTGVTGSTG VTGATGSTGP TGSTGAQGLQ GIQGIQGPIG PTGPEGPQGI QGIPGPTGVT
GEQGIQGVQG IQGATGATGD QGPQGIQGAI GPQGATGATG DQGPQGIQGV PGPSGATGPQ
GVQGLQGPMG DIGPTGPEGP EGLQGPQGIQ GVPGPVGATG PEGPQGIQGI QGPVGATGPQ
GPQGIQGIQG VQGITGATGV QGATGIQGIQ GEIGATGPEG PQGVQGAQGG IGPTGPMGPQ
GVQGVQGIQG ATGAQGVQGP QGIQGIQGIQ GIQGPTGATG DTGATGATGE GTTGPTGVTG
PTGPSGGPAG PTGPTGPSGP AGVTGPSGGP PGPTGATGAT GVTGDTGATG STGVTGATGE
TGATGVTGLQ GPQGIQGVQG EIGPTGPQGV QGPQGIQGVT GATGDQGPQG VQGPQGDIGP
TGPQGIQGPQ GSQGIQGATG GTGAQGPQGI QGPQGDVGPT GPQGPTGIQG IQGEIGPTGP
EGPEGLQGPQ GIQGVQGPVG ATGPEGPQGI QGIQGVQGAT GSQGPQGIQG IQGVQGITGA
TGAQGATGIQ GIQGEIGATG PEGPQGVQGV QGEIGPTGPM GPQGVQGVQG IQGATGAQGV
QGPQGIQGIQ GPTGATGETG ATGATGEGTT GPTGVTGPTG VTGPSGGPAG PTGPTGPSGP
AGVTGPSGGP PGPTGATGAT GATGVTGDTG ATGSTGVTGA TGETGATGVT GLQGPQGIQG
VQGEIGPTGP QGIQGPQGIQ GVTGATGAQG PQGIQGPQGD IGPTGPQGIQ GPQGPQGIQG
ATGATGAQGP QGIQGPQGEI GPTGPQGPQG IQGPQGIQGP TGATGATGAT GLQGIQGPQG
IQGPQGIQGP TGATGATGAT GLQGIQGPQG IQGPQGIQGP TGATGATGAT GLQGIQGPQG
IQGPQGIQGP TGATGATGAT GSQGPTGDTG PTGAGATGAT GATGVSTTAT YAFANNTSGT
AISVLLGGTN IPLPNNQNIG PGITVSGGNT VFTVASAGNY YIAYTINLTA GLLVSSRITV
NGSPLAGTIN APTVATGSFS ATIIANLPAG AAISLQLFGL VAIATLSTTT PGATLTIIRL
S
|
|---|
| |