| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK2019 |
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| Symbol | ramA |
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| ID | 3024628 |
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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_006274 |
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| Strand | + |
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| Start bp | 2140200 |
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| End bp | 2142782 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637546245 |
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| Product | alfa-L-rhamnosidase |
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| Protein accession | YP_083611 |
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| Protein GI | 52143218 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | GTGCTAATAA TAAAGAAATT GCGCTGTGAT AATAATAATA ATCCGATAGG TATAGATTCG
AAAGTTGTTA AAATTAGTTG GCAACTCGAG TCGAGTAACC GAAATGTAAA ACAACTTGCG
TATCAATTGC AGGTTGCGAA GGATAGAGAG TTTAAAACTA TAGTATTTGA TTCGCAGAAG
GTAGAGACAG ATCAAAGTTT ATATATACCA ATCAATTCGT TTTCATATAG TAGGGAAACA
CGCTATTTTT ACCGAGTGAA GGCATGGGAT AATCATGAAG AAGAGTCAGC TTGGTCAGAA
GTAGCATTTT GGGAGACTGG ATTACAAGGG CAAGATAATT GGAGCGGGAA CTGGATTGCT
GCGAAAAAAG AACGCACGCA AGTTATGTCT TTTCATAAAA GCTTTTCTAT TAAAAAATTA
GTTAAAAAAG CACGTTTATA TATGACTAGT TTAGGATTAT ACGAGGCTTC TATAAATGGA
GAGCGTATTG GAGATTGTTA TTTTACCCCT GGATGGACAA GTTATGATAA AAGGATATTG
TATCAAACAT ATGATATAAC GCATGTATTA AAGATTGGGT ATAATGATAT TTCTACTCTG
GTAGGTAACG GCTGGTATAA AGGGCCGATT ACTATGCAGC ATGTACGTAA TTATTACGGG
AAAAGACGTG CGATAATTGC TCAAATACAT ATAACATATG AAGATGGAAC GAAAGAAAAA
ATTGTAACAG ATGAATCATG GAAAGTAATG CCAAGCCCTA TTTTGTATTC GGAAATATAT
GAAGGGGAGG TTTATGACGC TAGGCTAGAA GAAAGTGATC AAAAGCTAGA AGATGTTGAA
GTAATTGTGC ATTCTAAACA AATAATTGTT GCACAAGAAA ATGAAGCAAT TCGTAAAATG
AAAATTATAA AACCAATCGC TATTTCAAAA CTACCCAATC ATGAATGGCT TATTGATATG
GGGCAAAATA TGGTAGGTTG GGTTCGGTTT AAAGTCCGTC ATGTTTATAC TGGACAAAAG
ATAGAATTGC ATCATGCTGA AATATTAAAT AAAGACGGTA GCTTTTATAC TGGGAATCTC
CGAAAGGCAA AACAAAAAAT AGTGTATATA GCAAAAGGAG AGGAAGAGGA AACGTTTGAA
CCTCATTTTA CCTATCAAGG CTTTAGGTAT GTGAAAATAA GTGGATTAAC CCAGCCCCCT
CAAATAGCAG ATTTTGAAGG GGTTGTATTA CATACAGATA TGGAAAAAGC GACTAAATTT
GAAACGTCTA ATCCATTAAT CAATCAACTG CATCAAAATG TGGAATGGTC TCAAAGAGGG
AACTTTTTTG ATGTGCCAAC AGATTGTCCG CAACGAGATG ATCGACTTGG ATGGACAGGA
GATGCACAAA TGTTTATTGG GACAGCTACG CAAATTATGA ATGTACAATT GTTCTTTAAA
AAATGGCTCC AAGATTTATC ATTAGATCAA AATGTTAATG GAGCTGTGCC GTTAGTTATT
CCAGATGCGT TTGGGAAAAG AGCGGATTTT GATTTACATA CTTCTGGTGG TTGGGGCGAT
GCAGCAATTA TATGTCCGTG GGTTCATTAT TTACATTACG GAGATGTATC GATTTTAAAA
GAACAATATG ACAGTATGAA GAAGTATATA GATTACATAC GTTCACAAGG TGAAAATGAG
TATTTATGGG ATACAGGCTA TCATTTAGGG GATTGGCTTG CATTAGATAC GAAACCTGAT
GTATGTGAAG GCGGAACAGA CAAGCATTTT ATTGCGACAG CTTATTACGC GTATTCTACA
TCGCTTTTAC GAAAGGTTGC TGAGATTTTA GGTGAAAATA CAGACGCTAA GTTTTATGCA
GAGCTACATG GAAATATTGT TCAAGCGTTT CAAAATGAAT TCGTTACACC GAATGGTAGG
TTAATTTCAA ATACCCAAAC AGCCCACATA TTAGTACTTC TTTTTGAACT AGTAAAAGAT
AATGTGAAGG AGAAAGTATT TAATCGATTA ATTGAGCTTT TAAAAGCAAA TAAAAATCAT
TTAACAACAG GTTTTATAGG AACACCGTAT TTAAATTTAA TATTAAGCAA GTTTAACCGT
CATGACCTTG CTTGTAAGCT TCTATTTCAT GAAGATTATC CATCATGGTT ATACCAAGTG
AGACAAGGTG CCACAACGAT TTGGGAACAT TGGGATGGCG TGAAAGAGGA TGGAACACTT
TGGAATGATA GTATGAATTC GTACAATCAT TACGCATATG GCTCTATCGT TGAATGGATA
TATCGATATA TTATTGGATT AGAAGTGGAT GAAACAAAAC CAGCATATAA ACATTTTTAT
ATTCAGCCTC ATTTTAATTC TAATCTAGAT TGGGTTTGTA TTAAGCGTGA AACAGCATAT
GGAGAAATTA AAATTGATTG GCGTGTAGAA CATAGACAAG CAGTATTAAA CGTTGATGTG
CCAACAAATA CATCTGCCAC ATTACGAATA GTGGAAGATG ATTGGAGCGC AATTGACATG
CCTGAAATGA AATTAGGTTC AGGCGCATAT GAATTTAGAT TTTGTAAGAA CATACAGAAG
TAG
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| Protein sequence | MLIIKKLRCD NNNNPIGIDS KVVKISWQLE SSNRNVKQLA YQLQVAKDRE FKTIVFDSQK
VETDQSLYIP INSFSYSRET RYFYRVKAWD NHEEESAWSE VAFWETGLQG QDNWSGNWIA
AKKERTQVMS FHKSFSIKKL VKKARLYMTS LGLYEASING ERIGDCYFTP GWTSYDKRIL
YQTYDITHVL KIGYNDISTL VGNGWYKGPI TMQHVRNYYG KRRAIIAQIH ITYEDGTKEK
IVTDESWKVM PSPILYSEIY EGEVYDARLE ESDQKLEDVE VIVHSKQIIV AQENEAIRKM
KIIKPIAISK LPNHEWLIDM GQNMVGWVRF KVRHVYTGQK IELHHAEILN KDGSFYTGNL
RKAKQKIVYI AKGEEEETFE PHFTYQGFRY VKISGLTQPP QIADFEGVVL HTDMEKATKF
ETSNPLINQL HQNVEWSQRG NFFDVPTDCP QRDDRLGWTG DAQMFIGTAT QIMNVQLFFK
KWLQDLSLDQ NVNGAVPLVI PDAFGKRADF DLHTSGGWGD AAIICPWVHY LHYGDVSILK
EQYDSMKKYI DYIRSQGENE YLWDTGYHLG DWLALDTKPD VCEGGTDKHF IATAYYAYST
SLLRKVAEIL GENTDAKFYA ELHGNIVQAF QNEFVTPNGR LISNTQTAHI LVLLFELVKD
NVKEKVFNRL IELLKANKNH LTTGFIGTPY LNLILSKFNR HDLACKLLFH EDYPSWLYQV
RQGATTIWEH WDGVKEDGTL WNDSMNSYNH YAYGSIVEWI YRYIIGLEVD ETKPAYKHFY
IQPHFNSNLD WVCIKRETAY GEIKIDWRVE HRQAVLNVDV PTNTSATLRI VEDDWSAIDM
PEMKLGSGAY EFRFCKNIQK
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