| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_2237 |
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| Symbol | |
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| ID | 5347466 |
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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 cytotoxicus NVH 391-98 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009674 |
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| Strand | - |
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| Start bp | 2331424 |
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| End bp | 2334786 |
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| Gene Length | 3363 bp |
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| Protein Length | 1120 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640839755 |
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| Product | hypothetical protein |
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| Protein accession | YP_001375481 |
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| Protein GI | 152975964 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.34199 |
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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 | ATGACATTAC AAGTTCCAAC GATTTTAATT GGTTTAGGCG GAATTGGGAG TGCTGTTACA
CATCAAATAT ATGAAAAGTT GCCAGAAAAT CGTCGGAAAA GAGTCGCGAT GCATGTGTTT
GATACGGATG TGAATACGTT AAGTAAGTTT GAACATATTC GAAAATTTAA GACACAAACG
AGTTCCAGTA AAACACCAAG AGAATATATT GCAGGAGATC CGACGATTCC AGAATGGTTT
CCGATGGATC CGACAATTTT AGATAAACCG CTAACAGAAG GTGCGGGGCA AATGCGCGTG
ATTTCACGTT TAGCTTTACG TGCTGCGATG AAAGAAGATA AATTAACAGC CTTTTGGCAA
GAAATCGAAA AGATTTTTCC TGTGACAAGC GATCAAACAG AATATGGCGT TCGCGTTATT
ATTGTCACAT CACTTGCTGG TGGAACCGGA TCAGGGATGT TTTTACAAAT TGCATTATAC
TTACGTGAAA TGCTTCGGAA GAAATTGCAA CATCATAACA TTTTAATTCG AGGTGCCTTT
TTAATGCCAG ATGTGCTTGT GAAAACACGT ACGGTTAGTG CGAAAGAATA TGAAACGGTG
CAAGCAAATG GATATGCTTC TTTAAAAGAA CTTCATGCGA TTACACTCGG TTCAACTGGC
GAGATATCAA AGCGTGGTGG TGTAACAATT GAACTTGAAT ATCGTCCTGA TCAAGTAGAT
GAGGATGGAA GAACGAATCA TACAATTAAG CAACATCATT TACCTTATAA TTATTGTTTC
TTATATGATT ATGAAAATTT GCACGGGCAT CATCTACACA ATGTAACAGA TTATATGGAG
CAAATGACAA ATACAATTTA TTTACAACTA TTTAGTCCCA TGTCTACTAG TCACTTTGCA
CAAGAAGACA ATCAAATTCA GCAATTAGCC GAGTCAAATG GTAAAGCTCG TTATTGTGGT
GCAGGCACGG CTAAGTTAAT TTATCCATAT GAACACGTAT TGAAATATTG TGCTTTAAAA
TGGGCTGTGC AAGGTTTAGA TGAATCATGG CTTCATTTAG ATCAATTGTT TCAGGAGAAA
AAGCAGCGTT ATGAACAAGA TGTGCGCCGC GGTATGCAGC GAGAAAAGCC TGAGCGCGGG
AAGAGTTATT TAGAGGATTT AGAGCATTTG GCAACGCGTC CTGAGCAAGC GCATATTTTC
TACAGACAAA TGTATAATGA AACGCGTGAA GGAGCAGAAG GTGGAAAAGT TGGTGTTGCT
AAGTCGAAAT TGTTTTTAGA AGCGGTGGAA AGTTATGTGC AGCGTACAGT GCAAAAGGAT
GAAGAACTCA ATCGATTGCA ACATGAATGC AAAATTTCAG CAGCGAAGCT GAAAATTCCA
GAGCAAATGA AAGGAGAAGT AGCGAGGGTA GATCATGCTG TTCGATTGTA TGCATATGCA
ATACCAAGCC GCGTACATGA ACATGTAACA ACCCTGCTTT ATGAAATAGT TGAATCAGAT
CGCTATGCAC CTAGTGGCTC AGAAGGACAG TCGTATCAAT TAAACACATG GTTTTTAAAG
AAAACAGAGG CAGTTCATCC TGTGGCTGCT CGTTTTATGT TATATGAAAT TCGAAAACAA
TTAATCGAAA AAATAAATCG CTTACATGAG AATAATGAAC AAAAACGAAA TTTAATTCAA
AATTACGATA AGAAGTTTAA TGTGAGCAAT ATTGATGGGA CAGTTACAGC GGTGCGCCGC
GTTGAACTTG CACAGCAGCA AAATTGGTTT GGAAAAATGT TTTACAATCA ACAGCGTATG
TTTCGAAAAG AATTTGAAGA TATCGTAACG CAATATGTGC ATAAACTAAA TGAATATCGC
AAGGAAATGT TGCTAGAACT CGTATATCAA TCGCTCTACC AAACGATTTA TAAGATGATT
CAACATTGGG AGCGCTTCTT TGACAACTTA CAAGAGACGC GTGAAAATTT ATTATTTGAA
ATTCAAAAGC GGAGTAAAGA ATTTGAAGGA AAAACAAACC CGACAAATGT GTATGTATTA
GCAGATGAAC AGTTACAAGA GAAAATATGG AAAGATATGC AGCAACATTT AAATTTAGGC
GTATTACCAA AAGATATATC CGCGGAAATA TATATGAGTT TATATGGGGA ATATTGTCGC
GATATACAAG CCGAGGAAAG TCAATCGCAA AAGGTCGAGG ATTTTTATAG AGAGCATATA
TTAACGTATT GTTATAAGGA ACTTCAAGTA CGATATCGCG ACAAATTAGA ACTCAATATT
ATTGAAGCGC TTCGCAAAGA GGCTGACTTT AAAAAACGAG ATCGGAATGA ATATGTAAGA
GCGAAAATTG AAGATTTGTT CCATTTAGCA AGTCCGTTTA TTCCAAAGGT AGCTCATCAT
CGAGAATTGC AATATTGGGG TGTTCATCCT TCCTTAAAGA AAGAATTACA AGAGGAGCTT
TTGCAAGAAT TGTTTCAAGA AAAAGATACA GTGAACGAAG CTTTCTCTCC GTTTGAAGTA
ATCTGTTACA GAGCACATTA TGGGTTGTCA TTGCAAGATT TTCCAAAGTT ATCGTCCGGT
CATATCGCGA ACGGTCTTCT ATATGATAAA GGAGATTACT TTCAATCGTA TTACCGACGT
GTCAATAAGT TGAATAGTAA AAAATCGAAT TTGACACCGC ATTTAGATAA ATATTGGCAC
TTACCAGCCT TTATGCCCGA CTTAAATGCG ACGCAAACGA AGCTAGATTA TGATAAATGT
AATCGTGCTT TACTGTATGC GTATATATAC CGGTGGATTA GCTTAGTTGC TGTGGACGGC
CAATTTGTTT ATCAATATAA CGGTGTAGGG AGAAGTTTTT TAATACAGTC TATGGGGAAA
AACATTCCAA GTGAAATTTA TAAATTGCAT CGCGCTCTGC TTCATAATCC GTTTATTTAT
GAAAATATTT TATCTCGTTT TGAAGAAGAG CAAGAAAAAG CGATGGTGCA AGGAGGGCAC
TTGTATACGC AAACATTTGT ATTAGGTGCT CAAGATGTTA GATGGCTTCG TAAAGAGCAT
GTGCATAATA TTTTAGATGT AATTTTAATG TATGATCGTG AGGCGAAATA TGATCCAACG
TTAGAAGAAA CATCAGATGA ATTATTGCGT TTACTTCTAG ATGAAGTACT TTTATATTTT
GAGAATTATT ATGGAGCAGG AGCAGAAACT ATTGCGAAAA AAGAAGCAGA ATTATTTATG
AAGCAGTTAT GGGATCGCTC ATATGCGAAA GGGTATGTAG ATCCCAATAG TGCCCCTTAT
AAAAAATGGC AGCATATATT ATGTGTGTTA GATGAGGAAG AAGAAACAAA AACGAATGCG
TAG
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| Protein sequence | MTLQVPTILI GLGGIGSAVT HQIYEKLPEN RRKRVAMHVF DTDVNTLSKF EHIRKFKTQT
SSSKTPREYI AGDPTIPEWF PMDPTILDKP LTEGAGQMRV ISRLALRAAM KEDKLTAFWQ
EIEKIFPVTS DQTEYGVRVI IVTSLAGGTG SGMFLQIALY LREMLRKKLQ HHNILIRGAF
LMPDVLVKTR TVSAKEYETV QANGYASLKE LHAITLGSTG EISKRGGVTI ELEYRPDQVD
EDGRTNHTIK QHHLPYNYCF LYDYENLHGH HLHNVTDYME QMTNTIYLQL FSPMSTSHFA
QEDNQIQQLA ESNGKARYCG AGTAKLIYPY EHVLKYCALK WAVQGLDESW LHLDQLFQEK
KQRYEQDVRR GMQREKPERG KSYLEDLEHL ATRPEQAHIF YRQMYNETRE GAEGGKVGVA
KSKLFLEAVE SYVQRTVQKD EELNRLQHEC KISAAKLKIP EQMKGEVARV DHAVRLYAYA
IPSRVHEHVT TLLYEIVESD RYAPSGSEGQ SYQLNTWFLK KTEAVHPVAA RFMLYEIRKQ
LIEKINRLHE NNEQKRNLIQ NYDKKFNVSN IDGTVTAVRR VELAQQQNWF GKMFYNQQRM
FRKEFEDIVT QYVHKLNEYR KEMLLELVYQ SLYQTIYKMI QHWERFFDNL QETRENLLFE
IQKRSKEFEG KTNPTNVYVL ADEQLQEKIW KDMQQHLNLG VLPKDISAEI YMSLYGEYCR
DIQAEESQSQ KVEDFYREHI LTYCYKELQV RYRDKLELNI IEALRKEADF KKRDRNEYVR
AKIEDLFHLA SPFIPKVAHH RELQYWGVHP SLKKELQEEL LQELFQEKDT VNEAFSPFEV
ICYRAHYGLS LQDFPKLSSG HIANGLLYDK GDYFQSYYRR VNKLNSKKSN LTPHLDKYWH
LPAFMPDLNA TQTKLDYDKC NRALLYAYIY RWISLVAVDG QFVYQYNGVG RSFLIQSMGK
NIPSEIYKLH RALLHNPFIY ENILSRFEEE QEKAMVQGGH LYTQTFVLGA QDVRWLRKEH
VHNILDVILM YDREAKYDPT LEETSDELLR LLLDEVLLYF ENYYGAGAET IAKKEAELFM
KQLWDRSYAK GYVDPNSAPY KKWQHILCVL DEEEETKTNA
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