Gene Clim_0800 details

Gene Information

• Locus tag: Clim_0800
• ID: 6353870
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Chlorobium limicola DSM 245
• Kingdom: Bacteria
• Replicon accession: NC_010803
• Strand: +
• Start bp: 875230
• End bp: 877131
• Gene Length: 1902 bp
• Protein Length: 633 aa
• Translation table: 11
• GC content: 50%
• IMG OID: 642668424
• Product: heat shock protein 90
• Protein accession: YP_001942859
• Protein GI: 189346330
• COG category: [O] Posttranslational modification, protein turnover, chaperones
• COG ID: [COG0326] Molecular chaperone, HSP90 family

Plasmid Coverage information

• Num covering plasmid clones: 33
• 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

ATGCTAACCC AACCACGTGT CATTATGAGC ACCAACAACA GTTCATCTGT TCAGGAATTC 
GAATATAAAG CCGAAATGAA GCAGCTTCTG GATCTCATCG TCCATTCGCT CTACACCCAC 
CCTGAAATTT TTCTTCGCGA GCTAATATCC AACGCTTCCG ATGCTCTCAG CAAGGTGCGC 
TTCGATGCCC TTACCGATCA GAACCTTCTG GAAGAGGGTG CCGATCCTGG GGTGAAGATA 
ACCGTTGATC CCAAAGAGCT GACCTTCATG ATCGAGGATA ACGGTATCGG TATGACCGAG 
GAAGAGCTGA TCGCCAATCT CGGCACGGTA GCGAAATCCG GTACGCTTGG ATTCATGCAG 
GCATTGAAAG ATCAGCAGAA AGAGTTGGAC GGCAATCTGA TTGGTCAGTT CGGCGTGGGC 
TTCTATTCGG TGTTCATGGT GACCGACGAG GTTACGGTCG AAACCAGAAG CGCTCGAACC 
GGTTCCGAAG GGTATCGGTG GAAGTCGTCC GGGCAGGGCA CCTACACGAT CGAAAAAATC 
GAAAAGGCCG GAAGGGGCAC GACGATTTCG TTCAAGCTCA AAGAGGAGTC GAAAGAGTTC 
GCCGAAGAGT ATCGTGTAGA ACAGATCATC AGGAAATATT CGAATTTCGT CGATTTTCCC 
ATTACCCTGG ACGGCAGGCA GATCAACAGC GTGACAGCGC TCTGGCAGCG TTCGAAGAGC 
GAACTGAAAG ATGAAGAGGT CAACGAGTTC TACAAGTTCA TCGCCAATGA TTTTCAGGAT 
CCTCTCGATT ACCTGCATGT TTCCGTTGAG GGAATGGTTA GTTTCAAGGC GCTGCTTTTT 
CTGCCGAAGG AAGCTCCGCC GGAACTGCTC TATCGACAGA GCGAGCTTGA AAACCGCGGG 
CCTCAGCTTT ACGTGAAAAA GGTGATGATC CAGAGCGAGT GCCGCGATCT GCTTCCGGAA 
TATCTGCGTT TTCTCGTTGG CGTAGTCGAT ACCGAAGATC TTTCGCTCAA CGTATCCCGA 
GAGATCGTAC AGTCGAGTCC GGTGATGGCG AAGATCCGCC AGATTCTTTC CGGAAAAATA 
CTCGGCTGGT TCGATACGCT TGCCAAAGAA CAGCCAGAGA AGTTCCGCAC CTTCTACAAG 
GCGTTCGGGC CGATCGTCAA GATCGGACTG AATACCGATT TTACAAATCG CGACAAGCTT 
ATCGAGCTGC TTCGTTTTGA AAGCACGAAA ACCGCAGTGG ATGAATATGT AACGTTAAAG 
GAGTATGTCG GACGGATTGG TGATGATCAG AAAGAGATTT ATTATCATTC CGGCAGCAGC 
CGCAGCCAGC TGCTTGCGCA TCCCAACCTC GAATATTTTC AGGATAAAGG CATCGAAGTG 
CTGTTGCTTT CCGATCCCGT AGATGTTTTC GTGATTCCCT CGATTCACGA GTATGAGAAA 
AAACCTCTGA AATCCATTGA AAAAGCCGAT ATTGATTTCA TAAATGAGAA AAAAGAGGGG 
AGCGAACCGC TTCCGGAAAA CCTTCTTCAG CCGGTTCTCG CACTGTTCAG GGAGACTCTC 
GGAGATCGGA TTGAAGATGT CGTCGAGTCG CACCGTCTGG TAAATTCGCC GGTAACGCTT 
GTGAGCGGAA AGGATGCGCT TGACAGTCAG ATGGAGCGGA TGATGAAGAT GATGCAGGCA 
GAGATGCCTG CCGGTAAAAA GATTCTTGAA GTGAACACGG CACACCCGAT TATACGGAAT 
CTTTCAGGCA TGTACATGGC CAATGCGGGA AATCCGCTGA TCGGAACCGT GATCGAGCAG 
CTTTACGATG GAGCCCTGCT GCATGAAGGA GGACTTGATT CAACGACCGA CTTCCTTTCG 
AGAATGAACA GTCTGATCGA GGCAGCTACG CTGCAGCGGT AA 

 

Protein sequence

MLTQPRVIMS TNNSSSVQEF EYKAEMKQLL DLIVHSLYTH PEIFLRELIS NASDALSKVR 
FDALTDQNLL EEGADPGVKI TVDPKELTFM IEDNGIGMTE EELIANLGTV AKSGTLGFMQ 
ALKDQQKELD GNLIGQFGVG FYSVFMVTDE VTVETRSART GSEGYRWKSS GQGTYTIEKI 
EKAGRGTTIS FKLKEESKEF AEEYRVEQII RKYSNFVDFP ITLDGRQINS VTALWQRSKS 
ELKDEEVNEF YKFIANDFQD PLDYLHVSVE GMVSFKALLF LPKEAPPELL YRQSELENRG 
PQLYVKKVMI QSECRDLLPE YLRFLVGVVD TEDLSLNVSR EIVQSSPVMA KIRQILSGKI 
LGWFDTLAKE QPEKFRTFYK AFGPIVKIGL NTDFTNRDKL IELLRFESTK TAVDEYVTLK 
EYVGRIGDDQ KEIYYHSGSS RSQLLAHPNL EYFQDKGIEV LLLSDPVDVF VIPSIHEYEK 
KPLKSIEKAD IDFINEKKEG SEPLPENLLQ PVLALFRETL GDRIEDVVES HRLVNSPVTL 
VSGKDALDSQ MERMMKMMQA EMPAGKKILE VNTAHPIIRN LSGMYMANAG NPLIGTVIEQ 
LYDGALLHEG GLDSTTDFLS RMNSLIEAAT LQR