Gene SO_2016 details

Gene Information

• Locus tag: SO_2016
• Symbol: htpG
• ID: 1169768
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella oneidensis MR-1
• Kingdom: Bacteria
• Replicon accession: NC_004347
• Strand: +
• Start bp: 2114424
• End bp: 2116337
• Gene Length: 1914 bp
• Protein Length: 637 aa
• Translation table: 11
• GC content: 50%
• IMG OID: 637343891
• Product: heat shock protein 90
• Protein accession: NP_717622
• Protein GI: 24373579
• COG category: [O] Posttranslational modification, protein turnover, chaperones
• COG ID: [COG0326] Molecular chaperone, HSP90 family

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

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

ATGTCACAAC AAGAAACTCA TGGTTTTCAA ACTGAAGTCA AACAGCTGTT GCATTTGATG 
ATCCACTCTT TGTATTCCAA CAAAGAAATT TTCTTGCGTG AACTGGTCTC CAACGCTGCG 
GATGCGGCTG ATAAGCTGCG TTACCTTGCG TTGACCAATG ACGCATTATA CGAAGGTGAC 
GGTGAGCTGC GGGTGCGCAT TAGTGCAGAC AAAGAAAAAG GCACTGTGAC CATTGAAGAT 
AACGGCGTGG GGATGACTCG CGATGGCGTG ATTGAGCATT TAGGGACGAT CGCCAAATCG 
GGCACCGCTG AATTCTTTAA AAACCTCTCT GGCGAAGCCT CAAAGGATTC TCAGCTAATC 
GGTCAATTCG GTGTGGGCTT CTATTCCGCC TTTATCGTAG CGAAAAAAGT CACCGTTCGT 
ACCCGCGCGG CAGGCCATAA GGCCAATGAA GCCGTATTGT GGGAATCGGA AGGTGAGGGT 
AGCTTCACGG TTGAAACCAT CACCAAGGCG ACTCGTGGTA CTGAAATTAC CCTGCACCTG 
CGTGATGACG AAAAAGAATT TGCTGACGAT TGGCGCCTGC GCTCCATCAT CACCAAGTAC 
TCAGATCATA TTTCAATTCC AGTAGAAATG TGGCAGGAAG GCACCCCTGA GCGCGATGGC 
CCAGACGGTG AAAAAATCCC TGCAACCGAG GGTTACTGGA AAGCCATGAA CAAGGCGACA 
GCGCTGTGGA TGCGCAATAA GTCTGAGATC ACTGACGAAG AGTACCAAGA ATTTTATAAG 
CACATTTCCC ACGATTACAC GGATGCATTG CTGTGGAGCC ATAACCGTGT AGAAGGTAAA 
CAGGAATACA CTAACCTGTT GTATATTCCT TCAAAAGCGC CTTGGGATCT GTGGAACCGC 
GACCGTAAAC ATGGTCTGAA ACTCTTTGTT CAGCGCGTGT TTATTATGGA TGATGCCGAG 
CAGTTTATGC CATCTTACCT GCGCTTTGTG CAAGGTTTGA TTGACTCAAA CGATCTGCCG 
CTGAACGTAT CCCGCGAGAT TTTGCAAGAT AACCACATCA CCAAAGCGAT GCGCACCGGT 
ATCACTAAGC GCGTGCTGGG GATGTTGGAA AAACTGGCAA AAGACGATGC GGAAAAATAC 
CAACAATTCT GGGCCGAATT TGGCCAAGTG TTGAAGGAAG GTCCTGCGGA AGACTTTGCA 
AACCGTGAGC GTATTGCTGG CTTATTGCGC TTTGCGTCTA CCCATACGGG CAGCGCCGCA 
CCGACTGTAT CACTCGATGA CTACATTAGC CGCATGAAGG AAGGCCAAAC CAAGATTTAC 
TATATCGTTG CCGACAGCCA CGAAGCGGCT GCCAATAGCC CGCACTTAGA ACTGCTGCGT 
AAGAAAGGCA TCGAAGTGTT GCTGATGTCT GAGCGTATCG ACGAATGGTT AATCAACCAC 
TTAACTGAGT ACAAAGAAAA ACAATTGCAC TCAGTCACCC GTGGCGAGCT GGAATTAGGC 
GAGCTTGAAG ATGCGGCTGA GAAGGAAGCG CAGGAGAAAC TCGCAGAAGA GTCTGCACCA 
CTGATTGAGC GCATCAAAGC GGCATTAGGT GCAAGCGTGG CCGATGTGAA AGTCACCTCG 
CGCTTAACCG ATACCCCAGC CTGTGTGGTC ACGGGCGAAG GTGAAATGTC GACGCAAATG 
ATCAAACTGA TGCAGGCTGC CGGCCAACCA GTGCCAGAGG TTAAGCCGAC GTTTGAGGTA 
AACCCAGCGC ATCCATTAGT GTCGCGCTTG AATGATCTTC AAGATGAAGC CGCCTTCGCA 
GATTGGTCAA ACTTACTGCT ACAACAGGCG CAATTGTCAG AGAAGGGTAG CCTTGCGGAT 
CCATCGGCCT TTATTAAGCT GATGAACCAA ATGTTATTGG CGAACCTGAA GTAA 

 

Protein sequence

MSQQETHGFQ TEVKQLLHLM IHSLYSNKEI FLRELVSNAA DAADKLRYLA LTNDALYEGD 
GELRVRISAD KEKGTVTIED NGVGMTRDGV IEHLGTIAKS GTAEFFKNLS GEASKDSQLI 
GQFGVGFYSA FIVAKKVTVR TRAAGHKANE AVLWESEGEG SFTVETITKA TRGTEITLHL 
RDDEKEFADD WRLRSIITKY SDHISIPVEM WQEGTPERDG PDGEKIPATE GYWKAMNKAT 
ALWMRNKSEI TDEEYQEFYK HISHDYTDAL LWSHNRVEGK QEYTNLLYIP SKAPWDLWNR 
DRKHGLKLFV QRVFIMDDAE QFMPSYLRFV QGLIDSNDLP LNVSREILQD NHITKAMRTG 
ITKRVLGMLE KLAKDDAEKY QQFWAEFGQV LKEGPAEDFA NRERIAGLLR FASTHTGSAA 
PTVSLDDYIS RMKEGQTKIY YIVADSHEAA ANSPHLELLR KKGIEVLLMS ERIDEWLINH 
LTEYKEKQLH SVTRGELELG ELEDAAEKEA QEKLAEESAP LIERIKAALG ASVADVKVTS 
RLTDTPACVV TGEGEMSTQM IKLMQAAGQP VPEVKPTFEV NPAHPLVSRL NDLQDEAAFA 
DWSNLLLQQA QLSEKGSLAD PSAFIKLMNQ MLLANLK