Gene Fjoh_2631 details

Gene Information

• Locus tag: Fjoh_2631
• Symbol: dnaK
• ID: 5093526
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Flavobacterium johnsoniae UW101
• Kingdom: Bacteria
• Replicon accession: NC_009441
• Strand: +
• Start bp: 3128554
• End bp: 3130437
• Gene Length: 1884 bp
• Protein Length: 627 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 644742059
• Product: molecular chaperone DnaK
• Protein accession: YP_001194977
• Protein GI: 146300386
• COG category: [O] Posttranslational modification, protein turnover, chaperones
• COG ID: [COG0443] Molecular chaperone
• TIGRFAM ID: [TIGR02350] chaperone protein DnaK

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 0.0494047
• 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

ATGGGTAAAA TAATCGGAAT TGACTTAGGT ACGACGAACT CTTGTGTTTC TGTAATGGAA 
GGTAACGAAG CAGTTGTTAT CCCTAATGCA GAAGGAAAAA GAACGACTCC ATCTATCATC 
GCTTTTGTTG AAGGTGGCGA AATTAAAGTA GGGGATCCTG CAAAAAGACA AGCAGTAACG 
AATCCTACAA AAACGATTGC TTCTATTAAA CGTTTTATGG GACACACTTT TGCTGAAACT 
CAAGATGAGG CAAAAAGAGT TCCTTACAGT GTTGTAAAAG GTGACAACAA TACGCCGCGT 
GTGGATATTG ACGGTCGTTT ATACACTGCT CAAGAATTGT CTGCAATGAC ACTTCAAAAA 
ATGAAAAAAA CTGCTGAAGA CTATTTAGGT CAAACAGTAA CTGAGGCAGT TATTACAGTT 
CCTGCTTACT TTAACGATGC TCAGCGTCAG GCTACAAAAG AAGCTGGTGA AATCGCTGGT 
CTTAAAGTTA TGCGTATCAT CAACGAGCCA ACTGCTGCTG CACTTGCTTA CGGATTAGAT 
AAAAAAGGAA ATGATCAAAA AATTGCTGTT TACGATTTAG GTGGAGGTAC TTTTGATATC 
TCTGTTCTGG AATTAGGAGA CGGTGTGTTT GAAGTATTAT CTACAAATGG TGATACTCAC 
TTAGGTGGTG ATGATTTTGA CCAGGTTATT ATTGACTGGT TAGCTGACGA ATTCAAAACT 
GAAGAAGGTA TTGATTTACG TTTAGATCCA ATGTCATTAC AGCGTTTAAA AGAAGCTGCT 
GAGAAAGCTA AGATTGAATT ATCATCTTCT GCTGAAACAG AAATCAACTT ACCATACGTA 
ACTGCTACTG CTTCTGGACC AAAACACTTA GTGAAAAAAT TATCTAGAGC TAAATTTGAG 
CAATTATCTG ATACTTTAGT AAAACGTTCT ATGGAGCCAG TTGCTAAAGC ATTAAAAGAT 
GCAGGTTTAT CTACATCTGA TATCGACGAA GTAATCCTTG TTGGAGGTTC TACTCGTATG 
CCAAGAATCG CTGACGAAGT TGAAAAATTC TTCGGTAAAA AAGCTTCTAA AGGTGTTAAC 
CCTGATGAGG TTGTTGCTAT TGGAGCTGCT ATTCAAGGTG GAGTTTTATC TGGAGATGTA 
AAAGATGTAT TGTTACTTGA CGTAACACCT CTTTCTTTAG GTATCGAAAC TATGGGTGGT 
GTATTGACTA AATTAATCGA ATCTAACACA ACTATCCCAA CTAAAAAATC TCAAGTATTC 
TCTACTGCTG CTGATTCTCA ACCATCTGTT GAAATCCACG TATTACAAGG AGAAAGAGCT 
ATGGCTGCTG ATAACAAAAC TATCGGTCGT TTCCACTTAG ACGGTATCCC GCCAGCACCA 
AGAGGAGTTC CTCAAATCGA AGTAACTTTC GATATCGATG CTAATGGTAT CATCAAAGTT 
TCTGCAACTG ACAAAGGAAC AGGAAAATCT CACGATATCC GTATCGAAGC TTCTTCTGGA 
TTAACAGCTG AAGAAATCGA AAAAATGAAA AAAGATGCTG AAGCTAACGC TGATGCTGAC 
AGAATTGCAA AAGAAAGAGC TGAGAAATTG AACGAAGCTG ATAGTACTAT TTTCCAAACT 
GAATCTCAAT TGAAAGAGTT AGGAGATAAA TTAACAGACG ATCAAAAAAC AGCTATTGAA 
TATGCTTTAA CTGAATTGAG AATGGCTCAC CAATCTCAAG ATCTTGATGC AATCCAAAAA 
GGATTAGACA ATGTAAATGC AGCTTGGAAA ACAGCTACAG AAGCAATGTA CGCTCAAGGT 
GGTGACCAAG GTCAACAAGC TGCTCCACAA CAAGAGCAGT CAGGAGACAA CGTAGAAGAC 
GTTGAATTCG AAGAAGTCAA ATAA 

 

Protein sequence

MGKIIGIDLG TTNSCVSVME GNEAVVIPNA EGKRTTPSII AFVEGGEIKV GDPAKRQAVT 
NPTKTIASIK RFMGHTFAET QDEAKRVPYS VVKGDNNTPR VDIDGRLYTA QELSAMTLQK 
MKKTAEDYLG QTVTEAVITV PAYFNDAQRQ ATKEAGEIAG LKVMRIINEP TAAALAYGLD 
KKGNDQKIAV YDLGGGTFDI SVLELGDGVF EVLSTNGDTH LGGDDFDQVI IDWLADEFKT 
EEGIDLRLDP MSLQRLKEAA EKAKIELSSS AETEINLPYV TATASGPKHL VKKLSRAKFE 
QLSDTLVKRS MEPVAKALKD AGLSTSDIDE VILVGGSTRM PRIADEVEKF FGKKASKGVN 
PDEVVAIGAA IQGGVLSGDV KDVLLLDVTP LSLGIETMGG VLTKLIESNT TIPTKKSQVF 
STAADSQPSV EIHVLQGERA MAADNKTIGR FHLDGIPPAP RGVPQIEVTF DIDANGIIKV 
SATDKGTGKS HDIRIEASSG LTAEEIEKMK KDAEANADAD RIAKERAEKL NEADSTIFQT 
ESQLKELGDK LTDDQKTAIE YALTELRMAH QSQDLDAIQK GLDNVNAAWK TATEAMYAQG 
GDQGQQAAPQ QEQSGDNVED VEFEEVK