Gene Gbro_4448 details

Gene Information

• Locus tag: Gbro_4448
• ID: 8553830
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Gordonia bronchialis DSM 43247
• Kingdom: Bacteria
• Replicon accession: NC_013441
• Strand: -
• Start bp: 4758707
• End bp: 4760734
• Gene Length: 2028 bp
• Protein Length: 675 aa
• Translation table: 11
• GC content: 61%
• Product: stress protein
• Protein accession: YP_003275474
• Protein GI: 262204266

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.212385
• 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

ATGGACTCGC GTGAGTTGCT CAAGGGCGAG AACGCCTCAG TCGACGAAGT CTTCGGCGAA 
AAGTCGCCCT CCATTCTCGT CACCATCGAA ACCGCAGCGG AATCAGCGAC GGTGATCCCC 
GATGCGAGCG TGCTCGTCGT GGGCTCGGAC GGCAAGGTCC GCTCGAACGA TGACTTCGTC 
TTCTACAACC AGCCCGTGGG GCTCGATGGC GCGCTGCAAC TGGTGGATTC GTCCGATACG 
GACGCTCCCG ACGGCGTGCG CCGCGACGTG ATCCGCGTTG ATCTCGCCCG GTTGCCGGAG 
TCGGTGACGA GAATCGTTAT CGCGGCGAGT GCTGATGCGA CAAGCGAACC CCTTGGTGGC 
GCGAGCATGC TACGGATGTG GGTCGCGCGG GCTGCCGAAT CGGGCAGGTC CCTCATGCAT 
CACAAGGTGG ACGGTCTCAC CGTCGAGCGC GCACTGATCT TCGGTGAGAT ATATCGGCGG 
GAGGATCGAT GGAGGATCCG AGCCGTGGGA CAAGGGTACG CAGGAGGGTT GGTCGCTTTG 
GTCACGGACT TCGGTGTCGT CGTCGACGAC GATGATGTGC CTGAGTCGGA ATCTGCTGCA 
GTGCCAGACT TGTCGGAGGC GCCAGGCGAA AGAGGGGAGG CTTCGGCACA GGATTCGCGG 
GACCCGGACT CGGATGCGAC TGCCCCAGAG CCCTCCGCGG GGGTGGATTC GGAGAGGATC 
GCGATCTCGC GTCGTCGTCG ACCCTTGCGA TTACCGAGAG ACTGGAGCGA GAGAAAGTCC 
CCCTACTGTC CACCGAGGTC GGGGGACGAG CAATGGTCAC GAGCTAGGCT GTTCCCGGCA 
GTCGGTATGA AGACCACCGC CGAACAAGAA GGACGTGCAA CGTCAGTCCT GCTGTCCGTG 
GTGGAGATCG TCCGAGAGTT CGGCCGCATG GTCGTCACCC GGCTAGGAGC GCCGGGAGGC 
AAGATCGAGA CCTTCACGGA AGTCCGATTC TCCAACGCCG GCGTCGATGT CCGCCCGGAC 
GGATTGATCC GAGTACGACG TGCCGGACGT GAATGGACTG CGCTGGTCGA GGTTAAAACA 
GCTAAGGCGA CGATTTCGTC AGAGCAGGTG GAAGCGTATC TGAAGGTCGC GAATGCGAAA 
GGTTTTGACG CCGTCATCAC CATCAGTCGG GACCTGGGGG CGTCAGCAGA CGAACTCCCG 
TACACAGTAG ATGCCCGTGT GCGCAGATCA GTCGATCTCT ACCATCTCTC GTGGGAGGAG 
ATTATCGCGG ATGCTGCAAT CACGCTGCAG CACACGACCG TCGAAGATAG GTCTCGACGC 
CGAATACTCG AGGAATTCCT CTGGTACGCA TGCGAAGTCC AGTCCGGAAT GTGGACATTC 
GACGACATGG GGCGACACTG GGTAAAAGTT CGCGAGTCTG TCAAGAATCG GACGATCGGT 
GCGAGCGACA CGTCTACCCA AGAGATCTGC CTGCGGTTCG ATCAACTGTC ACGGCATATC 
GCGCTGCAAT TGAGTGTATT GACAGGCCAA CGCGTAACGG CCCAGCCGCC ACCGGACAGA 
TCGGATACGG TCAGTCGCGC AAAGCAACTC GCTGACTCGG GTGAGCTCTT CGCGAACCTT 
CGGGTCACGG GAGCGGCGGG GCCTGTCGTC ATCAACGCGA ATCTGGCGCG CGAACGCATC 
GGATGCTCGA TCAAGACTCC CGCGCCGCGC AGAGGTCGGA CCGGCACCAA GATCAGCTGG 
CTCATCCGTC ACGTTGCCGA TACTGCCGAC AACGTACGGG TGACCGCACA CCACGCCGGA 
AGTCGAACGG AAACGACCTC AGCTCTTCTG AGCGAGATCC GAGCCGACCC GACGGTGATC 
ATGCCGGCGG ATGGGAAGGA CATCCGCGAG TTCACGGTTA CATCGGAAAG CTCGATGGGA 
TCGAAGCGGG CAGGCTCTGA GGGAGGCTTC GTTACTGCGA TGGTCAAGCT CACGAACAAC 
TTCTACGTCG AGGTAGTTGA ATCTCTGCGC TCTGGGCGTG ATTCATGA 

 

Protein sequence

MDSRELLKGE NASVDEVFGE KSPSILVTIE TAAESATVIP DASVLVVGSD GKVRSNDDFV 
FYNQPVGLDG ALQLVDSSDT DAPDGVRRDV IRVDLARLPE SVTRIVIAAS ADATSEPLGG 
ASMLRMWVAR AAESGRSLMH HKVDGLTVER ALIFGEIYRR EDRWRIRAVG QGYAGGLVAL 
VTDFGVVVDD DDVPESESAA VPDLSEAPGE RGEASAQDSR DPDSDATAPE PSAGVDSERI 
AISRRRRPLR LPRDWSERKS PYCPPRSGDE QWSRARLFPA VGMKTTAEQE GRATSVLLSV 
VEIVREFGRM VVTRLGAPGG KIETFTEVRF SNAGVDVRPD GLIRVRRAGR EWTALVEVKT 
AKATISSEQV EAYLKVANAK GFDAVITISR DLGASADELP YTVDARVRRS VDLYHLSWEE 
IIADAAITLQ HTTVEDRSRR RILEEFLWYA CEVQSGMWTF DDMGRHWVKV RESVKNRTIG 
ASDTSTQEIC LRFDQLSRHI ALQLSVLTGQ RVTAQPPPDR SDTVSRAKQL ADSGELFANL 
RVTGAAGPVV INANLARERI GCSIKTPAPR RGRTGTKISW LIRHVADTAD NVRVTAHHAG 
SRTETTSALL SEIRADPTVI MPADGKDIRE FTVTSESSMG SKRAGSEGGF VTAMVKLTNN 
FYVEVVESLR SGRDS