Gene CCV52592_1803 details

Gene Information

• Locus tag: CCV52592_1803
• ID: 5406661
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Campylobacter curvus 525.92
• Kingdom: Bacteria
• Replicon accession: NC_009715
• Strand: +
• Start bp: 323630
• End bp: 325600
• Gene Length: 1971 bp
• Protein Length: 656 aa
• Translation table: 11
• GC content: 49%
• IMG OID: 640871773
• Product: ribosome-binding factor A
• Protein accession: YP_001407609
• Protein GI: 154175371
• COG category: [P] Inorganic ion transport and metabolism
• COG ID: [COG4771] Outer membrane receptor for ferrienterochelin and colicins

Plasmid Coverage information

• Num covering plasmid clones: 20
• 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

ATGCGTAAAG GGCTTAAAAT TTCACTTGCG CTTTTAGGCG TGGCGAGTGG ATTTGTTTAT 
GGCGACGAGC CGACCGAGGT GAGACTAGAT GAGGTCACGG TCGTGAGCGC GACGGGTTTT 
GAGCAAAATA TCAAAGACGC GCCCGCTTCC GTTTCGGTAA TCACGCAAAA AGAGATGGCC 
AGGCGCAACC ATCAAGATAT AGAAAGCGTC GTAAAAGACG CTCCGGGCGT TTTTGGCGCG 
ACGCTGGGAG CTGCTAGCAG ACGCGGTATC ACGATGAGAG GCCTTGGTCA AAAATATACT 
AAAATTTTAA TAGACGGCCG CCCTGCGACC AGCGATAGCG CGTATAGAGG GCTTCGCGCG 
ATCGGTAGCG CTCAAAATTT TCTCCCGCCC GCAAACACGA TCGAGCGTAT CGAAATCGTG 
CGAGGGCCGA TGAGCTCACT ATACGGCTCA GATGCGATGG GAGGCGTCAT AAATATTATC 
ACCAAGGGCT TTTCAAACGA ATTTAGCGGT AACGTAAACG GCTACTACAC GCTTGCGGGC 
AAAAGCGGGA TAAATGACGA CTATCAGACC GGTTTTTACG CAAACGGTGC GGTGATTCCG 
GACGTGCTAG GTATCGCGCT TTACGGGCGG TATTTTCATA AATTCGAAGA TGAGCGAGCC 
TTTACGAACC GCAAAAACGA GGACATAAAT TTCGGTGCGA AAATCATGTA TAACGCCACC 
GAAAACGACG AAATAGCGCT GGATCTACGC CGCGTAGTAA ATAAATACGA GCGCACTGAA 
GGCAAGACGC TAAACCGAAC GGCTAGCGAT AACACGAGCG TGGCTTTTGA GAAGATGAGC 
GGATATACCG CCTCGCTCTC GCATACGGGC AAATACGATA AACTGCTACT TGAAAGCTTT 
TTAATGCACG ATAATATGAA AGAGAGCGGC CAGCAAGACC TCACGCTAAA AACGACGACG 
CTAAATACCA AGGGAACGTA TTTTTTTGAT AACAACACGC TGAGCCTTGG GGCTGAATAC 
AGAAGAGAAA GGCTAAACGA AAAGGCAACG ACGGCCGACG CCGCAAATGT CAAAAGGTAT 
GATTTTTCGC TATACGGCGA AGATGATTTT GACGTGACCG ATGCGCTCAC GCTAACTGCG 
GGTCTAAGGT ATAATCACGA CAAAGACTAC GGCGGACACG TATCGCCGCG CGGCTATGCC 
GTATATCATC TAAGCGAAAA TTTATCGTTA AAAGGCGGAG TATCGGCAGG CTACTCGACG 
CCTGATATCA AGATGCGAAC CGACGGGCTT GCCCTGCCTT TTGCCGGCGG TATGGGAGCG 
CAGCTGGGCA AAAGCGACCT AAAACCCGAA TCCAGCCTAA ACTACGAAGC CGGCGTCGCA 
TACGGGGACG AGAGCCTTAA CGTCTCGGCG ATGGCGTTTT ATACTCGGAT AAAAGACGGT 
CTAGGCACGA AACCGGTTTG CGTCGCACGC CCCGGCGTTC CTTGCGTGCA TAACGGCAAG 
ACCTATAGAC GCGGCATCTG GGAGAGCGTA AATATCGGCA AAGCCGAAGT AAAAGGCGTC 
GAACTCGCCT CAGACTGGCA GATACTATCA AATTTAGCCC TGCACTCAAG CTACGTTTAT 
ACTAGATCAA AGCAAAAATC GGGCGCGTAC GAGGGTAAAT CTTTAAACAA TCTACCCGTT 
CATACCGTAA AATTAGGGCT TGACTACGAT ATGACGCCTG ATCTAAATCT ATGGACGCAG 
ATGAACTATC TAGGCAAAAC CAGAGCCGTT TACGGCTCGC CGGGAGACGA GGAGATAAAG 
GATTATACGC TATTTGACGC GGGCGCAAGC TACAAGATAA CTAAAAACGC GAGCGTAAAT 
TTTAGCGTTT ATAATATCTT TAACGAATAC GTAACGACGA AATCCGGACG CTATGAAATT 
TTGATCGCCG ACGGGGTTAA ATATAGACTC GGATTTAACG TAAATTTTTA A 

 

Protein sequence

MRKGLKISLA LLGVASGFVY GDEPTEVRLD EVTVVSATGF EQNIKDAPAS VSVITQKEMA 
RRNHQDIESV VKDAPGVFGA TLGAASRRGI TMRGLGQKYT KILIDGRPAT SDSAYRGLRA 
IGSAQNFLPP ANTIERIEIV RGPMSSLYGS DAMGGVINII TKGFSNEFSG NVNGYYTLAG 
KSGINDDYQT GFYANGAVIP DVLGIALYGR YFHKFEDERA FTNRKNEDIN FGAKIMYNAT 
ENDEIALDLR RVVNKYERTE GKTLNRTASD NTSVAFEKMS GYTASLSHTG KYDKLLLESF 
LMHDNMKESG QQDLTLKTTT LNTKGTYFFD NNTLSLGAEY RRERLNEKAT TADAANVKRY 
DFSLYGEDDF DVTDALTLTA GLRYNHDKDY GGHVSPRGYA VYHLSENLSL KGGVSAGYST 
PDIKMRTDGL ALPFAGGMGA QLGKSDLKPE SSLNYEAGVA YGDESLNVSA MAFYTRIKDG 
LGTKPVCVAR PGVPCVHNGK TYRRGIWESV NIGKAEVKGV ELASDWQILS NLALHSSYVY 
TRSKQKSGAY EGKSLNNLPV HTVKLGLDYD MTPDLNLWTQ MNYLGKTRAV YGSPGDEEIK 
DYTLFDAGAS YKITKNASVN FSVYNIFNEY VTTKSGRYEI LIADGVKYRL GFNVNF