Gene CCV52592_2046 details

Gene Information

• Locus tag: CCV52592_2046
• Symbol: typA
• ID: 5406492
• 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: 11866
• End bp: 13668
• Gene Length: 1803 bp
• Protein Length: 600 aa
• Translation table: 11
• GC content: 50%
• IMG OID: 640871471
• Product: GTP-binding protein TypA/BipA
• Protein accession: YP_001407314
• Protein GI: 154175347
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG1217] Predicted membrane GTPase involved in stress response
• TIGRFAM ID: [TIGR00231] small GTP-binding protein domain; [TIGR01394] GTP-binding protein TypA/BipA

Plasmid Coverage information

• Num covering plasmid clones: 5
• Plasmid unclonability p-value: 0.0433299
• 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

TTGGAAAAGA TACGAAATAT CGCCGTCATA GCTCACGTCG ATCATGGCAA GACTACGATG 
GTCGATGAAC TTTTGAAACA ATCAGGAACA TTTAACGAGC ACCAAAGCAT CGGCGAGCGC 
GTCATGGACA GCAACGATAT CGAGCGCGAG CGCGGCATCA CGATACTTTC TAAAAATACC 
GCCATACGTT ACAAAGATAC CAAAATAAAT ATCATCGACA CCCCGGGACA CGCCGATTTT 
GGCGGCGAGG TCGAGCGCGT GCTAAAAATG GTCGATGGCG TCTTGCTGCT AGTCGATGCG 
CAAGAAGGCG TCATGCCTCA GACTAAATTC GTAGTCAAAA AGGCGCTTTC TTTGGGACTT 
TGTCCGATCG TCGTGATAAA CAAGATAGAT AAACCTGCAG GCGATCCTGA CCGCGTAGTA 
AATGAAATTT TCGATCTTTT CGTCGCGCTT GAGGCAAATG ACGACCAGCT TGAATTCCCA 
GTCGTTTATG CTGCGGCTAA AAACGGCTAC GCAAAGCTAG ATTTAAGCGA TGAGAACATC 
GATATGAAGC CACTTTTTGA GACTATCCTC TCTCACGTGC CGGCACCAAG CGGCAGTGAC 
GAAAATCCGC TTCAGCTTCA AGTTTTCACG CTTGATTATG ACAACTATGT CGGCAAGATC 
GGTATCGCGC GTATCTTTAA CGGCAGAATT TCAAAAAATC AAAACGTGAC TTTGATGAAA 
GCCGACGGCA GCAAGACAAA CGGCAGAATT TCAAAGCTCA TCGGCTTTTT AGGCCTTGAC 
AGACAAGACA TCAATGAAGC CGGCACGGGC GATATAGTCG CGATCGCGGG CTTCGAGGCG 
CTTGACGTGG GTGATAGTGT CGTCGATCCT AGCAACCCTA TGCCGCTTGA TCCGCTTCAT 
ATCGAGGAGC CGACTCTAAG CGTCGTTTTT AGCGTAAACG ACGGACCACT TGCAGGCACC 
GAGGGTAAGC ACGTGACCTC AAATAAGTTA GACGAGCGAT TACAAAACGA GATGAAAACC 
AATATCGCGA TGAAGTATGA AAACATCGGC GAGGGCAAAT TTAAGGTAAG TGGCCGTGGT 
GAGCTTCAGA TAACGATCCT AGCGGAAAAT ATGCGCCGCG AAGGGTATGA ATTTTTACTT 
GGGCGTCCGG AAGTCATCGT AAGAGAGATA AACGGCGTCA AATGCGAGCC TTTCGAGCAT 
TTAGTCATCG ACGCACCGGA TGATTGCACC GGCACTGTCA TCGAAAAGCT AGGCAAAAGA 
AAGGCCGAGA TGACCTCGAT GAATCCGACC GGCGACGGGC AGACCAGGAT AGAATTTGAG 
ATTCCGGCTC GCGGGCTCAT CGGCTTTAGA AGCCAGTTTT TGACCGATAC TAAGGGCGAG 
GGCGTGATGA ATCATAGCTT TTTGGAATTT CGCCCGCTAA GCGGAACGGT CGAGCACCGA 
ACCAACGGCG CGCTGGTATC GATGGAAAAC GGCGTCACGC TAGCGTATTC GCTATTTAAC 
TTACAAGATC GCGGTGTATT ATTTTTAGAC CCGCAGGCAA AGGTCTATGT GGGTATGATC 
ATCGGCGAGC ACAGCCGTCC AAACGACCTT GACGTAAACC CTATAAAAGG CAAGAACCTG 
ACCAATGTGC GCGCCAGCGG CTCGGACGAT GCGATCAAGC TCGTGCCGCC TAGAAAGCTG 
AGTCTTGAGC GCGCGCTTGA GTGGATAGAG GATGACGAGC TAGTCGAGGT CACGCCCCTA 
AATATACGCG TTCGTAAGCG CTATCTCGAC CCTACTCAGC GCAGAAGAAT GGCAAAAATA 
TAA 

 

Protein sequence

MEKIRNIAVI AHVDHGKTTM VDELLKQSGT FNEHQSIGER VMDSNDIERE RGITILSKNT 
AIRYKDTKIN IIDTPGHADF GGEVERVLKM VDGVLLLVDA QEGVMPQTKF VVKKALSLGL 
CPIVVINKID KPAGDPDRVV NEIFDLFVAL EANDDQLEFP VVYAAAKNGY AKLDLSDENI 
DMKPLFETIL SHVPAPSGSD ENPLQLQVFT LDYDNYVGKI GIARIFNGRI SKNQNVTLMK 
ADGSKTNGRI SKLIGFLGLD RQDINEAGTG DIVAIAGFEA LDVGDSVVDP SNPMPLDPLH 
IEEPTLSVVF SVNDGPLAGT EGKHVTSNKL DERLQNEMKT NIAMKYENIG EGKFKVSGRG 
ELQITILAEN MRREGYEFLL GRPEVIVREI NGVKCEPFEH LVIDAPDDCT GTVIEKLGKR 
KAEMTSMNPT GDGQTRIEFE IPARGLIGFR SQFLTDTKGE GVMNHSFLEF RPLSGTVEHR 
TNGALVSMEN GVTLAYSLFN LQDRGVLFLD PQAKVYVGMI IGEHSRPNDL DVNPIKGKNL 
TNVRASGSDD AIKLVPPRKL SLERALEWIE DDELVEVTPL NIRVRKRYLD PTQRRRMAKI