| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCV52592_0861 |
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| Symbol | rho |
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| ID | 5406941 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Campylobacter curvus 525.92 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009715 |
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| Strand | - |
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| Start bp | 234970 |
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| End bp | 238215 |
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| Gene Length | 3246 bp |
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| Protein Length | 1081 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640871699 |
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| Product | transcription termination factor |
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| Protein accession | YP_001407535 |
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| Protein GI | 154175119 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAACAAAA ATAAAAAAAT CGCTATCATA ACAAGCTGCG TAGTCGCTGC ATTGCTGCTT
ATTTACACGC TTTTTGGCTT TTACGGTGTG CCATATATCC TAAAAAACGT CGTGCCAAAC
AAGCTAAAAG AGATGAACGT CAGCCTTAGC CTAAACGAGG TGAAATTTAA CCCTTACACA
TTCGAGCTAA ACGTCACGAA GCCCGAGCTA AACACGACTT CACCGCTTTT TAGCGGCGAG
CAGATAGACG TAAAGCTAAA GCCGTTTTTA ATATTTAAAA AGCTGATCGC GGTGGATATT
TTAAGGCTTG AAAAGCCCGA TATCAGGATA TCAAGAGATA AAAACGCGAG CTTAAATTTA
GCGCCGTTCC TAAGCGACTC AAACAACACG AGCGAGGAGA AAAGCTCACT GAATTTCGCC
CTAAATACTG CCAAGATCGT CAAAGGCTCG TTTGGATACA GCGATGAGAA TCTGACACAT
CCTTTCAATG TCAAATTTAA CGATATAAAC TACGAAATTT CAGGCATAAA CACCGAGCTA
AACAGTATAG GTAAGCACAG CTTCGACTCA AACTCCAGCC TAGCTCAAAA GATCGACTGG
CAAGGCGGCG TGGATATCTC TCCGCTTAGG ATCTACGGCG TTTTAAAGAT AAACGAATTT
AGCATAAAGC CCGTTGCCAT CAGCTTTATC GACGATCAAA GCCTCCAAAT AAAAAATATG
ATAATAGACA CAAAGCTTGA CTACGAGCTA GCAGCCGATA AAAACGCCAC TTCGATAAAG
CTAAAAGATA GCTTCCTGAC GCTAAAAGCG CTCGAGGCAG TGCTCGAAAA TCAAAATATG
AAATTTAGCG AGCTAAGCAT ACCAAACATC GTATTTGACG CGACTATCAG CGATAAAAGA
GATCTCAAGC TAAATTTAGA CACCATTGCG CTTAAAGAGC CGTCATTTGA GGGCGGCGTA
TCCTTAAACA CAAAGGAGCT AAATTTAAGC GGTCTCGCGC TACATGCAAA TATCGATGAA
AACAGCAGCC TGAGCCTAAA TACGGCGCTA AATTCAGCCT ATATAAGCGC CGTATCGCTA
GGACAAGGCG GCCTAAAAAT AGCGAATTTA AAGGACATGA ACGCAAGCGA GTTTAACGCC
AGTATCCATG GTGGCGCTAT TTTGGCGGGT GTAAAAAACA TAATCGCAAG CTCACTTGAT
GCAAATATCG GTAAAAACGG CACTGCAAGC GTGGCGAACA TCACTATAAA TGCACCGAAA
TTTACGCAAG ATACGAATGC CAGCTTCCTT GACATAGTCG GCGTAACGGC GCAAAATATA
GGTGCAAAGG CCAAAAATAA AGAATTTGCA AGCATCCAAG ATATCGATGT GAAAAATATA
AATTTAAACC TCGCAAAAAC GGCTCTAAAC ATAGAAAACA TCGATATAAA TAGGCCAAAA
TTTACCTCAG ATCTAACGAA CAAAGGCCTT AGCGTCATAA ACGATCTCGC ACTCGTCTCT
CAAAGCGACA AAAACAGCAA GCAAGCCAGT GAAAGCGGAT TTAAATTTAG CGTGAAAAAT
AGCTCCATAA ACGCAGCCGA TATCGGTATA AACCATATCT TTGAGGGTCA AAAGATAGCT
CATAAATTTG ACAACCTAAA CATCAAAGCT CAAAACATAT CACTCGAGCC AAAGTCGCAA
ATAACCGCGC AAATCGATAT GAAAAGCTCG CAAAAGCTAA ATTTAAGCTG CGACGCGAAA
GTCATCCTCG AGCCTTTGAG CGTGGATGCG AACGTGAAGC TTGCGGATAC GAACCTGCCG
CATTTTTTTG CCTATGCCAA AAGCTATCTT GACGCGAATT TAAAAAGCGG AGCGCTAAAT
TTCGAGGCGA ATTTAAAATA CCAAAAAGAT CTGAGCCTAA AAGGCAAAGC TAGCGTCCAA
AACATCGCCC TAGATGACGG TAACAGGCAA AAGGTGCTGG CATTTAAGAG CATTGACGTG
GCTAAAATTT CACTGCTGAA AAACAATCTA AATTTAGAGC AAGTGACGTT AAATTCGCCT
TTTATCAAAG CTCATCTAAA TAAACAAAGA GAATTTAACT TAAGCAAGCT CGTCATTAAA
AAAGACGAAA AAGAGGTCAA ACCGCAGGCA AAAACGGCCA AAAGCGGCGA TGGATTCGAC
TTTGCCGTCA AGGACTTCAG TATCAAAAAC GCAGAGGTGG ATTTCTCCGA TGCGTCCTTG
TTCATGCCGT TTGCAACGAC GATCACAAAG GTCAATGGCA AGCTATCGGA TATCGACAAA
AGGCATCCTT GCGCGGGAGA ATTTGAAGGT ATAGTCGGTA AAAACGGCTT TAGCAAGATC
GCGACAAAGC TTTTTGTCTA TGAGCCAAAG CAAAACACAC AAATAAAGCT CGACTTTAAG
GACATAGATC TGACCGATAT CACGCCTTAC AGCGGGCAGT TTGCAGGATA TAAGATCGCA
AAAGGGAAGC TGAATTTAAA CCTCAACTAC GACGTCAAAG ACTCCAAGCT AAACGGCTCG
AATTTTGTAA ATTTCGACTC GCTGACGCTT GGGGAGAAGG TCGAGTCCAA AGATGCCGTA
AATTTACCGC TATCGCTTGC TATCTCAATA CTAAGTGATC AAAACAATCA AATAAACATC
GATCTGCCGG TCGAGGGCGA CCTAAACGAT CCTGACTTCA AATATGGCGG CGTCATCTGG
GCGGCGGTAA AGAAGCTCTT TGCCGACATC ACGCTGGCTC CGTTTAGATT TTTAGGCGCG
GCTCTTGGCA TAAACAGCGA AAAGCTAAGC ACCATAGACT TTTTACCAAA CGACAGCGAG
CTAATAAGCT CCGAAAGCGC TAAGATACTG GACTTCATAA AGCTAACGAC GGCAAAGCCT
AAGATGAAGC TAAGCATCAC GCCAAGCTAC TCTGACATCG ACGAGCTCGC GATAAAAAAC
AAAAGGCTAG ATAACAAGAT AAACCTCATA ATCACTCAAG ATAAAAAGGA CTATATGGGC
GCGCTGGCTT CGCTCGTACC AAACGAAAAG AGCCAGGACG AGAAGGTCTT AAGAGAGGCT
GCGCTCAAAA ATATAGAATT TAACGAGCAA AATTTGATAG AGCTGGCGAA TCAAAGGGCT
CAAACGATCA AAAACGCCCT AAAGGCCGCG GGGCTAGCGG AGGATAGGAT AGTCGTAAAA
GAGCCCGCGA AAACCGATGC GAAGCAAAAC ACCTACGTCA GCGTGCCTAT GGGTGTGGCA
AACTAG
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| Protein sequence | MNKNKKIAII TSCVVAALLL IYTLFGFYGV PYILKNVVPN KLKEMNVSLS LNEVKFNPYT
FELNVTKPEL NTTSPLFSGE QIDVKLKPFL IFKKLIAVDI LRLEKPDIRI SRDKNASLNL
APFLSDSNNT SEEKSSLNFA LNTAKIVKGS FGYSDENLTH PFNVKFNDIN YEISGINTEL
NSIGKHSFDS NSSLAQKIDW QGGVDISPLR IYGVLKINEF SIKPVAISFI DDQSLQIKNM
IIDTKLDYEL AADKNATSIK LKDSFLTLKA LEAVLENQNM KFSELSIPNI VFDATISDKR
DLKLNLDTIA LKEPSFEGGV SLNTKELNLS GLALHANIDE NSSLSLNTAL NSAYISAVSL
GQGGLKIANL KDMNASEFNA SIHGGAILAG VKNIIASSLD ANIGKNGTAS VANITINAPK
FTQDTNASFL DIVGVTAQNI GAKAKNKEFA SIQDIDVKNI NLNLAKTALN IENIDINRPK
FTSDLTNKGL SVINDLALVS QSDKNSKQAS ESGFKFSVKN SSINAADIGI NHIFEGQKIA
HKFDNLNIKA QNISLEPKSQ ITAQIDMKSS QKLNLSCDAK VILEPLSVDA NVKLADTNLP
HFFAYAKSYL DANLKSGALN FEANLKYQKD LSLKGKASVQ NIALDDGNRQ KVLAFKSIDV
AKISLLKNNL NLEQVTLNSP FIKAHLNKQR EFNLSKLVIK KDEKEVKPQA KTAKSGDGFD
FAVKDFSIKN AEVDFSDASL FMPFATTITK VNGKLSDIDK RHPCAGEFEG IVGKNGFSKI
ATKLFVYEPK QNTQIKLDFK DIDLTDITPY SGQFAGYKIA KGKLNLNLNY DVKDSKLNGS
NFVNFDSLTL GEKVESKDAV NLPLSLAISI LSDQNNQINI DLPVEGDLND PDFKYGGVIW
AAVKKLFADI TLAPFRFLGA ALGINSEKLS TIDFLPNDSE LISSESAKIL DFIKLTTAKP
KMKLSITPSY SDIDELAIKN KRLDNKINLI ITQDKKDYMG ALASLVPNEK SQDEKVLREA
ALKNIEFNEQ NLIELANQRA QTIKNALKAA GLAEDRIVVK EPAKTDAKQN TYVSVPMGVA
N
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