| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Rmet_0633 |
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| Symbol | |
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| ID | 4037422 |
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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 | Cupriavidus metallidurans CH34 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007973 |
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| Strand | + |
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| Start bp | 695874 |
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| End bp | 699221 |
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| Gene Length | 3348 bp |
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| Protein Length | 1115 aa |
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| Translation table | 11 |
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| GC content | 64% |
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| IMG OID | 637976008 |
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| Product | ImcF-like protein |
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| Protein accession | YP_582788 |
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| Protein GI | 94309578 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3523] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.201654 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGTATT TCCATGGCAC TGGAAGCGAG CCAGCCTGGA AGCAAATGGA ACTCGTGGCA
CTGATTGGCC TGGCGGCAGT GTTACTGCGT GGCCCGATCG CCGCCGCCTG GAAAACTGTC
GCGAGTCGCT CGAATGAACG GAAGCGGCAT CAGCGCGACC CGGCCGCGCG TGTCGGCAAG
GGCGCTGGGT CGAAGATAAA TCTCGCGGCA TTGCAGTATG CGAACCTTAA GCTGGCGTTG
CGGGAGCACC GCTGCCGCCG GCTACCGCGT CTGTTGGTGA CGGGCAACGA TGCCGCTGTT
AGTCGGCTAC TGCCGGAACT GGAGGAGGCG GGCTGGTTCG ACACATGCGA CGCGCTGCTG
CTTTCGAGCA AGACCAGCAA CGAGGGCCAG CCAGATACTG CCTGGCTTAA GCGACTCTAC
AAGCTACGCC GCCGCCGACC GGTGGACGCG GTGATTGTCG TCACCGATGG CGCGGCGGAT
CTCCCGATGC CACGCCGTGG CACGCATCCT TACAGTATTC GCCTAGCACG GATCATCGAG
ATACTGCGCT ATGCAGCGCC GGTCTATGTG GTCGATGTGG CGGGAATGGA TCCTACCGTC
AGCAGCGACG CGCCGATTAT CGTTTGTGCA CTGCCGAATC AGGCAGATGC GTCTGCCATC
GAAGAAGCGC TGCTATTGCT GCGCAACCAG CTGGCGCGGC GCGGATTGGA CCAGCTCACC
CAGGAAGATC GTTATCCCTA TCAGGCTCGA CTGTCCCAGC GATTCGACAC CCGTAGCAAG
GCGCTGGCCA AATGGACTGC CGGTCTGATT GCTGGCCAAA TTGCCGTCCG TGGCATCGCC
TTTGCCCCAT ACCCTTCGGG GACAAGCACT AAGCCCGAGA TGCCAGGCAG TGCCGACCTG
CCGCACTGGC GCTACCTAAG TGAGGCGGCT CGCCGTCAGC CCGGCAAGCG AATCGGCTGG
CACCCGATGA CGGTGTGCGT TGGATTCGCG CTGGTGGCAG TCGGCTTGTG GTTCGCAGGC
ATGCTGGCAT CAGGCTGGTT CAACAGCCGG GATGTTTATG CTGCGCAGCA AGCTGTCACG
GAAATCGGTT CGGCACGGAA CCCCGCCACC CGCCTGCATG CACTGCTGGC CCTGCAGCAG
CAGATCGAGC GCTACGAATA CCGCACGCAG CAGCACGCGC CGCTGCTGAC CCGCTTCGGC
CTGAACCGCG ACGCCGATGT GCTGGCCGCA CTGTGGCAGC CCTACGTGAA GGCCAGCCGT
GAGCTGCTTG TCACGCCGGT GCAGCAGAAT CTGGAGGCGA CGCTGGTGGA CCTCGGCCAG
TTGCAGACTA CGACGCTGGA TGACAAGACC AGTCAGTGGG CGCTGAGCGG TCGCGATGAC
CTCAAAGCCT ACCTGATGCT GGCCTATCCG GAGCGCACCG AGGCCGATTT CCTTGCCGGG
CGTCTCCCGC ACGACTGGTC CACCGAAGCC CGCATCACAC CGGGAGAAAA ACAGGCTCTG
GCCGAGCGCC TGTTCAAGTT CTACGCGCAG CACCTGAAGG CCAACCCGGA CTGGAAGATC
GAGCCGCGCC CCGAACTGGT GGCCGGTGCG CGACAGACGC TGCTGGCGGT CATCGGCGCG
CGCAGTGCCC AGGAGACGCT GTACCGGGGC ATCCTGAATG GCGCCGGCAA CAAGTATCCG
GACCTGACGC TGCCGTCGCT GACCGCTGGT ACGGATGCGC GCGGCCTGCT GCGATCCGCC
GCCGCTGTAC CGGGTGTTTT TACGCGCCAG GCGTACGAAG GTTATGTGGC CGATGCGATT
GACGCCGCCG CCACGCGTCG CGATGTCGCC GCAGATTGGG TACTGACCGG CAGCCAGGTG
GCTGCCGTCA CGGCTACCAA ATCCGCTGAC GAACTGCGCG CGGCCCTGAC CGAGCAGTAC
TTCGCCGAGT ATGCCGCGCA CTGGCAGGAC TTCATGAACA GCCTGCAGTG GGAGTCAGCG
GCCACCTTGC CCGCCGCCAT CGATCAACTC AAGCTACTGG CCGATGCGCG CCAATCCCCG
GCGATCGCGC TGATGAAGTC GCTTGCCTAC CAGGGTGGTG CGGGTGTGCA GAAGACTTCC
CTGTCGGACA CACTGGTGAA CAAGGCCAAG GACATCCTCG GCAAGAAGGA CGATGCGCCC
AACAGCGCCA AGGCGGCCCC GGCTGGCCCG CTGGACGCCG CGTTTGGCCC GGTACTGCGC
CTGGCGGGAC AGCCCGGTCA AGCAGGGCAA GGCGGCAACA ACGACCTGAG TCTGCAGCGG
TATCTGGACC GGATCACGGC TTTGCGCCTG CGCCTGCAAC AGGTCAGTAT CGGCGCCGAC
GCGGATGACC AGGCCCGCCA GATGGCGCAG GCGATGTTCC AGGGCAAGAG TTCGGATCTG
GCCGATACGC AGGCGTACGC GCAACTGGTA GCGGCGAGCC TCGGCGCGGA ATGGGCGGGC
ATGGGCGAAA CGCTGTTTGT GCGTCCGGTT GCGCAGGCGA CGCAGGCCAT CGTGCTGCCG
GCACAGGCCA GTCTGAACGA CGTCTGGCAG CGGTTCATTA TGGCGGAGTG GAATCGGATC
TTCGCCGGGC GTTATCCATT CGCCAACACG ACCAACGACG CCTCGCTGCC AGAACTCGCG
CAGTTCCTGC GTCCGCAGGG CGGCACGATC CAGACGTTCC TGGCCACCCA GCTCGCGGGG
GTGCTGGAGT TGCAAGGCGA TCAATGGATG CCTGCCGCTG GCGCGCGTGG CATCACGTTT
GACCCGGAAT TCCTCAAGAC CATCAACATC CTGCAGCGCA TCGGCGCCCA CATGCTGGTT
CAAGGGGACC CGCAGTACCG CTTCGAACTC AAGCCGATCG CGACGCCGGG ACTCACCGAT
ACGAAGCTCA CCATCGACGG GCAGAAGCTG CACTACTACA ACCAGCGTGA AACCTGGAAC
CGGATGACCT GGCCTGCGAG CAACCTCCAA GACCCGGGCA CGCTTCTGCA ATGGCAAACC
GAGAAGGCAG GCACCAACAA GAACTATGAA TATGGCGGAC GCTTTGCGCT GCTGCGCATG
ATCGGACACG GCCACATTGT CCCGATCGAT AGCGCCACGG TGCAGATCAC GTGGCCTGCT
GTGCCGGATA CACGTGGCCC CTTGGAAGAA TCCACCGACG CGCAGTCTGG CAAGGCGCCT
TACGAGATTC GCTTCCTGAT GCGTAGCGAG GCTGGCCAAG GGGTATTGGA GTTGCTGCCC
CTGAGGGGTC TCAAGCTGCC GCAGCGCGTG TTCCTGGTTG GCAAAGGCGG CGCAGCAGTG
GATGTGCCTT CGCCCGCAGC ACGGAATGCT AAACGCGGAG GCGTGTGA
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| Protein sequence | MAYFHGTGSE PAWKQMELVA LIGLAAVLLR GPIAAAWKTV ASRSNERKRH QRDPAARVGK
GAGSKINLAA LQYANLKLAL REHRCRRLPR LLVTGNDAAV SRLLPELEEA GWFDTCDALL
LSSKTSNEGQ PDTAWLKRLY KLRRRRPVDA VIVVTDGAAD LPMPRRGTHP YSIRLARIIE
ILRYAAPVYV VDVAGMDPTV SSDAPIIVCA LPNQADASAI EEALLLLRNQ LARRGLDQLT
QEDRYPYQAR LSQRFDTRSK ALAKWTAGLI AGQIAVRGIA FAPYPSGTST KPEMPGSADL
PHWRYLSEAA RRQPGKRIGW HPMTVCVGFA LVAVGLWFAG MLASGWFNSR DVYAAQQAVT
EIGSARNPAT RLHALLALQQ QIERYEYRTQ QHAPLLTRFG LNRDADVLAA LWQPYVKASR
ELLVTPVQQN LEATLVDLGQ LQTTTLDDKT SQWALSGRDD LKAYLMLAYP ERTEADFLAG
RLPHDWSTEA RITPGEKQAL AERLFKFYAQ HLKANPDWKI EPRPELVAGA RQTLLAVIGA
RSAQETLYRG ILNGAGNKYP DLTLPSLTAG TDARGLLRSA AAVPGVFTRQ AYEGYVADAI
DAAATRRDVA ADWVLTGSQV AAVTATKSAD ELRAALTEQY FAEYAAHWQD FMNSLQWESA
ATLPAAIDQL KLLADARQSP AIALMKSLAY QGGAGVQKTS LSDTLVNKAK DILGKKDDAP
NSAKAAPAGP LDAAFGPVLR LAGQPGQAGQ GGNNDLSLQR YLDRITALRL RLQQVSIGAD
ADDQARQMAQ AMFQGKSSDL ADTQAYAQLV AASLGAEWAG MGETLFVRPV AQATQAIVLP
AQASLNDVWQ RFIMAEWNRI FAGRYPFANT TNDASLPELA QFLRPQGGTI QTFLATQLAG
VLELQGDQWM PAAGARGITF DPEFLKTINI LQRIGAHMLV QGDPQYRFEL KPIATPGLTD
TKLTIDGQKL HYYNQRETWN RMTWPASNLQ DPGTLLQWQT EKAGTNKNYE YGGRFALLRM
IGHGHIVPID SATVQITWPA VPDTRGPLEE STDAQSGKAP YEIRFLMRSE AGQGVLELLP
LRGLKLPQRV FLVGKGGAAV DVPSPAARNA KRGGV
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