| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Clim_1600 |
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| Symbol | |
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| ID | 6354248 |
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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 | Chlorobium limicola DSM 245 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010803 |
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| Strand | - |
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| Start bp | 1722355 |
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| End bp | 1725357 |
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| Gene Length | 3003 bp |
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| Protein Length | 1000 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 642669201 |
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| Product | MCP methyltransferase/methylesterase, CheR/CheB with PAS/PAC sensor |
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| Protein accession | YP_001943623 |
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| Protein GI | 189347094 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG1352] Methylase of chemotaxis methyl-accepting proteins |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | ATGAAGAACC CCTCATCCGG ACGTCGCCCA AAAAAAGAGT CAGAGCAAAA GAATGAAAAT
ATAGTTTCGG AACTCTCTTT TCCTGTTATC GGTATCGGTG CTTCTGCTGG CGGGCTCGAG
GCGATCGAGC TTTTTCTGGA ACATGTTCCG TATCCCTCGG GCATGGCCTT CGTGATTGTT
CAGCATCTCG ATCCAACCCG TAAAGGGATG ATGGTCGAGC TGCTGCAGCG GGTTACTCCT
ATGGCGGTTA TCCAGGTTAC CGATCGTCTT GAAATAGAGC CGGACCGTGT CTATGTCATT
CCTCCCAACC ATGACATGAC GATTCTGCAC GGGGTTTTGT ATCTGCTTGC TATGGTCAAA
CCCCGAGGGT TGAGATTGCC GATCGATTTC TTTTTTCGTT CCATGGCAGA CGATCTTCAG
CGCCATTCTC TCGGCGTGAT TCTCTCTGGT ATGGGTTCCG ATGGAACCCT TGGCCTCCGC
GCCATCAAGG AGAAGGGAGG CGGGGCTTTT GTACAGGATC CCTTATCCGC GAAGTTTGAT
GGAATGCCTC GCAGCGCTAT CGATGAAGGA CTGGCTGACG TTGTGGCTCC GGTTGAAGAT
CTTCCGGCTA TGATTATTGA CTACCTTAAA AACCTGACCG CTATTGTCAG ACCGACGGTT
GCCCATGATG GGAGATCATT GAGCGCATTG GAAAAAATCG TCATTCTGCT GCGAACGCAA
ACCGGCCATG ATTTTTCTTA TTACAAAAAA AATACAGTTT ACCGTCGTAT CGAAAGACGC
ATGGGAATTC ATCAGATTGA AAAGATTTCC GATTATGTCA AGTATCTTCA GGAGAACCCA
CACGAAATCG AGCTGCTTTT CAAGGAACTG CTGATCGGGG TTACAAGTTT TTTCCGGGAT
CCGCCCGCAT GGGATGCTCT GAAGACGCTG GCAATTCCAT CCATTCTCGC TTCGCGTCCT
TCCGGAGGCG TCCTGAGGGC ATGGGTGGCA GGTTGTTCCA CCGGAGAGGA GGCATATTCC
CTCGCTATTG TTTTCCGGGA AGTTATTGCG GAGCTGAAAC CTGCCGGTAA TTTCAAGCTT
CAGATATTCG CATCTGACCT GGACAAGGAT GCCATAGAGA AAGCCCGCTC AGGAATTTAT
CCTTCCACTA TTTCGGATCA TGTCTCTTCT GAGCGCATCA AGCGTTTCTT TGAAAAAGAT
GATCGTGGCT ACAGGATAAC AAGGGAGATT CGCGAAACAA TTGTTTTTGC GCTCCATAAT
GTCATTATGG ATCCGCCTTT CACCAAGCTG GATATACTTG TCTGTCGCAA TCTGCTGATT
TACATGGAGC AGGAGCTCCA GAAAAAACTG CTGCCTTTGT TCCATTACAG TCTTAATCCC
GGCGGAACGC TTTTTCTGGG AAGTGCCGAA ACAGTCGGTT CCAATGCTCA TCTATTTGAT
TCTATTGACA GCAAGTTCCG GCTTTTCAGG CATCATCCCC AGTTGGTAAG GCCCATTAAT
GTAGATTTTC CGGCATCGTT TGCACCTTCC GTACCGGATT ACCCGGAACT TCCGGAACGC
CGGTCTCCTT CGGCAATTTC CGGGATCAAC CTGCAGTATC TGACCGAACA GCTGCTACTC
AGGCATTTTA CTCCCCCAGC GGTACTGACG ACCGATCAGG GTGATATCAT CTATATCAGC
GGACGAACCG GAAAGTATCT GGAGCCGGCA GCAGGAAAAG CCAACCTTAA TGTTTTTGCG
ATGGCCAGAG ACGGGCTTCG CTATGAGCTG AGCCTCCTTT TCAGCCGTTT GCTTCGCCAG
AAAGGGAAGA TCGTCAAAAC CGGGTTGATT GTCGGAACCA ACGGCGGATC GCAGATGATC
GATCTTACGG TTAAACTTAT TGAACAGCCG GATTCCCTGA AAGGAATGGT CCTGATTGTT
TTTTCGGATG TGTCCAAAAA GATAACTGCG GTTGCAGAAG AACGTTCTAT TGAGCCTGGA
GATGCAGGAG AAGGCAGACT CGGATCTCTT GAAGATGATC TCAAGCAGGC GAGGGATGAG
ATACGTTCAC TTCGGGAAGA GATGCAGAAC TCTGAGGAAG AACTCAAATC GACAAATGAA
GAGATGCGCT CAGCCAATGA AGAGCTGCAG AGCACCAATG AGGAACTGAC AACGTCCAAG
GAGGAGATGC AGTCGCTGAA CGAGGAGCTG CAGACGGTCA ATCAGGAGTT GCAATCGAAG
GTGAGTGATC TTTCCCAGGC CAACAATGAC ATGAAAAACC TGTTGAACAG CACGGACATC
GCAACTCTTT TTCTCGATAA CGATCTCAAT ATCCGCAGGT TCACCAACCG TACGGTCAGC
ATCATCAAAC TGATAGCAAC AGATATCGGC CGGCCGATAA CAGATATCGT TACCGATATG
CACTATCCTG ATCTGGCTGA CGATGCGCGC GAAGTGCTTA ATACGCTCAT GTTCAGAGAA
AAGCAGGTTT CGGCAATTGA CGGGCGCTGG TTTACGGTAA GGATCATGCC GTACCGTACC
CAGGAAAACC GCATTGACGG TCTGGTGATA ACGTTCAATG ACATCAGTAC TGCTAAAAAG
CTGGAGAAGA ATCTTCGGGA AAGCGAGCAG AGTTTTCTGT TTTTGATCAA TACCATGCCT
GTCGGCACCA TGCTTCAGGA TTCGGACGGG AAGATTGTTA TGGCCAATCC GGAAGCGGAG
CGGATTACCG GAATTCCGCT GGCGGAAATG CAGGGTAAAA CGGTATCAGA ACTTCGATGG
AAACTTGTTC GGGAAGATGG TTCGATTTTT CCTCCTGAAG ACCATCCAGC ATTCCTCGCG
ATACGTTCCG GTCAACCAGT TTCCCCTATG GTCATGGGGG TGGTTCATGC CCATGACCGG
AAAATCCGAT GGGTCAAGGT CAGTGCATCG GCTCGATCAG GAGAGAGATC TGAAAAACCA
TGTCAGGTCT ATACAACGTT TTTTGAAATT CCAGAAGCCG GCCGCTTTCC GGATGGTATA
TAA
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| Protein sequence | MKNPSSGRRP KKESEQKNEN IVSELSFPVI GIGASAGGLE AIELFLEHVP YPSGMAFVIV
QHLDPTRKGM MVELLQRVTP MAVIQVTDRL EIEPDRVYVI PPNHDMTILH GVLYLLAMVK
PRGLRLPIDF FFRSMADDLQ RHSLGVILSG MGSDGTLGLR AIKEKGGGAF VQDPLSAKFD
GMPRSAIDEG LADVVAPVED LPAMIIDYLK NLTAIVRPTV AHDGRSLSAL EKIVILLRTQ
TGHDFSYYKK NTVYRRIERR MGIHQIEKIS DYVKYLQENP HEIELLFKEL LIGVTSFFRD
PPAWDALKTL AIPSILASRP SGGVLRAWVA GCSTGEEAYS LAIVFREVIA ELKPAGNFKL
QIFASDLDKD AIEKARSGIY PSTISDHVSS ERIKRFFEKD DRGYRITREI RETIVFALHN
VIMDPPFTKL DILVCRNLLI YMEQELQKKL LPLFHYSLNP GGTLFLGSAE TVGSNAHLFD
SIDSKFRLFR HHPQLVRPIN VDFPASFAPS VPDYPELPER RSPSAISGIN LQYLTEQLLL
RHFTPPAVLT TDQGDIIYIS GRTGKYLEPA AGKANLNVFA MARDGLRYEL SLLFSRLLRQ
KGKIVKTGLI VGTNGGSQMI DLTVKLIEQP DSLKGMVLIV FSDVSKKITA VAEERSIEPG
DAGEGRLGSL EDDLKQARDE IRSLREEMQN SEEELKSTNE EMRSANEELQ STNEELTTSK
EEMQSLNEEL QTVNQELQSK VSDLSQANND MKNLLNSTDI ATLFLDNDLN IRRFTNRTVS
IIKLIATDIG RPITDIVTDM HYPDLADDAR EVLNTLMFRE KQVSAIDGRW FTVRIMPYRT
QENRIDGLVI TFNDISTAKK LEKNLRESEQ SFLFLINTMP VGTMLQDSDG KIVMANPEAE
RITGIPLAEM QGKTVSELRW KLVREDGSIF PPEDHPAFLA IRSGQPVSPM VMGVVHAHDR
KIRWVKVSAS ARSGERSEKP CQVYTTFFEI PEAGRFPDGI
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