| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0457 |
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| Symbol | |
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| ID | 4569382 |
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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 phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | + |
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| Start bp | 503165 |
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| End bp | 506314 |
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| Gene Length | 3150 bp |
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| Protein Length | 1049 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 639765057 |
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| Product | signal transduction protein |
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| Protein accession | YP_910939 |
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| Protein GI | 119356295 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | ATGGCAGACA TATCAGCCAG AGTAGTAAAG ATTCTTATTG CATCACCCTC AGATATCAAA
GAGGAGCGTG ATATTGCCGA GCTGGTTATT CACCGCCTGA AAATACAGAG CGAAGACAGT
GTTCGTCTTG TTCTGGAACC TAAAAGGTGG GAGCTTGATG CAGCATCTGA AATGGGATTG
AGTCCGCAGG AGATCATCAA TCGGCAGATG GTCGATGAGT GCGACTGTGC AATCTGCATT
TTCTGGACTC GCATCGGTAC GCCAACAGAG ATCGCCCCGG GGGGTGCAGT TGAAGAGCTT
GAGCTGATGC TGAAAAGAGA AAAGCTGGTT ATGCCATATT TTTCTGATGT GAAAGTTTCG
CTTTCCGGGA TTGATCGTGA TCAATGGAAC AGACTTGAAG AGTGGAAGAA GACACTGGTT
ACAGAGAAAC GGGGTTTTAT AAAGAGCTAC AGGGATATTT ATGAGTTCAA GGAGATGTTG
ACACATGACC TTGAAAAGCA GTTACGTGCA AGGTTCTGTC AACCGGCTTC CGGCGGGGAT
GATACGGTGG ATAAAAGCAA AAAAAAGGGA AGTCGGGTTA TCGATGATTC TGTGTTTCGC
TATCAGACTA CCCTCAAGCG GCAACTGGAA ACGATCACGC TTGCCGGTTC CCCTGCGTTT
GAGAGTTTGC CGGTAAAGCT CTCCGAGATT TTTGTCTCGT TGCGAATTGC CAACAGATCG
ACAGGTGAAA CAAGTCTCAA TGGTCATGAA GAAGAGGAGG CCCATCGATC TCTTTCGCCC
GAAAAGATTA TGCAACAGGC ATTTAAACAG CATAACCTGT TGCTTGTTAT CGGCGATCCC
GGGTCGGGAA AAACTACCCT GCTCAAATAT TATGCTCTCT CCTGCCTTGA TGACGAGCGG
TATAAGGAGC TTGGTTTCAA TGAACCCGTG CCGGTCATTT TTCTTTCGTT GCGTGATCTC
GTTCAGCTTG ATAATGGCTA TGCACCGTTG CCGGAAAACC TCAGAGAACT GTTTCGCAAA
CACTCGTTTG GCCGTCATGA TGAAGAGGAT TTATCCCGTT GGCTCGATGA TAACACAACG
CTTTTCCTTC TCGACGGGCT GGATGAAATC AGCGATACTG AGGATCGAAA AAAAGTCTGC
CGTTGGATAG ACGATACGGC GCGCAGGTTT GCAAAAGCCT GTTTTGTGGT TACTTCGCGC
ATAACCGGAT ATCGCAAGAG TGATGGTATC GAGCTTGAGT TCAGTCATTT TCGAGCAGAT
ATCATGGACT TTACAGATAG TCAGCAGGAA GAGTTTTTAC ATCGATGGTT TGCCGCTGTT
GGTGAACAGG ACGTTGGTTC CAGTCAGCAA GCAAATGCTT CACAAACAGC CGAATCTATT
ATCCTGTTTT TGCGTCAATC GGCAAACGAG GGACTGCGAA CTCTCGCAAG AGTGCCGTTG
TTGTTGCAGA TCATGGCGAT TCTCTGGAAA AACTGCGGTT ATCTTCCCAA CAGCCGAACC
GAGTTATATG ATGCCGCCTT GAACTATCTG CTTGACTATC GCGACCGTCA ACGAGGCAAA
AATCCGTTGC TTCCAAAAAA AGAAGCCCGG CTGGTTTTGG GGCCGGTTTC ACTCTGGATG
CAGGAGTCCG TGGAGCGGGA CGAGGTTGGA AAAGATGCGA TGCATAGGCG AATGCAGAGT
CAGTTGGATG ACCTGCGCAA TCCTCCTTCA GCAGAGGATT TTTGTGAAAA TCTTGTGGAT
CGAGCCGGTT TACTGGTAGA GATTGGAGAT GATGACTACC GTTTTTGCCA CAAAACCTTC
AGGGAGTACC TTGCGGGAGT TCAGCTCGTC ATGGAACATT CGGATGAGCA ACTCAACACG
CTGGTTGCTC ATTTCGGCGA TGACTGGTGG CAGGAACCTC TACGGTTTTT CATGGCACAT
GTTGACGCAA AACTCTTTGA TGCCTTTATG CAGAGGCTAT TTGCCTCACC GGTCAGTAAA
ACGTTGACGC CGAAACAGCA GAGTCTGCTT AAACTTCTTG TAGAGGAGGC TTCGGGCAGA
AAGATCGACG CCTTGAAATC AAAACTGCAT GATCCGAATA CCGTGAGCGA TCGAAAAACC
GATGACGACC TGAAAGAAGC AGACAATCAG AAGCGCTATG TGCTGGAGTG CCTGAAAACC
ATCGGCAGCC CTGAAGCCAT TGCAGCAATA CGGGAGTTTG TTCATGCAGA GCCCAAGCTT
ACCGGTGATC GCGAAATTAT CAGGCTCGCA GCCCGGATAT CCGGCGATCT TGTCGATGAT
GCTCCGGCTG ATATCGGAGC AACAATACCT CGTAAGGATA TTCCGTCCGT TTTGCAGAGC
TCTCATGAGC AGAACGCGCA CTACATCCTG ATCAAGGGCG GCAGCTTCAT CTACTCGGTG
ACAAAAAAAG CGCAACAGGT TTCCGATCTC TATGTGGCGA CATACACGGT AACCAATGCG
TTATACCGGC GTTTCATCAC CTTTTTGCAG ACAGGGGTCG TACCCGGTTT CGATCATCTG
CCGGTTAGTG TTTTCAGCGA TGCGTTGCAT GAATTGGCAT CACGCCATGA GACGAAAGGG
TTTACCGAAT ACCTTAAAGA GAAAAGTGAT CCAGCAGAGC GGTTCCGTTC ACCTTATGAT
GATGACAAAC AGTTCAACGG GGATGATCAG CCGGTTGTTG GCGTGAGCTG GTATGACGCA
ACGGCCTATT GTTTATGGCT CTCGCTGATG GAGAGCAAGG GGGTTGATGC AAAACGTTAC
CGGCTCCCGT CGGAGATCGA ATGGGAGTGG GCAGCCGGGG GCCGACGGGA TATGCCCCGC
AAATTGTTGA AGGTACGTTC ATACCCCTGG GGAGAGGAAG AACCTTCCCC GCAGCGAGCC
AATTTTAACC TGAACGAAGG GCAGACAACA CCGGTTGGCC GTTATCCCGA AGGAGCGACT
CCCGAGGGGC TGTACGATAT GGCCGGCAAT GTGTGGGAGT GGACGAATAG TTGGTATGAT
GAAGTAAAAA AAGAGTCCTT TTCGTTGCGC GGGGGTTCGT GGGGCAACAA ATCTGCCAAT
CTGTCTTGCT CTGCCCGGGT CGTCGTCAAT CCGGACCTCA GGAACGGCGT TATCGGTTTT
CGTGTTGTTC GTCCCAGTCA TCTTTTGTGA
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| Protein sequence | MADISARVVK ILIASPSDIK EERDIAELVI HRLKIQSEDS VRLVLEPKRW ELDAASEMGL
SPQEIINRQM VDECDCAICI FWTRIGTPTE IAPGGAVEEL ELMLKREKLV MPYFSDVKVS
LSGIDRDQWN RLEEWKKTLV TEKRGFIKSY RDIYEFKEML THDLEKQLRA RFCQPASGGD
DTVDKSKKKG SRVIDDSVFR YQTTLKRQLE TITLAGSPAF ESLPVKLSEI FVSLRIANRS
TGETSLNGHE EEEAHRSLSP EKIMQQAFKQ HNLLLVIGDP GSGKTTLLKY YALSCLDDER
YKELGFNEPV PVIFLSLRDL VQLDNGYAPL PENLRELFRK HSFGRHDEED LSRWLDDNTT
LFLLDGLDEI SDTEDRKKVC RWIDDTARRF AKACFVVTSR ITGYRKSDGI ELEFSHFRAD
IMDFTDSQQE EFLHRWFAAV GEQDVGSSQQ ANASQTAESI ILFLRQSANE GLRTLARVPL
LLQIMAILWK NCGYLPNSRT ELYDAALNYL LDYRDRQRGK NPLLPKKEAR LVLGPVSLWM
QESVERDEVG KDAMHRRMQS QLDDLRNPPS AEDFCENLVD RAGLLVEIGD DDYRFCHKTF
REYLAGVQLV MEHSDEQLNT LVAHFGDDWW QEPLRFFMAH VDAKLFDAFM QRLFASPVSK
TLTPKQQSLL KLLVEEASGR KIDALKSKLH DPNTVSDRKT DDDLKEADNQ KRYVLECLKT
IGSPEAIAAI REFVHAEPKL TGDREIIRLA ARISGDLVDD APADIGATIP RKDIPSVLQS
SHEQNAHYIL IKGGSFIYSV TKKAQQVSDL YVATYTVTNA LYRRFITFLQ TGVVPGFDHL
PVSVFSDALH ELASRHETKG FTEYLKEKSD PAERFRSPYD DDKQFNGDDQ PVVGVSWYDA
TAYCLWLSLM ESKGVDAKRY RLPSEIEWEW AAGGRRDMPR KLLKVRSYPW GEEEPSPQRA
NFNLNEGQTT PVGRYPEGAT PEGLYDMAGN VWEWTNSWYD EVKKESFSLR GGSWGNKSAN
LSCSARVVVN PDLRNGVIGF RVVRPSHLL
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