| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_1299 |
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| Symbol | |
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| ID | 4570839 |
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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 | 1476041 |
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| End bp | 1480519 |
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| Gene Length | 4479 bp |
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| Protein Length | 1492 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 639765889 |
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| Product | hypothetical protein |
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| Protein accession | YP_911755 |
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| Protein GI | 119357111 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | ATGCAAGTAG ATAATAAAAA GACGCAATCG TCAATTTCGG AGTTTCCTGA AGATGCTTTT
TTGATTTTTA TTGGACATAG CGATGATGCG ACTGCAGAAG CGCATGCCAT TTATGAATTA
CAAGGGAGGC TCGAAAAAGA CTTTCGCACT TTTCTTAAAA CAAATCACGA ATCTCCTTTT
AAAAGCCTTA TGCTTTGGGA ATGGCAAATT GATGCTTCTT CAAAACCAGG AGGCCAAAAC
GTTGTTGTTA CACCCGTTCT TCATCGTGCA CAAATAATTA TTTTTGTTTT TAAGGAACGA
GTTGGAACTG TTACATCAGA GGAAATTGAA AATGCTCGAG AACTTAGTAA ATATACCAGA
ATAAATATAC TTGCGTTTTT TCCGGCATAT CACCCTGAGA GTAGCAAAAT CAATAATACA
ATAGGTGCTC GGGATTGGGC AAATTTAAAG GGACTTTATG ATAAATTAAC AGAGGATTGG
TCAGCGGAAG ACTCCACTTC CGTTACGCCA TGCTTACCAC TATACGCTGA TATAGATGAT
CTTAAAAATA TTGCTCTTGA AAAGCTCCGG GATGCAATGC GAGACATTAT TGCAGATATT
AAGTGTATAA AAGTACCAAA GCACTCCACA ACATATTCGT CAAAACGTAT AATTGGATAT
ATAAAAGATA TTAGTTTTGA TCGACGTCCT GTACTGATTC ATATGGTTGA GGAGTTAGAT
AAAGTGTTGA TAGAAAAGTT TCTATCAACC GAAGATTCTC TCAAAGAGTT GCCACAAGCC
AAGCATTCCT CATCTATTGA AGAACGCTTA GCTATTCTCG GTTGTGTGAT GGGTAGTCGT
CCGACATTGG GCGCATTTCT TTGCTTCGCA CCATCCCGGC TTATTATAGA TAAATTTAGT
TCATGCAGTT TACAGGTAGT TCGCTTTAAA GGTGTGAGCC GGACGTCGTC AGGAGTTGAA
AAATTTTCAA TGCATGACAA CTTGCTTAAC TTGTTTGATC AAGGAATAAA TTGGTTGACT
TCTGAAGCCC ACCTTGGTCG TCAAGGTCGG GTTGGTTCAA CTGACCGTGA TGATCTGGAA
ATTCCAAAGA TTGCTCTACG TGAAGCGTTA GCCAATGCAC TGGTGCATAG AGACTATGAG
GATGCGCTGA ACAGAGATCA ACCTACTCGT GTCGAAGTTT TTGATAATCG GATTGAAATA
ACAAGCTTTG GGACATTGCC CGGGTCAGTA AATATTGATC AGTTAAACCA ATATTCCGAT
ACTCTAAGGC CGGTTCGAAG AAATCCAATT ATTGCTGATA TCTTTCAGCA TATTACTCAT
GTTGAACTTA ATGCTTCAGG AATCTCCCGT ATGCGGTATG CTATGCAACA AGCGCTTTTA
CCGCCGCCAA AAATACATAT TCAGAATGGA GCCGTAGTCG TATGCTTTAC GAGACCAATT
TTCATTGACT CCAATACTCG TCAACCTATC GAGTTAAGAA AACGAGCGCT TATTGGGGGA
TCATTATCTG GATTGGATGC TTATAGAACC GCCGCATTTG CAGTTTGCCT TAGGTCAGGA
TATTTTCCTG TTATGATGGA GCATCATCCT AATACAGAGA ATGATGAGGA TGATGCCATT
CGGCTATCTA ATACAATGGT AGATTATGCC GATATCTACA TCGGAATACT TACCAACCAA
TATGGATATG TTCCTGATAC ACATGATAAA TCAATAACCG AAATTGAATA TTATCGAGTA
AAAGCGAGAA AGGAGATGCC ACGGCTTATG TTTTCTTTGA AACAAAAAAC CATTGAAAAT
GATACGTATG AGAATGAATC AAGCAGTCAG AAGCAATTAA ATTTTATCGA AACAGTTACC
CGTGAATCAC TTGTTCATGA TGTATGTTCA GTCGATGAGC TTCAAGATAA ATTAAAAGGG
CTTATAAAAG TAGCAAATAA TTCTCCATTC GAAGCAAAAG AATATGAACT TCGCTATCAA
AGAGCGCTTA AAACCGAACT TGGTATTATC AGCTTGCTGG GTACTCATGC GCTTGAGAAC
ATTCAGGTAA CGCTGACTGA TACTTTTGTC TCTCTGCGTA TTTCTGATAC CTGGCGTACC
GATATGCGAT GGAACCCGAA AGCTCCTTAC GAATCGCTAC AAGAAGAACG CATTCGTAAC
CCTGAAGAGG TAATGAGCCT TGTCTTTGAA ACCTGTCGTA TCCTACTGGT TATTGGTGAT
CCCGGTTCCG GTAAAACAAC TCTGCTCAAA CATTACGCAC TTTCGTGCCT TGAAAATGAG
CACTACACCA CACTTGGATT CAAGGAACGC GTTCTGGTTT TTTATCTTCC TTTGCGAGAG
CTTGTTAAGA GTGGTGTAGG TTATGACACG CTTCCAGCAA ATCTTTTCGC ATGGAGCGAA
AAGCATTCAC TTGGTATCGC GGAAACGGTT TTCTTTGATT GGCTGCATAA CCGGCAAACC
CTTCTTCTGT TTGATGGCCT TGATGAAATC AGCGAGCCTG AACAGAGGAT TAAGGCATGT
GACTGGATTG ACCGTGTCGT AACTGGTTTT GAAAAAGCAA ACGTTGTGGT CACCTCCCGT
TATACTGGCT ACCGGAAGGG TGACGGGATT GAACTTCGTT CCCATCATGT GCGGGCCGAC
ATCATGGACT TTTCATCGGA GCAGCAAAAA GAGTTTCTGG AGAAGTGGTT TAGCTCGGTT
TTGTGTAGTG AGTTGCGTCC CGGGTTCAAA AGTTTACAAG AGTGGACAGT GGAACAGAAG
CAAAAAGCAG CGGAGAAAGC TGCGACAATT ATTGCTTTTT TGGAGAGGGA AGAGAACAGG
AGTTTGCGAT TATTGGCAGC GGTTCCAATG CTATTACAGA TTATGGCGAT TCTCTGGAAA
GAGCGACACT ATCTACCGAA AACCCGATCA GAGTTGTTTA ATGCAGCAGT GAACTATCTT
CTTGATTATC GCGACAGACA AAAAGAGATC TCTCCTTTGC TGAGTGCTGA AGATGCCCGG
CGAGTACTGA TGCCGGTGTC ACTCTGGATG CAGGAGGAGC TCCAAAAGGA CGAAGCGGAT
AAAGCGCTGA TGCAAAATGA GATGCAGAAA CACCTTAAAA CGCTTAACAA GCCACCTTCA
GTCGAGATGT TTTGTGCAAA CCTGATTGAT CGTGCGGGGT TGCTGGTAGC TTATGGAGAT
AAAGAGTATC GTTTTCGACA CAAATTATTT CGGGAGTACA TGGCGGGAAT ACAGCTTGAG
AAAAAAATGC ACAGCTCCCC AGGTTATCTC AATACGTTAG TGAACAATTT TGGGAAAGAC
TGGTGGGAGG AACCGCTCCG TTTTTATATC TCAGAGGTTG ATGCTGATGC TTTTGATGCT
TTTATGGGCA AGCTGTTTGA CTCAGAGGTT AGCGCCATGT TTAATCAAAA GCAGCAGGAT
TTATTGATTA CTTTCATTGA AGAGGCCCGG CAAACAAAAA CTGATGCTTT GCAGAAGAAG
TTGCTTGATT CGGCTACCAC AACAAACCGG CAGCGATATA TAATGCAATG TCTAAAAGCC
ATCGGCACTG CGGATGCCCT TGATGCTGTG CGGAAGTTTC TTGATGCTCC GTTTGAGAAA
AAAGCAGAAG TGCTGGATTT TTCCTTTGAA ATTGCAGGCG ATACAGAGCA GTTAAGTTTG
GGTAGCAAAC GTGATCGCTA TGGGTCAAAA GACACGATTA TATCCGATAA GCTTGGTGCT
CACTATATTC TGATCAAGGG TGGGAGCTTC ACCTTCTCTC TGACAAAGAG GCAGGAGAGC
GTACCAGACT TCTACGTTGC AAAATATACG GTGACCAACC AGCACTACCG CAGGTTTATC
AACTATCTGG ATTCAAAAGA GGCTGGTTAT GCCTCTATAC TGCCTGTTGA AACCTACATA
AAAAGTCTCT TTGATCTGGC AGAGAGCATC AATGGCTTCA GCGACTTTAT AAAGGGGGAA
AAATCGCTGG CAACACGATT TCGTAGCTTT TGGGATGATG ATAAAAAGTT AAACAAGGAT
TATCAGCCAG TGATAGAGCC AAGCTGGTAT GCAGCTCGAG CATATTGCCT GTGGCTCTCA
TTGCTGGAAA GTGATAGGAG AGATACCGAT TTGTATTGTT TGCCAACTGA AAAAGAATGG
GAATATGCAG CAGGCGGAAA AGAGAGCAGA ACGTACCCGT GGGGCAATAA AAAGCCCTCG
GAAACACTTG CCAATTATAA CAATAATGAA GGCTCTACAA CACCGTCAGG CCGTTACCCT
GAGGGAGCAA CACTTGAAGG ATTGCATGAT ATGGCGGGCA ATGTGTGGGA GTGGACAGCA
GATTTGTATA ACCAAGATGA AAACTGGCGT TCATTACGAG GTGGCGATTA TAGTACAGAA
GCTGGCGCAC TAAGTTGCTA TGCACGGAAA GATCGCGATC CAAGCATTAA AAGCTATAGT
ATTGTTGGCT TTCGTGTTAT TCGATCGTGT AAATTCTAA
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| Protein sequence | MQVDNKKTQS SISEFPEDAF LIFIGHSDDA TAEAHAIYEL QGRLEKDFRT FLKTNHESPF
KSLMLWEWQI DASSKPGGQN VVVTPVLHRA QIIIFVFKER VGTVTSEEIE NARELSKYTR
INILAFFPAY HPESSKINNT IGARDWANLK GLYDKLTEDW SAEDSTSVTP CLPLYADIDD
LKNIALEKLR DAMRDIIADI KCIKVPKHST TYSSKRIIGY IKDISFDRRP VLIHMVEELD
KVLIEKFLST EDSLKELPQA KHSSSIEERL AILGCVMGSR PTLGAFLCFA PSRLIIDKFS
SCSLQVVRFK GVSRTSSGVE KFSMHDNLLN LFDQGINWLT SEAHLGRQGR VGSTDRDDLE
IPKIALREAL ANALVHRDYE DALNRDQPTR VEVFDNRIEI TSFGTLPGSV NIDQLNQYSD
TLRPVRRNPI IADIFQHITH VELNASGISR MRYAMQQALL PPPKIHIQNG AVVVCFTRPI
FIDSNTRQPI ELRKRALIGG SLSGLDAYRT AAFAVCLRSG YFPVMMEHHP NTENDEDDAI
RLSNTMVDYA DIYIGILTNQ YGYVPDTHDK SITEIEYYRV KARKEMPRLM FSLKQKTIEN
DTYENESSSQ KQLNFIETVT RESLVHDVCS VDELQDKLKG LIKVANNSPF EAKEYELRYQ
RALKTELGII SLLGTHALEN IQVTLTDTFV SLRISDTWRT DMRWNPKAPY ESLQEERIRN
PEEVMSLVFE TCRILLVIGD PGSGKTTLLK HYALSCLENE HYTTLGFKER VLVFYLPLRE
LVKSGVGYDT LPANLFAWSE KHSLGIAETV FFDWLHNRQT LLLFDGLDEI SEPEQRIKAC
DWIDRVVTGF EKANVVVTSR YTGYRKGDGI ELRSHHVRAD IMDFSSEQQK EFLEKWFSSV
LCSELRPGFK SLQEWTVEQK QKAAEKAATI IAFLEREENR SLRLLAAVPM LLQIMAILWK
ERHYLPKTRS ELFNAAVNYL LDYRDRQKEI SPLLSAEDAR RVLMPVSLWM QEELQKDEAD
KALMQNEMQK HLKTLNKPPS VEMFCANLID RAGLLVAYGD KEYRFRHKLF REYMAGIQLE
KKMHSSPGYL NTLVNNFGKD WWEEPLRFYI SEVDADAFDA FMGKLFDSEV SAMFNQKQQD
LLITFIEEAR QTKTDALQKK LLDSATTTNR QRYIMQCLKA IGTADALDAV RKFLDAPFEK
KAEVLDFSFE IAGDTEQLSL GSKRDRYGSK DTIISDKLGA HYILIKGGSF TFSLTKRQES
VPDFYVAKYT VTNQHYRRFI NYLDSKEAGY ASILPVETYI KSLFDLAESI NGFSDFIKGE
KSLATRFRSF WDDDKKLNKD YQPVIEPSWY AARAYCLWLS LLESDRRDTD LYCLPTEKEW
EYAAGGKESR TYPWGNKKPS ETLANYNNNE GSTTPSGRYP EGATLEGLHD MAGNVWEWTA
DLYNQDENWR SLRGGDYSTE AGALSCYARK DRDPSIKSYS IVGFRVIRSC KF
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