| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3400 |
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| Symbol | |
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| ID | 8392736 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 3468617 |
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| End bp | 3471259 |
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| Gene Length | 2643 bp |
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| Protein Length | 880 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644981337 |
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| Product | putative signal transduction protein with Nacht domain |
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| Protein accession | YP_003139063 |
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| Protein GI | 257061175 |
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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 | 10 |
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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 | 20 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTTTTG ATGCCATAGT TAAATCCAAT TTACCTAAAT CCAGACCAGA TTACGATGTT
TTTATTTCTT ACTCTCGTCG AGATAAGGAG TTTGTTCGTC TTTTGTGGGA AAAACTGCTA
GAGGCTAATT ATACAGTTTG GGTTGATTGG CAAGATATTC CCCCGGCTGA AGATTGGAGA
CAAGAGATTT ATCAAGGCAT TGAAGCCTCC CATAATTTTC TTTTTATTAT CAGTTCCCAT
TCTCTTACGT CTGTTTTCTG TCAAGAAGAA TTGACTTATG CTATTAATCA TAATAAACGC
CTGATTGCTA TTATTATTCA AGAGCCACAA AACGAAGATA TTAATCCCGA CTTAGCGAAA
ATAAATTGGA TTTTTTGTTC AGGATGTAAT GGTGAAGAAT GTGATAATTT TAAGCAAAGT
TTTCAACAAT TACTTCAAGC TCTTGAAACA GACTTTAATT ATGTTAAATA TCATACTCGT
TTATTAATGC GAGCTAAAGA ATGGGAAAAT AAACAATACA ATTCGGATTT TCTTTTATTA
GGAACCAATT TAGAAGAAGC AGAAAAATGG TTAGCTGAAA GTCAAGATAA ACAGCCTGAA
GCTACTGCAT TACAGCAAAA ATATATACAA ACTAGCCGAA TTATTGAAAC TGAACGAGAA
GCAGTTGAAT TAAGGCTACG TCGCATGACT CCTCAAGAGC TTCGTAATCG TCAAACAGTA
CTGAATAAAG TTAACAATTA TTGGATTAAA GGCGTTCTGG AAAATTCTAT TCATGAACAG
GCGTTGATAA TGTTAGAATT AGAAGAACAT TCTGACGCAG TAGCCTCTCC TTGGAATCTA
ACGTTACAAA CGTCTGAAAA AAAACCTAAA CAATTGTCTT TAGATACTTC TATTATCTCG
ATTTTCGATC AAATGGGAGA AGGCAGAACA TTGCTGATTC TAGGAGAACC AGGATCAGGC
AAAACGACAA CTTTATTACA ATTAACTCGT CACTTAATTA ACCGTGCTAA TGAAGGGATT
GATGACCGCA TTCCAGTAGT TCTTAATCTC TCTAATTGGT CAGTTGAAAA ACGTAATTTT
ACTGATTGGT TGGTGGAAGA ACTCAACAGC AAATATCAAG TCCCCAAGAA AGTTGGAAAA
ACTTGGGTTC AACAACAGCA ACTTCTTTTA CTTTTAGATG GGTTAGATGA AGTAACAGTT
AAGCATCGAG AAAAATGCTT ACAAACTATC AATCAATTTC ATCAAAACTA TAGTCCAGAA
ATTGTTGTTT GTAGCCGTTT TAAAGAGTAT AAAGAACTTT CTTCTCGTTT AAACTTTCAA
AAGGCAATTT ATTTAAAACC TCTACAGTTA ACGCAGGTTT TGGATTACTT AAAAAGTGAT
CAAATCAAAC AGTCTAATTT AGTGACTTTA ATTGATAGAG ATAAAACTCT ACAAGAATTA
GTAACCTCTC CCTTAATGCT GAATCTTATG ATTTTGGCTT ATCAAGATCT ATCTTTTCAA
GCGTTACCGC AAACAAACAT AATAGAAGAA CGTCGTCAGC AACTCTTTGA TAGATATATT
GAGCAAATGT TTAAACGGCG AGAAATTCAA CCCAAATATT CTAAAGAACA AGTTATCCAT
TGGCTGAATT GGTTAGCAAG ACGAATGACT AACTTTTCGA CAACGGTATT TTTAATAGAA
GAAATGCAGC CGAACTGGCT ATTAACTAAC CGACAAAAAT ATCTATATCG CCTGGTAATT
AAAATACTTA GTGTAGGAAT TTGGGCAAGT TTTCATGTAG GGTTATTAAC GGGACATCAA
GGCTATCAAA TTACTTTAAA TATTGATCAA GCGTTTAGGG GAATGACCTA TGGTTTGATG
GGAGCTTTCT TATATGCTTT ATTAACAATC ATGATTGATG AATCAATTAA TCCTGTTATT
GGACGTTTAT TTAATTCTCT TATTTTAGGT ATAATTTACG GATTAATTTT TAGTGTAATT
TATGGTAATT GGATCTATGG CATAGCCTAT GGCATAATAT ATGGACTCAT TGGATTATTA
ATTTATCGAC CAATTTATAG CGAAAAAATA GAAGCAGTTG AAGGACTAAA ATGGTCTTGG
GTTAAAGCTA AAAACAATTT AATCTTTGGT TTGATTATAG GAATTTGCCT CCGGTTTGGA
ACTTCTAATG AATTGCTTCC TAGCCTTATT TTTGGATTAA TAATATCATT GATTTTTGGA
TTTGACAAAG ATGATGAAGT TGATCAAAAA AATATGCCAA ACCAGGGAAT CTGGAGATCT
TGTCATAATA GCGCAAAATT GTTTGCGACG ATCGCTATCC TAACTGGACT ATTTTTAGGG
GTATTTCAGA TTCATTCAAA GATGAATGAT CCTGCATTTA TCATTGATTT AGATTTTGTA
GTAGTTAATG CTTTCATTTT TGGGTTAGCT GCTGCCTTAA TTGGGGGACA ATGGTCAGGA
ATCACCTGTA TTAAACATTT TACCTTGCGT TTAGTGCTTG GGGTTAATGG ATACAGTCCT
TGGAACTATG CAAAATTTTT AAGCTATACT GTTGAACACA TTTTTTTACA AAAAGTTGGT
AATGGTTATG TCTTTGTTCA TCGACTATTA CTTGACTATT TTGCTAAACG ATATGATCAA
TAA
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| Protein sequence | MTFDAIVKSN LPKSRPDYDV FISYSRRDKE FVRLLWEKLL EANYTVWVDW QDIPPAEDWR
QEIYQGIEAS HNFLFIISSH SLTSVFCQEE LTYAINHNKR LIAIIIQEPQ NEDINPDLAK
INWIFCSGCN GEECDNFKQS FQQLLQALET DFNYVKYHTR LLMRAKEWEN KQYNSDFLLL
GTNLEEAEKW LAESQDKQPE ATALQQKYIQ TSRIIETERE AVELRLRRMT PQELRNRQTV
LNKVNNYWIK GVLENSIHEQ ALIMLELEEH SDAVASPWNL TLQTSEKKPK QLSLDTSIIS
IFDQMGEGRT LLILGEPGSG KTTTLLQLTR HLINRANEGI DDRIPVVLNL SNWSVEKRNF
TDWLVEELNS KYQVPKKVGK TWVQQQQLLL LLDGLDEVTV KHREKCLQTI NQFHQNYSPE
IVVCSRFKEY KELSSRLNFQ KAIYLKPLQL TQVLDYLKSD QIKQSNLVTL IDRDKTLQEL
VTSPLMLNLM ILAYQDLSFQ ALPQTNIIEE RRQQLFDRYI EQMFKRREIQ PKYSKEQVIH
WLNWLARRMT NFSTTVFLIE EMQPNWLLTN RQKYLYRLVI KILSVGIWAS FHVGLLTGHQ
GYQITLNIDQ AFRGMTYGLM GAFLYALLTI MIDESINPVI GRLFNSLILG IIYGLIFSVI
YGNWIYGIAY GIIYGLIGLL IYRPIYSEKI EAVEGLKWSW VKAKNNLIFG LIIGICLRFG
TSNELLPSLI FGLIISLIFG FDKDDEVDQK NMPNQGIWRS CHNSAKLFAT IAILTGLFLG
VFQIHSKMND PAFIIDLDFV VVNAFIFGLA AALIGGQWSG ITCIKHFTLR LVLGVNGYSP
WNYAKFLSYT VEHIFLQKVG NGYVFVHRLL LDYFAKRYDQ
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