| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3032 |
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| Symbol | |
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| ID | 8392362 |
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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 | 3066169 |
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| End bp | 3069183 |
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| Gene Length | 3015 bp |
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| Protein Length | 1004 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644980981 |
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| Product | putative signal transduction protein with Nacht domain |
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| Protein accession | YP_003138713 |
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| Protein GI | 257060825 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.00461923 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 24 |
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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 | ATGATTGACT GGTTAGTTAT TTGGGGTGTT ACTCAAGCGG TAGGATTTAC CTTTAAACCT
ATTATAGAAG AGTTGGCCAA GGATGCTGCT AAAGATTGGG TTAAGGATAT GTTTAAGGGG
TGTTTATCCA ATGTGGTTAA GTTACCTCAA CAAGAACCTT TAATCAAGGC AGCAGGGAAA
GCTTTAAAGG AGTTTTTAGA TTTATTTCAG CAACAACTAG AAGATGCTGA ACTCGATAAT
GATCAGGTGA AAGCGTATCT TAAACCGTTG AAAAAGTTTA TCGGTTTGAA TGCAGTCAAG
GAAGTATTAG GTTCACCTTT TCAAACTAAT ATTAATACCC TTGATACTAA GCTTTTAAAT
ACTCTTTGGG ATACTTATCA TTTAACAGCG TTACCTGATG AGTTTAATTG GCAGCAATTA
AGCAAGAGAT ATGTTAAGAA AGTGAAGGCA ATTATTCAGG AGGAAAAGGA ATTACGGGAC
ATTTTAGAAG CTGAATTATT AAAAGAAATT GCGGATAATA CGAATACAGA AATTAAAGCA
AATTATGATT TAATTCAATA TCAAGAAACG TTGAGGGAAC GTTATAAAAA TATCCCATTG
GGAGGGTTAG AATATAGTAT TCAAGATCGA AAAGTTCCCT TATGGAATGT TTTTGTACCT
CAGAAAATAC GAGAATGTCA AGAGTATTTA CCAAAAGTTA ATGAAATTCC CAAAGAATTA
CAGAAAAAAT TAAGGGAATA TGGACAGTTA GAAAGGGAAT ACACCGAAGA AGAATTAGAG
AAATTAGAAA AGTTTTATTT AAGTCAACCT ATTCGACCTG TTTTAGAGGT GTTGGACGAT
AAAAAGTATC AGTTTATGGT TATTTTAGGT GATCCAGGTG CGGGAAAATC AACCTTATTA
AAATATTTAG CTATTCGATG GACAGAATTA CCGAGAAAAG CGTTAACAAC TCAACCCATT
CCTTTGTTAA TTGAACTGCG GGACTATCTC CAAAATTATC AAAAGAATGA GTGTCAAAAT
TTTCTTGAGT TTATTGATAA AAGTAGTGGA TGGGTGGGAC ATCTTAACCA ACATTCCTTA
GATGAAACCC TAAAACGAGG GGACGGGTTA GTGATGTTGG ATGGGTTAGA TGAGGTGTTT
GATCTTCAGC AAAGACGGAT GATTATTAAT CAAATTCATG ATTTAACTCA GGACTATCCT
AAGATTAAGG TTATTGTCAC TTCTAGAATT ATTGGATATG AACCGCAATG GTTAAGGGAT
GCGAATTTCA ATCATTTTAT GATCCAAGAT TTTGATGATA ATCAGATTGA GGAGTTTAGT
GAAAAATGGC ATCAATTAAC TTGTGATACG GAAGAGGAAG AAAAACGCAA TAAACAACGG
TTACGCGAAG GAATTAATAA TTCTGCTGCG ATTCAACAAT TGTCGGGAAA TCCTTTATTA
TTGACGATGA TGGCCATTTT AAATCGAAGT CAGGAGTTAC CGAGAGATAG GGGGGAATTA
TATAACGAAT GTTCTCGTAT TTTATTATAT CAATGGGATG TAGGACGGGC ATTAATTGAA
GATCCTAGAA TTGATCATAA AATTTTTCAC TATCAAAATA AACAAGCAAT GTGTCGTCAA
ATTGCCTATT TTATGCAGTT GAATAAGGAC GGGTTAGCAG GGAATATTAT TAGTGGGGAA
GATTTAGAGA AAATACTAAC AGATTATTTA AGGGATAAAG TTAATAATCC TTGGGAAATA
GCAAAATTGA TGATTAATCA GTTACGTTCC CGTAATTTTA TTCTATGTTC TTTGGGGGTA
ATTGGATATG AGGGACATTA TGGGTTTGTT CATCGGACTT TCTTGGAATA TTTCTGTGCG
TCGGAGTTTG TTGATCAGTT TGAAAAAAAG AAAACATTAT CAATAGATGA ATTAAAAAAT
GAGGTTTTTG GTAAGCATTG GGATGATGAA ACGTGGCATG AGGTGTTAAG GTTAATATCG
GGGATGATCG ATCCTAAATT TACAGGGGAG ATTATTGACT ATTTAATGAA TCTAAAACCA
GATGACGCTA CAAACCCTGT TAATTTGTTT TTAGCAGCAG ATTGTTTAAG TGAGGTAAGA
AATCGTCAGG AAATTAAACC CATTGATGAT AGGTTATTCA AAGAAATTCA AGCTTTAGTT
CAAGTTCATG GTAGAAATAT TCGGAAAGCT TGGGATAATA ATGACTTGGA CAAAGTTAAT
CAATTTTATG AGATTTTAAA CAATTCCCTG AAAGCTATTG CTATCGTTTG GAAAGATCAT
CTTTATCTTA AAGATCGCGC TGTTGCTGAT GCAGATCAGG ATGTAAGAAG TACCGCGATC
GCACTATTAG GACAAAATTT TAAAGATGAC CCCGATACAG TAAAATTCCT CAAAGATCGC
GCTGTTGCTG ATGAAAATGA GAATGTAAGA ATAACGGTGA TCGGACAATT AGTCAAACAG
TATAAAGAAG ACCCCGATAC GCTAAAAATT CTTAAAGTTT TCTCAGTTGA TGATGAAAAT
GATGAGTTAA GAGAAAGATC ACTAGAACTA TTAGGACAAG AGTTTAAAGA TGATCTTGAC
ACAGTAAAAT TGCTTAAAAT TCGCAGTAAT ACTGAAGATG ATAAATATTT ATTTGACAAA
TTTATAGCAG TTAAATTATT GGCAGAAGGG TTTAAAGATG ATCCTGATAC AATAAAAATC
CTAAAATATG CGGTTGATGA TAAAAGTGAG GATTTAAGAA GTATGGCGAT TGAACAATTA
GTCCAACAGT TTAAAGATGA TCCTGATACA ATAAAAATCC TAAAATATGC GGTTGATGAT
GAAAGTGAGT ATGTAAGAAG TACCGCGATC GAACAATTAG TCCAACAGTT TAAAGATGAT
CCTGATACCC TAAAAATCCT CAAATCTCGT GCCGTTGATG ATGAAAATGA GGATGTCAGA
AGTACCGCGA TCGAACTATT GGAAATATAT TTTAGAAATG ATTCTGAGGT TCAAGAGTTT
CTCAAGAATT TATAA
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| Protein sequence | MIDWLVIWGV TQAVGFTFKP IIEELAKDAA KDWVKDMFKG CLSNVVKLPQ QEPLIKAAGK
ALKEFLDLFQ QQLEDAELDN DQVKAYLKPL KKFIGLNAVK EVLGSPFQTN INTLDTKLLN
TLWDTYHLTA LPDEFNWQQL SKRYVKKVKA IIQEEKELRD ILEAELLKEI ADNTNTEIKA
NYDLIQYQET LRERYKNIPL GGLEYSIQDR KVPLWNVFVP QKIRECQEYL PKVNEIPKEL
QKKLREYGQL EREYTEEELE KLEKFYLSQP IRPVLEVLDD KKYQFMVILG DPGAGKSTLL
KYLAIRWTEL PRKALTTQPI PLLIELRDYL QNYQKNECQN FLEFIDKSSG WVGHLNQHSL
DETLKRGDGL VMLDGLDEVF DLQQRRMIIN QIHDLTQDYP KIKVIVTSRI IGYEPQWLRD
ANFNHFMIQD FDDNQIEEFS EKWHQLTCDT EEEEKRNKQR LREGINNSAA IQQLSGNPLL
LTMMAILNRS QELPRDRGEL YNECSRILLY QWDVGRALIE DPRIDHKIFH YQNKQAMCRQ
IAYFMQLNKD GLAGNIISGE DLEKILTDYL RDKVNNPWEI AKLMINQLRS RNFILCSLGV
IGYEGHYGFV HRTFLEYFCA SEFVDQFEKK KTLSIDELKN EVFGKHWDDE TWHEVLRLIS
GMIDPKFTGE IIDYLMNLKP DDATNPVNLF LAADCLSEVR NRQEIKPIDD RLFKEIQALV
QVHGRNIRKA WDNNDLDKVN QFYEILNNSL KAIAIVWKDH LYLKDRAVAD ADQDVRSTAI
ALLGQNFKDD PDTVKFLKDR AVADENENVR ITVIGQLVKQ YKEDPDTLKI LKVFSVDDEN
DELRERSLEL LGQEFKDDLD TVKLLKIRSN TEDDKYLFDK FIAVKLLAEG FKDDPDTIKI
LKYAVDDKSE DLRSMAIEQL VQQFKDDPDT IKILKYAVDD ESEYVRSTAI EQLVQQFKDD
PDTLKILKSR AVDDENEDVR STAIELLEIY FRNDSEVQEF LKNL
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