| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_0622 |
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| Symbol | |
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| ID | 7108728 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 686601 |
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| End bp | 689219 |
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| Gene Length | 2619 bp |
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| Protein Length | 872 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643478891 |
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| Product | putative signal transduction protein with Nacht domain protein |
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| Protein accession | YP_002375950 |
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| Protein GI | 218437621 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 63 |
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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 | ATGGAAACTT GGATAGAGTG GGATAATTTT ATAAAAATTA AAGCAACTGA AAAGAAATTT
ACCCCAGAGC AATCTAAATG CTTTCAAAAA TTTTTTAAAA AGGATAATAT TGATTTTGAG
CAAAATAAAT TTAACAGCCC TAGAGAAGAA ATAGATAAAA AATTACAGAT TACAGAAGAT
GACAGAAAAA AAAGACTGAC GGCAATTTAT GAAAAATTTA AAAAAGACTG TGAATTTCCA
AAAAATAATA AATATAAGTA TCTCATCGAA CACTTGAAGA AAAAATATCA AGAATGGATC
AGCCAAATTA ATCAACAACC GTCCTCCTCA ACTACTCCGA CTGAAACCCC CGAAACAAAA
ATAAACTGGC ACGAGATTTG TGAGAAAATT CTACAACAGC AAAAACGTCT TACCACTAAT
CCCCTATTAC ATGATAATGA AAAGGCAAAA AAAGAATATC CGGATGTTTA TATTGAGCTT
GGTTTAGTTC ACCGCAAAAA ACGCGAAAAC CCTGAACCTG TGGATAATTC CCAACAAGGA
AGTAAGATAT ATCGACCAAA AGAACCTGAA AGAATCTATT CTCAGCAGCA ATTTTTTAGC
GAATTTTTAG ACAAAAGAAA GGCAAAACGC ATTGCTATTA TTGGAGAACC AGGCGCAGGA
AAAACCACCC TGCTCCAAAA AATTTCTGAT TATGTCTTAA AAGAAAATTT AGGTCTTCCG
ATCTGGATCT CTTTATCTGA ACTAACAACA ACCGAAAATT TAGACAATAT TGAAGAGTAT
ATATTTGACC TATTAACTAG ACATTTTTCT CCTCTAAAAA GAGAAACAGC AAAACAAGAA
TTAGCAACTT ATCTTGAAAC TAATTTAGGC AATCTCTGGT TACTGTTGGA TGGTTTAGAT
GAAGTCACTA CAGTTAATAA TCTTTTATCA AAGATTAATC AGCAATTAGG GGGATGGTTA
AGCAATTCAA GGGTAATTGT AACCTGTCGC TTTAATCTCT GGGATGGAGA CTTAAATTAT
TTATCTGATT TTGAAACCTA TCGCTTACTT GACTATGAAT ATCCTCAACA AGTCTATGAA
TTTATTGATA AGTTTTTTAA AGTAAAATCA GACCTAACCC CCCCTATCCC CCTTCCCTAC
GAGGAAAGAG GGAAGTTAGC AACTCGTTTA AAAACTGCCT TAAATCAACC GGAAAAAGCC
TCTGTAAGAG ATCTAATCCG AAACCCTCTT CGCCTTACCT TGTTATGTTA TTTTGGGCTA
GATCGGGAAA TTTTGCCCGA TACTCAAGCA CAATTATATG ATTTCTATCG AGACTATTTT
TATAAATGGA AACCTGACCG TTTTCTCCTT ACTCACTCTG AAAAACGAGA ACTAAATGAA
GCTTTGGGAA AATTGGCTTT AGATGCAATA AAAGAGAAAA AATCACGCTT TTTGTTAAAT
AGAGAGTTTG TTACTCAGGA ATTAGGGGAT AAATGGTTTG AGAAAGCCAC TCAAATCGGT
TGGTTAAATC AATTGGGGGA CTATTACGCT TTCTATCATG CTACCTTTCA GGAATATTTT
GCCACTAGAG CGATCGCCGA TTGGGATTAT TTTTTACCCC GTCTGCATCA GGATAAACCC
ATTGAGGGCA AAGAATACCG CATTTTTGAC CCCAAATGGA AACAAGTGAT TTTATTTTGG
TTAGGACGAG AGGATATTGA TACACAAGAG AAAGAGGCGT TTATTGACGC GCTGATAAAT
TTTAATGATG GGTGTAATCA TATTTATGGG TATCGAGCAG TTTTTCTCGC TGCTTCGGGA
GTTGGACAGT TTCAGGAGTG TAGCAAAGCT AAGGAAATTG TTGAAACGAT TGTTAGATGG
GGGTTTGGTT TTTGGGATGA GGAGAAACAG GGATGGACAA TTTATTTTGA TCCAATTGCA
CAAACAGCAA ACGAAGTAGT AACACAATCA ATCCAAAATT TAGTTATATT ACAATTAATT
GGCATTTTAA ACTCCTGTGA GGATGAATAT AGCTGCTGGC TAGTTGCTGA TAGCCTAGGC
AAAATTGACC CAGGCAATCC GAAAGCAATC TCAACATTAA TTCAAGTTCT CAAAAATTGT
AAGAATAGAT TGGTTGTTTT GATGGCTGCT GACAGCTTAA GGAAATTGGA CCCCACTAAT
CAAGAGGTGT TCTCAACATT AATTAGATTT CTAATCTCTT CTAAATATGA ATGGGGTTGT
CAACTGGCTG TTGAGATCTT AAGGAAAATT GACCCCACTA ATCAAGAAGC GATCGCAGGA
TTAATTGCAC TACTATTTGA GTGTGAAGAT GAATGTATCC GCATAAGAAC TGCTCAGAGC
TTGAAAATTG ATTTAGGTAA TCAAGAAACT ATCTCAGGAT TAATTACACT TTTCAACTCC
TCTCAAGAAG AATCGACCTT GATGAAAGTC ACTTATAGTT TCAAGAAAAT TGAGCCAGGT
AATAAGTATC TTACCTTAGT AGTCTCTCGC TTAAAACCTA ACCTGACAAA TACTGTTTAT
CAAAATAACT TTGATTTATA CGAAAACAGT TTTAACATTC TTTGGCAATG TGCCGCTAAT
CTCCCCTATC CCGATTTTTA TCACGCATGG CACAGTTAA
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| Protein sequence | METWIEWDNF IKIKATEKKF TPEQSKCFQK FFKKDNIDFE QNKFNSPREE IDKKLQITED
DRKKRLTAIY EKFKKDCEFP KNNKYKYLIE HLKKKYQEWI SQINQQPSSS TTPTETPETK
INWHEICEKI LQQQKRLTTN PLLHDNEKAK KEYPDVYIEL GLVHRKKREN PEPVDNSQQG
SKIYRPKEPE RIYSQQQFFS EFLDKRKAKR IAIIGEPGAG KTTLLQKISD YVLKENLGLP
IWISLSELTT TENLDNIEEY IFDLLTRHFS PLKRETAKQE LATYLETNLG NLWLLLDGLD
EVTTVNNLLS KINQQLGGWL SNSRVIVTCR FNLWDGDLNY LSDFETYRLL DYEYPQQVYE
FIDKFFKVKS DLTPPIPLPY EERGKLATRL KTALNQPEKA SVRDLIRNPL RLTLLCYFGL
DREILPDTQA QLYDFYRDYF YKWKPDRFLL THSEKRELNE ALGKLALDAI KEKKSRFLLN
REFVTQELGD KWFEKATQIG WLNQLGDYYA FYHATFQEYF ATRAIADWDY FLPRLHQDKP
IEGKEYRIFD PKWKQVILFW LGREDIDTQE KEAFIDALIN FNDGCNHIYG YRAVFLAASG
VGQFQECSKA KEIVETIVRW GFGFWDEEKQ GWTIYFDPIA QTANEVVTQS IQNLVILQLI
GILNSCEDEY SCWLVADSLG KIDPGNPKAI STLIQVLKNC KNRLVVLMAA DSLRKLDPTN
QEVFSTLIRF LISSKYEWGC QLAVEILRKI DPTNQEAIAG LIALLFECED ECIRIRTAQS
LKIDLGNQET ISGLITLFNS SQEESTLMKV TYSFKKIEPG NKYLTLVVSR LKPNLTNTVY
QNNFDLYENS FNILWQCAAN LPYPDFYHAW HS
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