| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1763 |
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| Symbol | |
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| ID | 7110421 |
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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 | 1967389 |
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| End bp | 1971816 |
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| Gene Length | 4428 bp |
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| Protein Length | 1475 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643480024 |
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| Product | putative signal transduction protein with Nacht domain protein |
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| Protein accession | YP_002377065 |
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| Protein GI | 218438736 |
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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 | 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 | 50 |
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| Fosmid unclonability p-value | 0.923912 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAGAAC AGCCAGATAA AATAGCCGAA AAAATAGCAG TATTTGCTCA AGGTGGAACA
GTTTATATCG ATAAAATTAT CATTGACAGT CAAGGAAAAG AATTATCTAA AAAAACAATC
CAACTTGACT GGCGTTTAAT CTGTCAACAA GTCCTACAAC AACAAAAAAA CCTCAGAAAA
CGAATTACAG AAAGAGGTTT TGAATTAAAT ATTTATGTGC CTTTGGGATT AGTAGAACGG
AAAAAGCAAC AACGACGAAA ACAACAAGAA GACCCTAACA AAGATCAAGT TTTTGAACTT
GAAGAAACTC TTATCACCAA AGAATATCAC CATAATGCTT TCTTAATAGA AATTATTGGG
GAAACTGGAC GAGAAAACCA ACGAATTGCG ATTACAGGAG AACCGGGAGC CGGTAAAACT
ACATTATTAC ATAAAATAGC AACTTGGATT GAAGAACATC AAAAAGGATT ACCGATTTTA
ATTCCTTTGG TGGCATTAGA AAAGCAAACT TTAGAAGACT ATTTATTAAA TAATTGGCTC
AAAAAAGCTG AAGAATTTAT CCAAAAAGAA GATAGACAGG ATAAAACAGC ATTAAAAGAA
GCATTAAAAG AACGTTTTCG AGAGGGGGGA GTCTGGTTAT TATTAGATGG TTTAGATGAA
ATGGCCGCGA ATTCTTCGGG GGGTGTATTA ACGACAATTG TTCAGTATTT AGAGGGTTGG
ATAACTCAAG CAAGAATAAT TTTAACCTCT CGTTTAAATG TTTGGGATGA ACAGAAAACT
AATCCTTTAT CTGGGTTTAA AACCTTTCGG ACTTTACAGT TTACCGATAA ACAAGTAACA
GAGTTTATTG AGGGATGGTT TGCGGTTGCT GAGAGTAGCC ACACCCTGAA GGATGTGGCT
ACACAAACAA AGCCTGCCGA TGCAGGCTCA CAGATTTTAG CCCGCGAAGG CGGGCTTAGT
CCGTATAGCC CCAGGCTTCA GCCTGCGGGC ATTTTGGAAT TACAAAATAA ACTCAAAGAA
CCTCAATATC AATCTATCCA AGAGTTAATA CATAACCCTC TAAGATTGGC GATGTTGTGT
GAAGTTTGGT ACAATAATCC AGGGGAATTA CCCGAAACTA AAGCGCAATT ATATGAGCGT
TATATACGAG ATTATTATAA TGAATGGAAA TCAGAACAGC ATCAACTTAG TCAAGACATA
GATAAACAAG AGGAATTAAA TAAAAAATTA GGAGAATTGG CATTACAACA GCTTGATAGT
GAGGTTAGAT TTAGAATTCC ACGCAAGACA GCTTATAAAT TGATGGGAAA GGAATTATTT
AACTTAGCTT GTGAGGTGGG TTGGTTGAAT ATTGTTGATA GGGAAAAGGA AACGGATGAA
ATAGTTTATG CTTTTTATCA TCCGAGTTTT CAAGAATATT TCGCAGCTAC GGTTATTGAT
GATTGGGATT ATTTTCTGCC TCGTAAACAT AAAAATAAAC CAGTTCAGGG GAAAAAATAC
CGCATTTTTG AGGATAAATG GAAAGAACCT TTTTTGTTGT GGTTGGGACG AGGGGATGTT
GAAAAAAACA AGAAAGAGGC ATTGATTGAA AAGTTGGTGA CGTTTAAAGA TGGGTGTGGC
AAATGGAGAA ATAAAGGAGC GTATGAGTAT CGAGCTTATT GTTTAGCGGC GATGGGAGTA
CGAGAGTTTA AACAATGCTC TCGGACTGAG GAAATTGTCA AGCAAATAGT AAACTGGCTA
TGTCCTTCTG ATTTAAAATC TTCTTCATTT TTAGAATCTT ATTATTTTTT TTATGATTAT
TTATCAAAAG CTTTTTTCTT TAAAACAATT GTATTAAAAA AAATAATGCA AGCAACTTTA
TTAGAGACTG AGAGAGAAAC AGCGATCAAT GCTTTGCTAG CATTAATCCA AACCTCTCAG
TCTAAAGAGA CTCGTCGTGA TGCAGTAGAG ACTTTAGCAC AAATAGCTCC AGAAATAGCT
CCCAGTAAAT TAATCCAAAC CTCTCAGGAT GAAAAGACTC GTCGTGATGC AGTAGAGACT
TTAGCACAAA TAGCTCCAGA AATAGCTCCC GGTAACGAAA AAGCACTCGA TGTTTTGCTA
GCATTAATCC AAACCTCTCA GGATGAAAAG ACTCACCGTG ATGCAGCAAA GTCTTTAGCA
CAAATAGCTC CCGGTAACGA AAAAGCGCTC GATGTTTTGC TAGTATTAAT CCAAACCTCT
AAGTATGATT GGATTCGCCG TGATGCAGTA GAGACTTTAG GAAAAATAGC TCCCGGCAAC
CAAAAAGCAC TCGACGCTTT GGTCGCATTA ATCCAACCCT CTGAGTATGA TTCGACTCCC
CATTATGCAG CACAGACTTT AGGAATAATA GCTCGCGGCA ACTCAAAAGT GATCGCTGCT
TTGGAAGCAT TAATCCAAAC CGCTCAGGAT GATTCGACTC GCCTCAAGGC AGCAATTATT
TTAGGAAAAA TAGCTCCCGG CAACCAAAAA GCGATCGATG TTTTGCTAGC ATTAATCCAA
ACCTCTGAGT ATGATTGGAT TCGCCGTGAT GCAGCAGAGA CTTTAGGAAA AATAGCTCGT
GGCAACTCAA AAGCGATCGC TGCTTTGGAA GCATTAATCC AACCCTCTCA GTCTGAATGG
ACTCGCGCTT ATGCAGCAAT TATTTTAGGA AAAATAGCTC CCGACAACGA AAAAACGATC
GATGCTTTGG TCGCATTAAT CCAAACCTCT CAGTCTGAAT GGATTCGCGG TGATGCAGCA
AAAAGTTTAG GAGAAATAAC TCCCGGTAAC CAAAAAGCGA TCGACGCTCT GGTCGCATTA
ATCCAAACAA CCTCTCAGTT TAATAGGACT GTCTTTTATG GAGCAAAATT TTTACTAGAA
ATAGCTCCCC GTAACAAAAG AACGATCAAC GAGTTGGTCG CATTAATCCA ACCCCCTCGG
TTTCCTTCGA CTCTATTTTA TGCAGAAAAG AGTTTAGGAC GAATAGCCTC CGGCAACCAA
AAAGCGATCG CTGCTCTGGA AGCATTAATC CAAACCTCTC AGTCTGATTC GACTGTCTTT
TATGCAGCAA ATATTTTAGA AGAAATAGCT CCCGGCAACG AAAAAACGAT TGATGCTTTG
GTCGCATTAA TCCAACCCTC TCAGTCTGAA TGGACTCGCG CTTATGCAGC AATTATTTTA
GTAAAAATAG CTCCCGGCCA CGAAAAAACG ATCGATGCTT TGGTCACATT AATCCAAACC
TCTCAGTCTG ATTCGACTGT TTTTTATACA GCAAATATTT TAGAAGAAAT AGCTCCCGGC
CACGAAAAAA CGATCAACGC TTTGGTCGCA TTAATCCAAA CCTCTCAGTC TGATGAGATT
TGTCGCTTGG CAGTAGAGAC TATAGGAAAA ATAGCTCCCG GCCACGAAAA AACGATCGAC
GCTTTGGTCG CATTAATCCA AACCTCTCAG TCTGAATGGA CTCGCGCTTA TGCAGCAAAG
TCTTTAGTAA AAATAGCTCC CGATAACCAA AAAGCGATCA ACGCTTTGGT CGCATTAATC
CAAACCTCTC AGTCTGAAGA GACTCGCCAT TATGCAGCAA GGTGTTTAGC ACAAATAGCT
CCCGATAACC AAAAAGCGAT CGACGCTTTG GAAGCATTAA TCTCTACCTC ACAGGATGAT
AGGATTCGCC GTTATGCAGC ACTCAGTTTA GGAAAAATCG CTCCCGGCAA ACAAAAAGCG
ATCGACGCTT TGGTCGCATT AATCTCTACC TCACAGGATG ATTGGATTCG CCGTGATGCA
GCAAGGTGTT TAGTACAAAT AGCTCCCGAT AACCAAAAAG CGATCGCTGC TCTGGAAACA
TTAATCCAAA CCTCTCAGGA TGAATGGACT CGCCGTGATG CAGCAGAGTG TTTAGTACAA
ATAGCTTTCG GTAACCAAAA AGCGATCGAC GCTTTGGAAT ACTTAATCGA AACCTCTGAG
GATGAAGAGA CTCGCCTTAA GGCAGCACAG AGTTTAGGAA AAATAGCTCC CGGCAACGAA
AAAGCGATCG CTGCTTTGGT CGCAATCTTA ATCAAAATCG AAACCTCTCT GGCTCATCCA
TACGAGACTG GCTTTGATGC AGCAGAGAGT TTAACACAAA TATTGACAAA ATCTGAGATG
AAAAAAGCTA TCACTAACCT GAGAAAGGGA ATCCCTACAA TAACTAGGAA AATATGGCTT
TATTTTAGTT TTTACCCCTA TATTTTCCTA ATATTCTGGC ATTGCGCCGA AAAACTACCT
TATCCCGAAT TCTATCAAGC ATGGGACGAT CGCCGCCATC ATTGGTTCAA ACCATTAATG
ATTATCTTGC TCAGTGGAAG TGTAGCAGGA ACTTTCATCT ATACCCAGTC TCAAACCTCT
CCCCCACCAG TGCCACATTT TCCCCAACCT GAGATTAATT TAAAATAA
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| Protein sequence | MKEQPDKIAE KIAVFAQGGT VYIDKIIIDS QGKELSKKTI QLDWRLICQQ VLQQQKNLRK
RITERGFELN IYVPLGLVER KKQQRRKQQE DPNKDQVFEL EETLITKEYH HNAFLIEIIG
ETGRENQRIA ITGEPGAGKT TLLHKIATWI EEHQKGLPIL IPLVALEKQT LEDYLLNNWL
KKAEEFIQKE DRQDKTALKE ALKERFREGG VWLLLDGLDE MAANSSGGVL TTIVQYLEGW
ITQARIILTS RLNVWDEQKT NPLSGFKTFR TLQFTDKQVT EFIEGWFAVA ESSHTLKDVA
TQTKPADAGS QILAREGGLS PYSPRLQPAG ILELQNKLKE PQYQSIQELI HNPLRLAMLC
EVWYNNPGEL PETKAQLYER YIRDYYNEWK SEQHQLSQDI DKQEELNKKL GELALQQLDS
EVRFRIPRKT AYKLMGKELF NLACEVGWLN IVDREKETDE IVYAFYHPSF QEYFAATVID
DWDYFLPRKH KNKPVQGKKY RIFEDKWKEP FLLWLGRGDV EKNKKEALIE KLVTFKDGCG
KWRNKGAYEY RAYCLAAMGV REFKQCSRTE EIVKQIVNWL CPSDLKSSSF LESYYFFYDY
LSKAFFFKTI VLKKIMQATL LETERETAIN ALLALIQTSQ SKETRRDAVE TLAQIAPEIA
PSKLIQTSQD EKTRRDAVET LAQIAPEIAP GNEKALDVLL ALIQTSQDEK THRDAAKSLA
QIAPGNEKAL DVLLVLIQTS KYDWIRRDAV ETLGKIAPGN QKALDALVAL IQPSEYDSTP
HYAAQTLGII ARGNSKVIAA LEALIQTAQD DSTRLKAAII LGKIAPGNQK AIDVLLALIQ
TSEYDWIRRD AAETLGKIAR GNSKAIAALE ALIQPSQSEW TRAYAAIILG KIAPDNEKTI
DALVALIQTS QSEWIRGDAA KSLGEITPGN QKAIDALVAL IQTTSQFNRT VFYGAKFLLE
IAPRNKRTIN ELVALIQPPR FPSTLFYAEK SLGRIASGNQ KAIAALEALI QTSQSDSTVF
YAANILEEIA PGNEKTIDAL VALIQPSQSE WTRAYAAIIL VKIAPGHEKT IDALVTLIQT
SQSDSTVFYT ANILEEIAPG HEKTINALVA LIQTSQSDEI CRLAVETIGK IAPGHEKTID
ALVALIQTSQ SEWTRAYAAK SLVKIAPDNQ KAINALVALI QTSQSEETRH YAARCLAQIA
PDNQKAIDAL EALISTSQDD RIRRYAALSL GKIAPGKQKA IDALVALIST SQDDWIRRDA
ARCLVQIAPD NQKAIAALET LIQTSQDEWT RRDAAECLVQ IAFGNQKAID ALEYLIETSE
DEETRLKAAQ SLGKIAPGNE KAIAALVAIL IKIETSLAHP YETGFDAAES LTQILTKSEM
KKAITNLRKG IPTITRKIWL YFSFYPYIFL IFWHCAEKLP YPEFYQAWDD RRHHWFKPLM
IILLSGSVAG TFIYTQSQTS PPPVPHFPQP EINLK
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