| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1795 |
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| Symbol | |
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| ID | 7287719 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | - |
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| Start bp | 1646287 |
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| End bp | 1650279 |
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| Gene Length | 3993 bp |
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| Protein Length | 1330 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643584793 |
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| Product | PAS/PAC sensor hybrid histidine kinase |
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| Protein accession | YP_002482523 |
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| Protein GI | 220907212 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG3437] Response regulator containing a CheY-like receiver domain and an HD-GYP domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.173382 |
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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 | 21 |
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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 | ATGACTGCTG AAGGCCCTTT TACTTCTCCC GTGCATCAGT CTTCTTTAGC TGAAGAAGCC
TTTTTCTTCG ATCTGTCTCT CGATCTACTG GCGGTGGTGG GTCTGGATGG CTACTTTAAG
CGGATTAATC CGATGTTCAG CCAAACCCTG GGCTATTCCG CTACCGAACT ATTAACCAGT
CCTTTTCTAG ACTTTGTCCA TCCCGACGAT CGAGCCGCCA CTCTGGCAGA AATGGAGCAG
TTAAAGGGCG GAACCCCCAC GTTGGCCTTC GAGAATCGTT ACCTCACCAG GGAGGGGGAT
TATCGCTGGT TATCCTGGAC CGCATCGCCT CAGCTCGATC GGGCTGTGAT CTACTGTGTT
GCCCGTGATG TCACCCAACA AAAGCAAACG GAAATAGCCC TGCGTGTCAG CGAAGAACGG
TGGCAATTGG CGCTCAGGGG CAGTAATGAT GGCATCTGGG ATTGGAATGT ACAGACCAAC
GAAGTGTTCT TTTCAGCCCG TTGGAAAACC ATGCTGGGTT ATGAGGAGGA TGAAATCAGC
CATCACCTGG AGGAATGGGC CAAGCGAGTT CATCCCGACG ATCTAGCCTG GGTGATGCAA
GCCATTCAAG ACCACTTTGC TCAAAAAACA CCCTTTTATG TGGCTGAGCA CCGGGTGCAA
TGCAAAGACG GCGGCTATAA ATGGATTCTC GATCGCGGCC AGGCCATTTG GGATCAGGAC
GGCAAGGTCT TGCGCATGGT CGGTTCCCAC ACAGATGTGA CCGAACGGAA AACCCTGGAA
GCGGCACTGC GCACAGCCAA CGAAACCTTA GAGCAACGGG TGGCCCAACG CACCGCAGAA
TTGGAGCAGA TCAATCGCAG TTTGCAGGCA AGCGAACTCA AGTTTCGTAC AGCGATCGAA
CACATTCCCG ATGTCTTTGT GATTTACGAT GCCCACCGCC GGATTCAGTT TGTCAATCGG
GCTGGTCTGG CCCTGAGTGG AGGATCGCTG CCGGACTTCC TAGGACGCAG GGATGAGGAA
ATCTTTCCAG TCGAAGTCAC GCAGACCTAT CTGCCCCTGC TGCAGCAAGC CGTTGCCACA
AAACGCTACC AAACGGGGGA ATGCACGATC GCCCTACCAA ATCGTGAACC CTACACCATT
GTGGTCCAGT ACGTGCCCCT GCTCGATGGG AACGGGGAGA TCCAGCAAAT CTTTGGAATT
AGCCACGACA TTACCCGCCG CAAACAAGCC GAAGATGCAA CTCGCCGTAG TGAACAACAG
ATCAGGCGGA TTCTCGACAG CTTGTTCAGT TTTGTCGGTG TCATGACCCC TGATGGAATT
CTGATTGAGG CCAATCGCAC AGCCTTAGAA GCAGCAGCCC TCCGCCCGGC AGACGTATTA
GGTAAGCCCT TTGAAGACAC GTACTGGTGG TCGTATTCTC CAGAACTGCA AACCCAACTG
CGCCAGGCGA TCACTCGGGC AGCCCAGGGA GAAATGGTTC GTTACGATGC GATCGTCCGG
GTTAGAGAAG ATCAGTTGAT CACCATTGAC TTTACCCTGG GTCCCATCTT TGACGAAGCT
GGACGGGTTA AATATTTGAT TCCCTCTGGC ATTGATATTA CCGAACGCAA ACAAGCTGAA
ATCGCGTTAC AGCAAAGCCA GTCCCAGGTT CAACGGCAAC TGGCGGAAAT TGAAACCATC
TACCAGTCTG CCCCGATCGG TTTGAACATC CTGGATACCG ATCTGCGCTT TGTCCGCATT
AACCAGCGCC TAGCCGACAT GAATGGATTT TCAGTGGAAG AACACCTTGG CAAGACCATT
CGAGACTTAC TGCCTGATCT GGCGGATACG GCGGAAGCCT TGCTGCGTCC GATCTTAGCC
ACGGGAGAAC CGCTCCTGAA TGTCGAAATT CGGGGAGAAA CACCGGCCCA ACCGGGGGTG
CAACAGATCT GGCTGGAAAG CTTTTTGCCG CTCAAGCAGG ACGATCGCAT CATTGGAATC
AGTACAGTTT GTGAAGAAAT TACGGAGCGC AAGCAGGCAG AGGAAGCACT ACGGCGATCG
GAGGAACGCT ATCGCACCCT GTTTGAGACG ATGGAAGATG GCTTTTGTGT GATTGAAATA
CTGTTTGACG CCAACCAAAC GCCGATTGAT TATCGTTTTC TGGAGATTAA CCCCGCCTTT
GAACAACAAA CCGGACTGCA CCAGGCTGTA GGTAAAACGG CCCGTCAGTT GATTCCCAAC
CTGGAAGACT TCTGGTTTGA GACCTATGGC AGAGTAGCCC TGACTGGCGA ACCCCTGCGG
TTTGAAAATG GTTCGGCGGT GATGAATCGC TGGTTTGAAG TCTATGCATT TCCGGTGGGG
CAGCCCGAGC ACCACAAAGT TGCCCTCCTG TTCAAGGAGA TTAGCGAGAG AAAGCGTCTG
GAAGCCGAAC GCCAGCAAGC CGAAATTGCC TTACGGGAAA ATGAAGATCG CTTGCGGATG
GCGATCGCCT CTGCTCAGTT GGGCACCTGG GATTGGAATA TTGTGACTGG AAAATTGAAA
TGGGATACGG GATGCAAAGC GATGTTTGGC TTAGGACCCG ATGCCGAGAT CAATATGGAG
ACCTTTTTTG CCGGTGTCCA TCCCCAGGAC CGTGAGCAGT TAAAGGCAAT GGTGCAATCA
CGGCTCAACC CAGCTTCCGG CGGCTCCTTT GATACAGAGT ATCGGACAAT TGGGCTGCAG
GATAAAGTTG AACGCTGGCT ACGTTCCAAA GGACAGGCCT ACTATGATGC CAATGGCAAC
CCCCTCCGCT TCAGTGGCAC AGTCCTGGAT ATTACCCAGC AAAAGCAAGC CGAAGCCCAC
CGGGAACAGT TGCTACAACA AGAACAAGCG GCGCGGGAAG CTGCAGAGCG GGCAAATCGA
ATTAAAGATG AATTTCTGGC CGTGCTCTCC CACGAACTAC GAACCCCACT GAACCCAATT
CTGGGCTGGT CAAAACTGCT GCAATCCCCT CAGATCAGTG CTCAGAAACT ACAGCAGGGA
TTAGCCACGA TCGAGCGCAA TGCCAAACAA CAGGTGCAAC TGATCGATGA TTTACTGGAT
ACCTCTCGCA TCATTCGGGG CCAACTGAGC TTGAACCTGG CTGTTATTAA CTTATCTGAA
CCCATCCTGG CCGCCTTAGA AACGGTGCGT TTATCTGCGG AAACCAAGGA AATTAAGCTG
GAGGTGAAAC TGGGTTCCTG GCTTGGCCAG ATCCGGGGAG ATGTGGGCAG ATTGCAACAG
GTAGTCTGGA ACCTGTTATC GAACGCCATT AAATTTACGC CCCCAGGAGG CAGAATAACC
GTCCGGCTCA GCCAGGTCGA TCGTTGGGCC CAAATTCAAG TGCGCGATAC CGGCAAGGGA
ATTCAACCGC AATTTTTACC CCATGTGTTT GAGTTGTTCC GACAAGAAGA TAGCTCAACA
ACGCGATCCT TTGGTGGCTT GGGCTTAGGA CTGGCGATCG CTCGTCAGGT GGTTGAAGCC
CATGGGGGGA CGATCATGGC TGCCAGTCAG GGCGAAGGAC AGGGGGCAAC CTTTACCGTA
CTGCTGCCAT TAATCCCTGC GGCGATCACG AATGTTCCTG CTGACCCTCA ACCTCAACCC
CTGAATATCG AACAGCTGCG GGTGATGGTG GTGGATGATG AGGCGGATTC TCTGGAAGTC
GTTAAGGTTG TTTTGGAACA GCAAGGGGCG ATTGTCCAAG CCCTGCCCTC AGCTCCCAAA
GCTCTCCAGC TCCTGACCGA GGTTCCCTTT GACTTGCTCG TCAGCGATAT TGGCATGCCC
GAAATGGATG GTTACACCTT CATTCGTCAG GTGCGGACTT TACCGTCGTC CCTCAATCGC
AATATTCCAG CGATCGCCCT GACCGCCTAC GCCAGCGACA TGGATCAACA CCAGGCCCTA
TCCACAGGCT ATCAATTCCA TCTGGCCAAG CCCCTCGAAC CCGAAGCCCT GGTTAGAGCC
ATCACCAGGT TGGGACTGCC AAGGCCGGAT TAA
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| Protein sequence | MTAEGPFTSP VHQSSLAEEA FFFDLSLDLL AVVGLDGYFK RINPMFSQTL GYSATELLTS
PFLDFVHPDD RAATLAEMEQ LKGGTPTLAF ENRYLTREGD YRWLSWTASP QLDRAVIYCV
ARDVTQQKQT EIALRVSEER WQLALRGSND GIWDWNVQTN EVFFSARWKT MLGYEEDEIS
HHLEEWAKRV HPDDLAWVMQ AIQDHFAQKT PFYVAEHRVQ CKDGGYKWIL DRGQAIWDQD
GKVLRMVGSH TDVTERKTLE AALRTANETL EQRVAQRTAE LEQINRSLQA SELKFRTAIE
HIPDVFVIYD AHRRIQFVNR AGLALSGGSL PDFLGRRDEE IFPVEVTQTY LPLLQQAVAT
KRYQTGECTI ALPNREPYTI VVQYVPLLDG NGEIQQIFGI SHDITRRKQA EDATRRSEQQ
IRRILDSLFS FVGVMTPDGI LIEANRTALE AAALRPADVL GKPFEDTYWW SYSPELQTQL
RQAITRAAQG EMVRYDAIVR VREDQLITID FTLGPIFDEA GRVKYLIPSG IDITERKQAE
IALQQSQSQV QRQLAEIETI YQSAPIGLNI LDTDLRFVRI NQRLADMNGF SVEEHLGKTI
RDLLPDLADT AEALLRPILA TGEPLLNVEI RGETPAQPGV QQIWLESFLP LKQDDRIIGI
STVCEEITER KQAEEALRRS EERYRTLFET MEDGFCVIEI LFDANQTPID YRFLEINPAF
EQQTGLHQAV GKTARQLIPN LEDFWFETYG RVALTGEPLR FENGSAVMNR WFEVYAFPVG
QPEHHKVALL FKEISERKRL EAERQQAEIA LRENEDRLRM AIASAQLGTW DWNIVTGKLK
WDTGCKAMFG LGPDAEINME TFFAGVHPQD REQLKAMVQS RLNPASGGSF DTEYRTIGLQ
DKVERWLRSK GQAYYDANGN PLRFSGTVLD ITQQKQAEAH REQLLQQEQA AREAAERANR
IKDEFLAVLS HELRTPLNPI LGWSKLLQSP QISAQKLQQG LATIERNAKQ QVQLIDDLLD
TSRIIRGQLS LNLAVINLSE PILAALETVR LSAETKEIKL EVKLGSWLGQ IRGDVGRLQQ
VVWNLLSNAI KFTPPGGRIT VRLSQVDRWA QIQVRDTGKG IQPQFLPHVF ELFRQEDSST
TRSFGGLGLG LAIARQVVEA HGGTIMAASQ GEGQGATFTV LLPLIPAAIT NVPADPQPQP
LNIEQLRVMV VDDEADSLEV VKVVLEQQGA IVQALPSAPK ALQLLTEVPF DLLVSDIGMP
EMDGYTFIRQ VRTLPSSLNR NIPAIALTAY ASDMDQHQAL STGYQFHLAK PLEPEALVRA
ITRLGLPRPD
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