| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_0366 |
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| Symbol | |
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| ID | 7286273 |
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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 | 165115 |
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| End bp | 168360 |
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| Gene Length | 3246 bp |
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| Protein Length | 1081 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 643583372 |
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| Product | signal transduction histidine kinase, nitrogen specific, NtrB |
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| Protein accession | YP_002481119 |
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| Protein GI | 220905808 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG3852] Signal transduction histidine kinase, nitrogen specific |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 23 |
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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 | ATGGCTTGGC CCCCGCTCAC GATCTTGCTC GTTGATGATA CCCCTGAAGA CCGGGAACTC
TATCGACGGT ATCTACTCCA AGACCCAGAA TATTCCTATA CCTTTGTGGA GGCAGGATTG
GGCCAGCAAG GTCTGGATCT GTATCGGCAA TGCCAGCCGG ATGTAGTCTT ACTGGACTAT
CGCTTGCCTG ACCTGGATGG GCTGGAATTT CTGGCTCAAT TACAACCCTC AGCCACCCCA
TGGGCGTGTT TACCTGTGAT TGTTGTGACG GGGCAGGGGA ATGAGCGGAT TGCCGTTGAG
TGCATGCAAT CTGGGGCGCA GGACTATCTG ATCAAGGAAC AACTAAACCC CGAACGGTTG
CATCTGGCTG TTCGCCACAC CCTGGAGGCC GTTCAGCTCC GTACTGAGCT GCAGAAACGG
GTTGAGCGGG AGCAACTGAT CACCCAGATT ACCCAAAAAA TCCATCGTTC TATGGACCTG
GATGAAATTT TGCAGGCCAG TGTGCAGGGT TTGCGCCAAC TCCTCCATAC CGATCGCGTG
ATTATTTTTC AGGTGGCGAC AGACGGCAGT GGCAGCGTAG TGGGCGAATC TGTGGGAGAG
GAATGGCAAT CGATTCTGGC TGCCAACATT ATCGATCCCT GCTTTGCCGC CAGCTATCTG
GAACGCTATC GTCAGGGTCT GGTTACCAGC AACACTGACA TTCATAAAGG TACGCTTGAC
CCCTGCCATG TCAATTTACT GGCGCAATTT CAGGTGAGGG CAAATCTGGT GATGCCAGTT
ATGTCAGGTA GTGGTCTATG GGGACTGATC ATCGCCCACC ATTGTGCTTC TCCCCGACAG
TGGGAACCCC TAGAGGTCGA GCTCTTGCAA GCCCTGGCCG ATCAGATCGG AATTGCCCTA
CAGCAAGCAG AACTCTACCA GCAGGTTCAG CAGGAACTGG TTGAGCGCAG GCAGACGCAA
AGGAAGCTAA ACCAGGTTCT AGATAGTGCA ATCGCTTTCA TTTCTAGCTT TCGATTCTGG
AAAAACCGGG ATTGGGCGTA CGAATACTAC TCCAAGGGTT GTGAAGCCCT CTGGGGCTAT
ACCCCTGAAG AACTGATGGC AGATAAAAAT CTGTGGCTCT CGCGGTTGTT CCCAGAGGAT
CGAGAAAGAA TACTGGAGCC TCTATTTACA GCATTTTTTA CAGAGAGCAA GATAGAGGTT
GAGTATCGCT TCTACCACAA AGATGGTTCG CTGCGGTGGG TCTCTAGTAG CTATGCCTCG
TGCCAGGTTG AACTCGATTG CTGGATTGTC ACAGCAGTTA ATCAAGATAT TACCGATCGC
AAACAAGCTG AAATGGCATT GCGTGACAGC GAAGAACGCT TCCGTACCCT CAGTGCCACG
GCTCCGATTG GGATTTGTCA AACCAGTGGT GATGGTGATT GCCTCTATAC CAATACCTAC
TGGCAGGAAA TGTCGGGACT CAGTTTTGCA GAGTCGCTGG GCAGTGGCTG GCTGCAGGCG
ATTCATCCAG CGGATCGCGA CGCTCTCTTT CATGCCTGGG ATGCCTATGT CCGGGGTGAG
TGCGATCGCC TCCCTGACTT TCGGTTACTG ACTCCCAAGG GAGATATTCG CTGGGTTTCG
GCTCGAGTAG CAGCCATTAA ATCTGCTTCT GGTGAAGTTC TGGGTTATGT CGGCACTGAT
GAAGATATCA CCGAGCGCAA ACTAGCAGAG GAGAAAATTC GGGAACAGGC AGCTTTACTG
GATATCGTGC CAGATGCCAT TTACGTCTGT GATTTGAGCA AGCGAATTAT TTATTGGAAT
CAGGGCGCGG AGCGATTGTA TGGGTGGACT GCAGCAGAAG CCATTGGACA GCCCGCTCAT
GAACTCTTAC GGAGCTCTCA GTTGTCTGCC GAGGCGATCA TGCCAAGACT GCTGGAAGGA
GGGGAGTTTC AGGATGAGGT TTGTAAGCTG AGCAAAACCG GCCAGGAAGT CATCGTTGCA
GCCCGTTGGG CGCTGGTGAG AAATGAAGCA GGCCAACCCA AGGCTATTCT TGCTGTCAAT
ACCGATATTA CTGAAAAGAA AAAACTCGAA GCCCAATTTT TGCGGGCACA GCGCTTAGAG
AGTATTGGCA CGCTAGCAGG GGGGCTGGCC CACGATTTGA ATAACATGCT CACCCCGATC
CTGATCAGTG CTCAACTGTT ACAAAAACAG TTTCCAGACG AAAAAAAGCA GGAACTGTTG
AAAATTCTGG AGTCAAATGC CCGTCGAGGG GCTGATTTAA TCCGCCAGAT TCTCACCTTT
GCCAGGGGAT CAGACACCAC ACTGCTGCTG CTGCAACTCC AAGAGCTACT TAAGGATGTT
GTGCAAATCT GCCAACACAC CTTGCCGAAG TCGATCACCA TTAGCCTGGA GGTTGCTGCA
GACCTGGCTA TGGTGTTTGC TGATCCCACC CAATTACACC AGGTGTTGAT GAACTTATGT
GTGAATGCCC GCGATGCCAT GCCAGAGGGA GGACAACTGC GGCTGCAGGC TGAAAACTTT
TATGCTGATG AGACCTACCG ACAAATGAAC CCAGAGGCTC AGGTGGGGGC CTATGCGGTG
ATTACAGTTG CAGATACGGG GATGGGGATG ACATCAGAGG TGCTGGACCG AATTTTCGAT
CCCTTCTTCA GCACCAAAGG GGTTGGCCAG GGAACGGGTT TGGGCATGTC TGTGGTTCAG
GGCATTATTC GCAGTCATGG CGGATTTATC GCGGTCAAGA GTTATCTCGG CCAGGGTACC
CAATTCCAGG TCTATCTACC CGCTATCAAG GCCACGGAAG TCACTGCGGT CTCAGAGCCA
GAACTGCGAT TGGGGCAGGG TGAATTGATC CTGGTGGTGG ATGATGAAGC TAATTTACTC
ACCACGACCA AAACTGTTCT AGAAGAGTAC AATTACCGGG TGATCACCGC CAGGGATGGC
ATTGAAGCGC TCTCTCTTTA TGTTCAACAT CGGGATGACA TCAGCGCAGT CTTGATCGAT
ATGATGATGC CGGAGATGGA TGGGCCAACG GCAATCCAAA TCCTGAAAAC GATCAATCCT
GAGGTGAACG TGATTGCCTG CAGTGGTCTG CCCCTGGCTC AGTTCCCCAT CCTAGACAGA
ACCAATATCC GGGCCAGATT GCCCAAACCC TACACCGCCC AGGAGTTACT CACCACCCTG
CATGAGGTTT TGCATCATCC ATCCCCGATC GGTTCAAGAT CGCTGGAAGA TTCCTCACCC
CAGTAA
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| Protein sequence | MAWPPLTILL VDDTPEDREL YRRYLLQDPE YSYTFVEAGL GQQGLDLYRQ CQPDVVLLDY
RLPDLDGLEF LAQLQPSATP WACLPVIVVT GQGNERIAVE CMQSGAQDYL IKEQLNPERL
HLAVRHTLEA VQLRTELQKR VEREQLITQI TQKIHRSMDL DEILQASVQG LRQLLHTDRV
IIFQVATDGS GSVVGESVGE EWQSILAANI IDPCFAASYL ERYRQGLVTS NTDIHKGTLD
PCHVNLLAQF QVRANLVMPV MSGSGLWGLI IAHHCASPRQ WEPLEVELLQ ALADQIGIAL
QQAELYQQVQ QELVERRQTQ RKLNQVLDSA IAFISSFRFW KNRDWAYEYY SKGCEALWGY
TPEELMADKN LWLSRLFPED RERILEPLFT AFFTESKIEV EYRFYHKDGS LRWVSSSYAS
CQVELDCWIV TAVNQDITDR KQAEMALRDS EERFRTLSAT APIGICQTSG DGDCLYTNTY
WQEMSGLSFA ESLGSGWLQA IHPADRDALF HAWDAYVRGE CDRLPDFRLL TPKGDIRWVS
ARVAAIKSAS GEVLGYVGTD EDITERKLAE EKIREQAALL DIVPDAIYVC DLSKRIIYWN
QGAERLYGWT AAEAIGQPAH ELLRSSQLSA EAIMPRLLEG GEFQDEVCKL SKTGQEVIVA
ARWALVRNEA GQPKAILAVN TDITEKKKLE AQFLRAQRLE SIGTLAGGLA HDLNNMLTPI
LISAQLLQKQ FPDEKKQELL KILESNARRG ADLIRQILTF ARGSDTTLLL LQLQELLKDV
VQICQHTLPK SITISLEVAA DLAMVFADPT QLHQVLMNLC VNARDAMPEG GQLRLQAENF
YADETYRQMN PEAQVGAYAV ITVADTGMGM TSEVLDRIFD PFFSTKGVGQ GTGLGMSVVQ
GIIRSHGGFI AVKSYLGQGT QFQVYLPAIK ATEVTAVSEP ELRLGQGELI LVVDDEANLL
TTTKTVLEEY NYRVITARDG IEALSLYVQH RDDISAVLID MMMPEMDGPT AIQILKTINP
EVNVIACSGL PLAQFPILDR TNIRARLPKP YTAQELLTTL HEVLHHPSPI GSRSLEDSSP
Q
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