KEGG   Nostoc sp. PCC 7120: all0323
Entry
all0323           CDS       T00069                                 
Name
(GenBank) serine/threonine kinase with two-component sensor domain
  KO
K10819  histidine kinase [EC:2.7.13.3]
Organism
ana  Nostoc sp. PCC 7120
Brite
KEGG Orthology (KO) [BR:ana00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    all0323
Enzymes [BR:ana01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     all0323
SSDB
Motif
Pfam: AAA_16 Pkinase PK_Tyr_Ser-Thr HATPase_c GAF GAF_2 HisKA GAF_3 Pkinase_fungal HATPase_c_5 KAP_NTPase nSTAND1 ABC1 HATPase_c_3 AAA_22
Other DBs
NCBI-ProteinID: BAB72281
CyanoBase: all0323
UniProt: Q8YZY1
Position
complement(365851..371277)
AA seq 1808 aa
MVISHNVQVSGYRILELTHSGTNTNIYRATKVDGNTPTILKVLIDNYFSLEAIVRFKHEY
SISTNLDHPNIVKVISLETHHKRLVLVFEDFGGISLKQYLYTHQPSLQLTLQVAIAITRA
LVHIHDNKIIHKDIKPGNIIIKNLDNELQKTPEVEPSLIIKLTDFSIASRLKKETPQLIN
PNQLEGTLAYMSPEQTGRMNRNLDYRSDFYSLGITLYEMLTGQLPFNSSEPLELVHAHIA
KEATPIQQLAANIPNAVVGIVHKLMAKNAEDRYYSAQGLLVDLEQCLEQLNHTGAIADFT
PGRLDVFSQLIIPQKLYGRETQVEQLLLSFARVSRGNSELTLVSGYSGIGKTSVINEVNK
PITQVKGYFISGKFDQFKRDIPYLSLVQAFSSLMRQLLTESTERLEMWRSSILQAVGSNG
KVIIDVIPEAELIIGKQPEIPQLSSHESQNRFNQIFQRFIQVFCCCEHPLVIFLDDLQWA
DSATLNLMESLICDQTIKYLLIIGAYRNNEVNKLHPLINTIEEIKKSGTVVNNIELQPLD
IANVVHFVQDTLNDNTTRCYPLTTLIFNKTAGNPFFINQLLKALYQESLLIFDFTTQKWQ
WEIEKIITVGVSDKSVVELVSSRIQLLPEKTQKILQLAACIGDKFNLHVLSLVNQKSVFD
TANELDDALQSSLILPLNETYRIPLLFHSQDDISFDSKQILYKFLHDRVQQAAYSLIPQN
QKKDTHIKIGRLLLQNTQPKDIESNVFDIVNQFNKSVDLVIEDSEKNKLVELNLIAGRKS
QQATAYEPALSYFMVAIKLIGESSWLTKYETVLNLYQEAAEAAYLCGQFNKMQNLANVVI
GNAHNLQDKIKVYNLKILTAIAQKQLQEALSLGLNLLNQLEIDFPEEPTDDFVNQVLLET
NSLIPRNNIQGLLHLPEMTDVNSLAAMEILDTISTAAYSVSPKLMLLINLSRVKLSLLYG
NSASSPIAYAAYALILCGVINDSELGYELGKVALNLTADLSPFIKGKILFYVSNFIFHWK
THLRETLQFSKMGAKYSLEGGDLEYTAWFYQFGCCSLYWQGEELNNLKQKIENANCAIRQ
TKQEQPLSHQYMLYQVVSNLMDNSQDACSLMSENYNEQEFLAQYEIVNDYLGIYYFHLYK
TILNYLFGQHEQARIHSGIAAQNISSATAQFVVPIFYFYDSLTQLAIYPCEAESGQKHIL
AQVQDNQEKMRKWAEFAPMNFLHKFYLVEAEICKIQGKKYQAMDYYDRAIILAQEQGYIQ
EMAIANELAAIFYSQLGRTKLAKSYMDEAHYNYISWGAIAKAKDLEKRYSDLLTRTGTLI
QSHITLTRGATTSTRNLSLDISTVIKASQALSSEIVLEKLLEKLMCLAKENAGAQKVFFI
AQKDETLVIEGSLIEEGIITTLQAIPITNSQVLPASVINYVKRTQTPLVLDDVSHAEDFN
KDPYIINYRPKSILASPIISQGKLTGILYLENNLTSHAFTEDRLEVLQILSAQAAISLEN
TRLYLTLEARVQERTQELEDKNYQLQNILGELQRTQAQLIHNEKMSSLGQLVAGVAHEIN
NPINFIYGNVTHIKDYSKSLLDIIDFYQAEYPDSQETILEIADEYDIDFIKDDMPKLLTS
MKNGAERIRDIVISLRNFSRLDESAIKEVDIHEGIDNTLMILQQRLPDIEIIKQYGDLPK
ITCDASQINQVFLHLLTNSIDALSERKNKSKSYHGQAISFSPKIRISTIVDDTQQAVIRV
TDNGIGIDSNIISKIFDPFFTTKPVGKGTGLGLSISYQIVEKHQGSLECLSSLTDETTFI
VKLPISSR
NT seq 5427 nt   +upstreamnt  +downstreamnt
gtggtaatttcccataatgttcaagtttctggttacagaattttagaacttacccattct
ggaaccaacactaacatctaccgcgctacaaaagtggatggtaacactcccacgattctt
aaagttttaatagataattacttttctctagaagcaattgtcagatttaaacacgaatat
tctatctctactaaccttgaccatccaaatattgtcaaggttatcagtttggaaactcat
cacaaacgattagtactagtatttgaagattttggtggtattagcctcaaacagtatctt
tatacccatcagccttctttgcagctaactctccaagttgccatcgccatcacccgtgct
ttagtccacattcacgacaataaaattattcataaagatattaaacctggcaatatcatt
attaaaaatttagacaacgagttacaaaaaacgccagaagtagagcctagcttaattatt
aaactcactgatttcagcattgcttcccgtttaaaaaaggaaacgccacaacttatcaac
cccaaccagctagaaggaacactagcttatatgtcgccagaacaaacaggacggatgaac
cgtaacctagattaccgtagcgacttctattcattgggaattacactttacgaaatgctg
acgggacaattaccgtttaacagcagtgaacccttggaattagtacacgctcatattgcc
aaggaagcaacacccatacagcagctagcagcaaacatacccaatgctgttgttggtatc
gtccataagctaatggctaaaaatgcagaagatagatactactctgcacagggattattg
gttgatttagaacaatgtttagaacagcttaatcatacaggagcgatcgccgattttact
ccaggtcgtctagatgttttctctcagctcattattccccaaaagttatacggcagagaa
acccaagttgaacaactactcctttcattcgcacgagttagccgtggtaacagtgagtta
acattagtatccggttactccggtattggtaaaacttccgttatcaatgaagttaacaag
cccattactcaagttaagggatattttattagtggtaagtttgatcagttcaagcgagat
ataccttatttatccctcgttcaagctttttcttccttaatgcgccaacttttaacagaa
tccacagaaagactagaaatgtggcgcagcagcatactgcaagccgttggtagtaatgga
aaagtcattattgatgttatcccagaagccgaattaattattggtaagcaaccagaaatt
cctcaactaagttctcatgaatcacagaatagatttaatcaaatttttcaaagatttatt
caagtcttttgctgttgcgaacatccattagttatatttttagacgatttacaatgggca
gattcggcaacattaaacttgatggagtctttgatttgtgaccagacaattaaatattta
ctaataattggagcatatcgtaataatgaagttaataaacttcatcctctgattaacact
attgaggaaattaaaaaatctggaactgttgttaataatattgagctacaaccgttagat
atagctaatgtagttcattttgttcaagacaccttaaatgataatactacccgatgctat
cctttaactacactcatttttaacaaaactgcgggaaatcctttctttatcaatcagcta
ctcaaagcattgtatcaagaatcactacttatattcgattttactacacagaaatggcag
tgggaaattgagaaaattattactgttggtgtttctgataagagtgtagttgaattagtc
tccagtcgtattcagttattgccagaaaaaacccaaaaaatattgcagctagcagcttgt
attggcgataaattcaaccttcatgtactgtcattagtaaatcaaaaatcagtatttgat
actgcaaatgagcttgatgatgctctgcaatctagtctaattttaccgttaaatgaaaca
taccgtataccgctactatttcactctcaagatgatatttcatttgatagtaaacaaata
ctctataaatttttacatgatagagtacaacaagctgcatattcgttaattcctcaaaat
caaaagaaagatactcacatcaaaataggtcgcttactgcttcaaaatacgcaacccaaa
gatatagaaagcaatgtttttgatattgtgaatcagttcaataagagtgttgatcttgtt
attgaagattcagaaaaaaataaactcgtagaattaaatttaatcgctggacgtaaatca
caacaagcaacggcctatgaacctgctcttagttatttcatggtggctataaaacttata
ggtgaatcatcatggttaactaaatacgaaactgtcttgaatctataccaagaagcagca
gaagcagcttatctctgtggacagtttaataaaatgcagaatttagcaaatgttgtgatt
ggcaatgctcataacttacaagataaaatcaaagtttataatctcaaaattctaacagct
atagctcaaaaacagttgcaagaagccttgagccttggcttgaatttactcaatcagcta
gaaattgattttccggaagagccgactgatgattttgttaatcaagtactattagaaact
aattccttaattcctagaaataacattcaaggtttgctgcacctacctgagatgactgat
gtcaactcgttggctgctatggaaattttagatacaatttccactgctgcttattcagtc
tctcccaagctgatgctgctgattaacttgtcacgagtaaaattatctttactctatgga
aactctgcttcttctcccatagcttatgcagcttatgcactgattttgtgcggtgtaatt
aatgatagcgaattaggttatgaattaggcaaagtagcactaaatttaacagcagattta
agcccatttatcaagggcaagattttattttatgtgagcaactttatttttcattggaaa
acccatcttagagaaactctacaattttctaaaatgggagcaaaatacagtcttgagggt
ggagatttagaatatacagcatggttttaccaatttgggtgttgttctttatattggcaa
ggtgaggaactaaataatctcaagcagaaaatagaaaatgctaactgtgctattcgtcaa
acaaaacaagaacagccactgagtcatcaatatatgctttatcaagttgtttcaaacttg
atggataactctcaagatgcttgttctttaatgagtgaaaattataatgaacaggaattt
cttgcacaatatgaaattgttaatgactacttaggaatttactattttcatttatacaaa
actattctgaattatctatttggtcagcatgagcaagccaggattcattcaggtatagcg
gctcaaaatattagtagtgctacggcacaatttgtggttcctatcttctacttttatgat
tcgctgacacaattagcaatttatccttgtgaagcagaatctggtcaaaaacatatactt
gcacaagtacaagataaccaagaaaagatgcgaaaatgggcggaatttgctccaatgaat
tttttacataaattctatttagtagaagcagaaatatgtaaaattcagggcaaaaaatac
caagctatggattattatgaccgtgctattattcttgcccaagaacagggttatatccaa
gagatggcgatcgctaatgaactagctgctatattttactcacaattgggtaggacaaag
ctagctaaaagctatatggatgaagctcattataattatataagttggggggcgatcgcc
aaagccaaagacttagaaaaacgttattctgatttactcacaagaactgggacactaatc
caatcacatattactcttactagaggagctacaacttccacaagaaatctatctctagat
atttccacagtaatcaaagcgtctcaagcactaagtagcgaaatagtattagaaaaatta
ctagaaaaacttatgtgtttagccaaggaaaatgcaggggcgcagaaggtgttttttatc
gctcaaaaagatgaaaccttagttattgaaggctcattaatagaggaaggcattattaca
acattacaagctatacccattaccaatagtcaagtattaccagcgtctgtaattaattat
gtaaaaagaactcagacacctctggttttggatgatgtgtctcatgctgaagatttcaat
aaagatccttatattatcaattatcgaccaaaatcaatacttgcatcaccaattatttcg
caaggaaagctgacgggaattctatatttagaaaataatctcactagtcatgcttttact
gaggatagactagaagtattacaaattttatcagcacaggccgctatttctctagaaaat
acgcggttatatttaacattagaagcgcgggttcaagaacgaacccaagaactagaggac
aaaaattatcaactacaaaatattcttggggagctacaacgcacacaagctcaattaatt
cataatgaaaaaatgtcttcactaggacaattagtagcaggtgtagctcatgaaattaat
aatcctatcaatttcatttatggtaatgtaactcacatcaaagattatagtaaatcccta
ctagatattatcgatttttatcaagcagagtacccagactctcaagaaacaattttggaa
atagcggatgaatatgatatagactttatcaaagacgatatgcccaagctgctcacttcg
atgaaaaacggagcagaacgtattcgtgatatagttatatccttgcgtaacttctcacgc
ttagatgagtcagcaattaaagaagttgatattcatgaaggtatcgataatacactcatg
attttgcagcaaaggctaccagatattgaaattatcaaacaatacggtgacttacctaaa
attacctgtgatgctagtcaaataaatcaagttttcctgcatctgcttactaactctatt
gatgccctatcagaaagaaaaaataagtctaaatcatatcacggtcaagcaataagtttt
agtccaaaaattcggattagtacaattgtagatgatactcaacaagcagttattcgcgtg
actgataatgggattggcatagatagtaatattataagcaaaatatttgacccgtttttt
actactaagccagttggtaaaggtactggtttgggtttatcaataagttaccagattgta
gaaaaacatcaaggaagtttggagtgtctgtcatcattaacagatgagacaacttttatt
gtgaaactgccaatctcttcgagataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   CYANOBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (15)   
   Pfam (15)   
All databases (53)   

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