KEGG   Rippkaea orientalis PCC 8802: Cyan8802_3536
Entry
Cyan8802_3536     CDS       T00968                                 
Name
(GenBank) putative PAS/PAC sensor protein
  KO
K07315  phosphoserine phosphatase RsbU/P [EC:3.1.3.3]
Organism
cyh  Rippkaea orientalis PCC 8802
Brite
KEGG Orthology (KO) [BR:cyh00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:cyh03021]
    Cyan8802_3536
Enzymes [BR:cyh01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.3  phosphoserine phosphatase
     Cyan8802_3536
Transcription machinery [BR:cyh03021]
 Prokaryotic type
  Bacterial type
   Other transcription-related factors
    RNA polymerase-associated proteins
     Cyan8802_3536
SSDB
Motif
Pfam: SpoIIE dCache_1 PAS_9 PAS PAS_3 HAMP PAS_4 PAS_8 Cache_3-Cache_2 DUF2408
Other DBs
NCBI-ProteinID: ACV02357
Position
3602759..3605662
AA seq 967 aa
MLITLLQKFQYKIPLRTVLVVPFVIQIVGAVGLVGYLSFRNGQKAVEDLAGQLTNEVSNV
IIERLNSYLGTPHLVNQLNKNALNLGQLNLQNIKAIERHFWQQAQVFELVSKIQFAGVDG
KFIGLAINDDGTLDYQERDRSGDLQTYAINSQGNRRERLRTYIGFDARLQPWYIASERAG
KPVWSQIYPWVSPPTLAITLGESYYDKNGKFQGVLATDLTLLQISDFLRSLKIGRSGKTF
IIESSGQLVASSSAKSPFLMVDNQPQRLSATNLEDSLIRPAAFYLQKTLGNIKTASPEDI
IPIDIPQKLKFKIHGKHHFMKVLPFQDDFGLDWYIVIVVPESDFMQQIEANNKTTFALVI
AALILATTLGLLTSRWIVELILQLNQAAQQIAEGNLKTKVNIKGIKELESLGITFNVMAN
QIKDYFEALEAKNEDLEQAKADLLEAKEKLETILDAVPGSISWIDSQGFYLGVNRYLSDK
WNLPAEEFIGKPIGFLQGNDHLIEFLFSFLESSKDADSQVVEITFNDCLEYYLIAAQKYQ
GGNATVSIGINITERKKAEEKLTQTVKELSDIKYALDQLAIVTITDAQGNINYVNDKFCE
VSQYSPEELIGNNHRILKSGYHDRAFYKELWSTISSGQIWQGEIKNKTKDGAFYWVNSTI
IPFLDKTGRPFQYLSIRTEITARKELEQTLESIVSKRTAQLAAANQEITDLNNKLRLENV
RMSAELNVVFQMQQMILPKVEELRGIEGLELAGFMKPAAEVGGDYYDVLHHDGIVTLGIG
DVTGHGLESGILMVMTQTAVRTLKEIGETDPIRFLSALNRTIYQNLQRMNSDKNLSLGIL
HYYQRQLRISGQHEEILLVRSGGKIERINTIDLGFPIGLDHDISHFVDQVCVELNPGDGV
ILYTDGITEAKDINRNFYGLNRLCDVVSQSWQKSAQEIQEAVIEDVYQHIGEQKVFDDIT
LLVLKQK
NT seq 2904 nt   +upstreamnt  +downstreamnt
atgttaatcacgctgctgcaaaaatttcagtataaaattcccttgagaaccgtcctcgtg
gttccttttgtcattcaaattgttggtgcagtgggtttggtgggttatctttcctttaga
aatggtcagaaagccgttgaagatttagcgggtcagttaaccaatgaagttagcaatgtc
attattgagcgtttgaacagttatttagggactccccatctggttaatcagcttaataaa
aatgcgttaaatttggggcaattaaatctccagaatatcaaggcaattgaacgtcatttt
tggcaacaggcacaagtttttgagttagttagtaaaattcagtttgctggtgttgatgga
aaatttattggattagcgatcaatgatgatggaactcttgattatcaagaaagagatcga
tcaggtgacttacaaacctacgctattaatagtcaaggaaatcgtcgagaaagactaagg
acgtatataggttttgatgcccgtcttcaaccctggtatattgcttctgaaagagcagga
aaacccgtctggagtcaaatttatccttgggttagtcctcctaccttagccattacgttg
ggtgaatcttattatgataaaaacggcaaatttcaaggggtcttagcaacggatttaacc
ctactgcaaattagtgactttcttcgcagtttaaaaattgggcgatcgggtaagacattt
attatagaaagttcaggtcaattagtagctagttcttctgctaaatcgccttttttaatg
gttgataatcaacctcagcgacttagtgctaccaatcttgaagattccttaattcgtcca
gcagcattttatttacagaaaacgttgggaaatataaaaacagcatcaccagaagatatt
atcccgatcgatattcctcaaaaactaaaatttaaaattcatggcaagcatcactttatg
aaagtattgccttttcaagatgattttggactggattggtacattgttattgttgtccct
gaaagcgattttatgcaacaaatcgaggcaaataataagacaacttttgctttagttatt
gctgctttaattttagcaacaaccttgggacttttgacctcgcggtggattgttgaactg
attttacaactaaatcaagccgctcaacaaattgcagaaggaaatcttaaaaccaaagtc
aatattaaagggataaaagaattagaaagcttaggaataactttcaatgttatggcaaat
caaattaaagattattttgaagcgttagaagctaaaaatgaagatcttgagcaagcaaaa
gctgatttattagaagccaaagaaaaattagaaacaattttagacgcagttcctggttca
atttcttggattgattctcaaggattttatctaggtgttaaccgttacctatctgataag
tggaatttgccagcagaagaatttatcgggaaacctattggatttctccaaggaaatgac
cacttaatcgagtttttgtttagctttctagaaagttctaaagatgcggattcgcaagtg
gttgaaataaccttcaatgactgcctagaatattatcttatcgctgctcaaaaatatcaa
ggtggtaatgcgacagtttccattggcattaatattacagaacgcaaaaaagctgaagaa
aagctgactcaaaccgttaaagaattatcagatatcaaatacgcattagatcaattagct
attgttacgattaccgatgctcaaggtaatattaattatgttaatgataagttttgtgaa
gtatctcaatattccccagaggaattaattggtaataaccatcgtatactcaaatcaggt
tatcatgatcgcgccttttataaagagctttggtcaactatttctagtggacaaatttgg
caaggagaaattaaaaataaaaccaaagatggagcattttattgggttaatagtaccatt
attccttttttggataaaactggtcgtccctttcagtatttaagtattcggacagaaatt
acggctcgtaaggaattagaacaaaccttagaaagtattgttagtaaacgcacggctcaa
ctagcagcagctaatcaagaaattaccgatctcaataacaaattaaggttagaaaatgtt
cgcatgagtgcagaacttaacgttgtttttcaaatgcagcagatgattttaccaaaagtt
gaagaattaagaggaattgaaggattagagttagctggatttatgaaacctgctgcggaa
gttggaggagattattatgatgttttgcatcatgatggaatcgttactttaggcattgga
gatgttaccggccatggtttagaaagtgggattttaatggtcatgactcaaacagcagta
cggactcttaaagaaataggagaaactgatcctattcgctttctatcggctttaaatcgc
acaatctatcaaaatttacaacgaatgaattccgataaaaacttgagcttagggattctt
cattattaccaaagacaactgagaataagtggccaacatgaagaaattttactggttcgt
tctggaggaaaaattgaacgaattaatacaatagatctcggctttccgattggtttagat
catgacatttcccattttgttgatcaagtttgtgttgaattaaaccccggagatggggtt
attctctatactgatggtattacggaagcaaaagatattaataggaatttttatggatta
aacagattatgtgacgttgttagtcaaagttggcaaaagtccgcacaagaaattcaagag
gcagtgattgaagatgtgtatcagcatattggagaacaaaaagtttttgatgatattact
ttgttggtgcttaaacaaaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (10)   
   Pfam (10)   
All databases (18)   

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