KEGG   Synechocystis sp. PCC 6803: sll0041
Entry
sll0041           CDS       T00004                                 
Name
(GenBank) tsr or; CheD
  KO
K11525  methyl-accepting chemotaxis protein PixJ
Organism
syn  Synechocystis sp. PCC 6803
Pathway
syn02020  Two-component system
Brite
KEGG Orthology (KO) [BR:syn00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    sll0041
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02035 Bacterial motility proteins [BR:syn02035]
    sll0041
Bacterial motility proteins [BR:syn02035]
 Pilus system
  Positive phototactic motility proteins
   sll0041
SSDB
Motif
Pfam: MCPsignal GAF GAF_2 HAMP bHLH_NCOA Na_H_antiport_2
Other DBs
NCBI-ProteinID: BAA10787
UniProt: Q55445 Q54A85
Position
complement(3148975..3151977)
AA seq 1000 aa
MTQNPSSDRRPDTAQSVANGETLDGALFTGLTDTAAAQDESSETSASFATIDGEDKSEVG
DALDWFSDGKETDINGDEADRGIQADTQAKTLVSLENLTEEPEIDGAEFMAEAFIAENTA
VEDVSPNPNPAIDTDALAALTQSAVELTPPPPINLPKVELPPMQPLAPLMAIADPDNLSP
MSTSIQAPTQSGGLSLRNKAVLIALLIGLIPAGVIGGLNLSSVDRLPVPQTEQQVKDSTT
KQIRDQILIGLLVTAVGAAFVAYWMVGENTKAQTALALKAKHSHRNLDQPLAVAGDELAI
ADQTIDALSAQVEKLRHQQDLSLKQAELLTELSRANLSDIDEIQGVIQKNLDQARALFGC
ERLVFYYHPRYQPEAMVVQALDLTTQGLIDSKDPHPWGQEDMPSQIVAINDTSGASISNP
HRQWLEQHQVKASLTVPLHRDNYPLGLLMAHHCQRPHQWEMRERQFLQQLTEELQTTLDR
ANLIQERNESAQQAQILKELTLKISAAINSEQVFDIAAQEIRLALKADRVIVYRFDATWA
GTVIVESVAEGYPKALGATIADPCFADSYVEKYRSGRIQATRDIYNAGLTPCHIGQLKPF
EVKANLVAPINYKGNLLGLLIAHQCSGPRDWHQNEIDLFGQLTVQVGLALERSDLLAQQK
IAEVEQRQMREKMQKRALELLMEVDPVSRGDLTIRAHVTEDEIGTIADSYNATIESLRRI
VTQVQTAASQFTETTDTNEVAVRQLAQQANRQALDVAEALERLQAMNKSIQAVAENAAQA
ESAVQRATQTVDQGEDAMNRTVDGIVAIRETVAATAKQVKRLGESSQKISKVVNLIGSFA
DQTNLLALNAAIEAAHAGEEGRGFAVVADEVRSLARQSAEATAEIAQLVATIQAETNEVV
NAMEAGTEQVVVGTKLVEETRRSLNQITAVSAQISGLVEAITSAAIEQSQTSESVTQTMA
LVAQIADKNSSEASGVSATFKELLAVAQSLQEAVKQFKVQ
NT seq 3003 nt   +upstreamnt  +downstreamnt
atgacccaaaatccttcctccgatcgccgtcctgacactgcccaatccgtcgccaatggc
gagacccttgatggcgctctttttactgggttgacggacacggccgctgcccaggacgaa
tcgtcggaaaccagcgcttcttttgccaccatcgatggagaggataaaagtgaggtaggg
gatgccctggattggtttagcgatggcaaggaaactgacatcaacggggatgaggcagac
cgtggaatccaggcagatacacaagcaaaaacattggtttccctggaaaatttgaccgag
gaaccggagatagatggggctgagttcatggcagaggcttttatagcagaaaataccgcc
gtggaggatgtttcccctaaccccaaccccgccattgacaccgatgccctggccgcactg
acccaatcggccgtagagttgaccccgccgcccccgatcaatttgcccaaggtggagtta
ccccccatgcaacccctggctcccctcatggcgatcgccgacccggataatttgagtccg
atgtctacctcaatccaggcacctacccaaagtggaggactttccctccgcaataaagct
gtgttgatagccctgttaattggtttgatccccgctggggtgattggagggctcaatctc
agcagtgtggacaggcttccagtgccccaaacggaacaacaggtcaaggactccaccact
aagcaaatccgtgaccaaattctgattgggcttttggtgaccgcggtgggggctgccttc
gttgcctactggatggtgggggaaaataccaaagctcaaaccgccctggccttgaaagct
aagcattcccaccggaacctcgaccaacctctagccgtggccggtgatgaactggcgatc
gccgaccaaaccattgatgctctcagtgcccaggtggagaaattgcgccaccagcaggat
ttatcccttaaacaagcagaactgctgaccgaactatcccgggccaacctttccgacatt
gacgaaattcaaggcgtaattcagaagaacctcgaccaagccagagctttgtttggttgt
gagcgactagtgttttactaccatccccgctatcagcctgaagccatggtagtgcaagct
ttggacttaaccactcaaggtttaattgacagcaaagatccccatccctggggccaggaa
gatatgccttcccagatcgttgccatcaatgacaccagcggtgccagtatcagtaacccc
catcgccaatggttagagcaacatcaagtcaaagcgagcttgaccgtacctctacaccgg
gataactaccccctcggcctgctcatggcccaccattgccaacgtccccaccagtgggaa
atgagggaaagacagtttcttcagcagttgaccgaagaactacaaaccaccctggaccgg
gccaacctgatccaggaaagaaatgaaagcgcccagcaagcccaaatccttaaagaattg
actctgaaaatttccgctgccatcaacagcgagcaggtttttgacatcgccgcccaagaa
attcgtctggcgctcaaagcagaccgggtcattgtctatcggttcgatgccacctgggcc
ggcacagtaattgtggaatcggtagcagaaggatatcccaaagccttgggggccaccatt
gccgacccctgctttgctgatagttatgtagaaaaataccgttctggacgtatccaagcc
acccgagatatttacaacgccggcctgaccccctgccacattggccagctcaaacccttt
gaagtcaaagccaaccttgtcgcccccatcaactacaaaggcaatctgctgggactactc
atcgcccaccagtgctccgggccgagggactggcaccagaatgaaattgatttatttggc
caattgactgtgcaggtgggactagctttagaacgctccgacctcttagcccaacagaaa
atcgccgaagtagaacaacgacaaatgcgtgaaaaaatgcaaaagcgggccttggaactg
ctgatggaggtagaccctgtcagtcgaggggacttgaccatccgagcccacgtgaccgag
gacgaaattggcacgatcgccgactcctacaacgcaactattgaaagtctgcggcgcatt
gtaacccaagtacaaaccgctgctagtcaatttactgagaccaccgacaccaacgaagtg
gcagtgcggcaactagcccagcaagccaatcgccaggccttggatgtggcagaggccctg
gagcggcttcaggccatgaacaagtccattcaagcagtggcagaaaatgctgcccaagca
gaatcagcagtacaacgggcgacccaaacggtggaccaaggggaagatgccatgaaccgc
accgtggatggcattgtcgcaattcgggaaacggtggccgccaccgccaaacaggtgaag
cgattgggggaatcatcccaaaagatctccaaagtggtgaacctaattggcagctttgct
gaccaaaccaacctcctagccctaaatgctgccattgaagccgcccatgctggtgaagaa
ggacggggatttgcggtggtagccgatgaagtacgttccctggcacggcaatcagcggaa
gcaacggcagaaattgcccaattggtggcgacaattcaggcggaaacgaatgaagtagtg
aatgccatggaagcgggcaccgaacaggtagtggtgggaaccaaattggtagaagaaacc
aggcggagcttgaaccaaattacggcggtgagtgcccagattagtggcttggtggaagcg
atcacctctgcggccattgagcagtcccaaaccagtgaatcggtgacccagaccatggct
ctggtggcccagattgcggataaaaactccagtgaagcgagtggggtatctgccaccttt
aaggaactgttggcagtggcccagtcattgcaagaggcggttaaacagttcaaagtgcag
tga

  All links  
Gene (13)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   SWISS-PROT (1)   
Protein domain (6)   
   Pfam (6)   
All databases (22)   

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