KEGG   Pyrenophora teres: PTT_09218
Entry
PTT_09218         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K11231  osomolarity two-component system, sensor histidine kinase SLN1 [EC:2.7.13.3]
Organism
pte  Pyrenophora teres
Pathway
pte04011  MAPK signaling pathway - yeast
pte04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:pte00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    PTT_09218
 09140 Cellular Processes
  09141 Transport and catabolism
   04139 Mitophagy - yeast
    PTT_09218
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pte01001]
    PTT_09218
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:pte02022]
    PTT_09218
Enzymes [BR:pte01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     PTT_09218
Protein kinases [BR:pte01001]
 Histidine kinases
  Other
   PTT_09218
Two-component system [BR:pte02022]
 Other families
  SLN1-YPD1-SSK1/SKN7 (osmosensing)
   PTT_09218
SSDB
Motif
Pfam: Response_reg HATPase_c HisKA HAMP
Other DBs
NCBI-ProteinID: EFQ93434
UniProt: E3RLH5
Position
Unknown
AA seq 1176 aa
MRIPIREQLGCLVLLASMIGLAVIAVATWLTNHNFVLDVRSTRLTLTASLKAAQLSSNLA
LMQILVQQAANRLSPQSALNRYYAGNGTVNWSRVEEDYDAIFSGDMKTRVAVQAQIFPYN
SSDRSVFSRTALSMLDVALPIVKPDGQNATLGDSDYGFISELYPKFNIEKIAYNSTLSSY
KAHYQGRTIDNTSYLFSGPYRVNSTLSLVSVTLPIINNTSNIETLGWLVLVLDGALITNV
VNAIEGLDNSGLTLLFGPDNATNTFPPEYLFDAAEPSEAPDNVQVRYLAPPTKRNGIQRH
GQYDTALDLPPFDWTRYPAIRKGFTRPTGITNNAGSLISTNNEDGDNVAVGYAVVSSPMV
DWMVLVEQSHSEVWGPIYRLRNVIIACVFGTMGAMLLLTLPVAHFSSQPIRRLRDATRKT
VNPQLYDDDDFSSQNDGANESPDGGALARKEGFFGQIIHYRKNAKLNRAEKKEAERRRQF
RIPSKVKDRKHFIHDELTDLTTTFNEMTDELMMQYEKLEERVAQRTAELEQSKKAAEAAN
ESKTLFIANISHELKTPLNGILGMCAVCMSEDDPIKLRRSLGIIYKSGDLLLNLLTDLLT
FSKNQVGQQLSLDEKEFRLRDISSQVLAIFEKQAREGEIKLNVEFEGPYENNLDGAGRPN
ELRDLGPFGLGRLKDMVLYGDQHRILQVVINLVSNSLKFTPQGGSVTLTIRCPGEATMSE
SRKASLQSRQSSMRNSKTRVRASASEVGSISVTAPSHYDTANVINVMGDKGTAYSRYMAQ
ERAATPPPGRWLSFEFEVEDTGPGIPEHLHTKIFEPFVQGDLGLSKKFGGTGLGLSICSQ
LAGLMKGTIGLKSEVGHGSVFTMVIPLKHLSSRADSTASSRNINVETGTPRRSLSMDEPR
GRSHDDALSARSIQSATSGPIVAGNTPANAPAGPVSFESDTKPRLVGLSQPFFASPAPLE
SPNSQVAAMKRVEAEATKRGAKVKVLVAEDNKTNQEVVLRMLKLEDVYDVTVAKDGQEAL
DRVMESMERQAPYNLIFMDVQMPNLDGLQSTRLIRQSGFSAPIVALTAYAEESNVKECLD
SGMDFFLSKPIRRPALKHVLKTYCHTIPEEPDTPPGSTMGKANGAPANGTPTNGSPKKPV
AASSPPTAPFTIAVATDGRHTDESPAISPLSSPVTR
NT seq 3531 nt   +upstreamnt  +downstreamnt
atgcgaattcccattcgcgagcaattgggatgtttggttctgctagcctcgatgatcggc
ctggccgtcatagcagttgcaacttggctcaccaaccacaactttgtgcttgacgtgcgc
tccacccgcctgacgctcacagcctcgctcaaagccgcacagctctcctcgaatctggcc
cttatgcagattcttgtccaacaggctgcaaaccgtctgtccccacagtctgccctcaac
cgctactacgccggcaacggcactgtcaactggagccgggtcgaggaagactacgatgcc
atcttctccggcgacatgaagacccgtgtggccgtccaggcccagatattcccctataat
tcctcggaccgttctgtattcagccggaccgcccttagtatgctggacgttgcactgccc
atcgtgaaacccgacggccagaacgcaaccctgggcgattccgactatggcttcatctcg
gaactctaccccaagttcaacattgagaaaatagcctacaattcgaccctgtccagctac
aaggcacactaccaaggcaggactatcgacaatacgagttatctcttctctggtccctac
cgcgtcaattccactctcagtctcgtgtcagtcacgttgccaatcatcaacaatacctcc
aacattgaaacgcttggctggcttgtcctagtactggacggcgcgctcatcacaaatgtt
gtcaacgccatcgaaggccttgacaatagtggcctgaccctactcttcggcccagacaat
gccaccaatacctttcctcccgagtacttgtttgatgctgcggagccatccgaggcgccc
gacaatgtccaggtccgctaccttgctccaccaaccaagaggaacggcatacagcgtcat
ggtcaatacgacactgcccttgatctaccaccgtttgattggacaagatacccagctatc
cgcaaaggcttcacccgcccaactggcattaccaataacgcaggcagcctaatctctacc
aacaatgaagatggcgataacgtcgctgttggatatgccgtcgtctccagccctatggtg
gattggatggtactggtagagcaaagccactcagaggtctggggccccatctaccgcctc
cgcaacgtcatcatcgcttgtgtctttggaaccatgggtgccatgttgctcttgaccctc
ccagtcgcccacttctctagtcaacccattcggagactacgagacgccactaggaagact
gtaaatccacagctttacgatgacgacgactttagctcgcagaatgacggcgccaacgaa
agtccggatggcggcgctcttgctcgcaaggaaggcttctttggtcagattattcactat
cggaagaatgctaagctcaaccgagcagagaaaaaggaggccgagcgccggagacaattt
cgcattccgagtaaagtcaaagaccggaagcacttcatccacgacgaactcaccgacttg
acaacaaccttcaacgagatgacggatgagctcatgatgcagtacgagaagctggaagag
cgggttgcacaaagaacagcagagctggagcagagcaaaaaggcggcagaggctgccaac
gagagcaagaccttgttcatcgcaaacatttctcacgaattgaaaaccccgctcaacggt
atactgggcatgtgcgctgtgtgcatgtctgaagatgatcctatcaagctaagacgatcc
ttgggtatcatctacaagagcggtgacttacttctcaacctgttgactgaccttctgacg
ttcagtaaaaaccaagtcggtcagcagctgagcctagacgagaaggagttccggttgcga
gacatcagttcgcaagtcttggcaattttcgagaaacaggctagggaaggcgagatcaag
ctcaatgttgaattcgaggggccgtacgagaacaacttggatggagctggacggccaaac
gaactacgcgatcttggacccttcggcctcggccgtctgaaagatatggttttatacgga
gatcaacaccgaatactccaagttgtcatcaacttggtctcgaacagtctcaagttcact
ccacagggtggatccgtcacgctcacaattcgatgccccggagaagcaaccatgtcagag
agtcgcaaagcctcattacaatcacggcaaagctcaatgcgcaattccaaaactcgcgtt
agagcgtcagcttcagaagttggttctatatcagtgacggcaccaagtcattacgacact
gccaacgtcatcaatgtcatgggagacaagggaaccgcatactcacgttacatggcgcaa
gaaagagccgcgacccctccacctggacgctggttatcctttgaatttgaggttgaagat
actggtccgggtattccggaacatctccataccaaaatcttcgagccttttgtccagggt
gacttgggattgagcaagaagtttggtggcaccggtcttggcttgtcgatttgctcgcag
cttgccggcttgatgaagggcacgatcggtcttaagagtgaggtcggccacgggagtgtc
tttaccatggtcataccactgaagcacttatcaagtcgagcggacagcacagcgagctcg
aggaacatcaatgtagaaacggggaccccacgacgcagtctttccatggacgaaccgcgc
ggtcgatctcatgacgacgccctgtcggctcgctcaatacagtctgctacaagtggtcct
atcgtcgctggaaacacccccgccaacgcgccagcgggcccagtatcatttgagagtgat
acgaaaccgcgtctagttggtctaagccagcccttctttgcctctcctgcgccattagaa
tcgccaaattcgcaggtagctgccatgaagcgggtggaagcggaagcaacaaaacgcggg
gccaaggtcaaggtgcttgttgccgaagacaacaagactaatcaagaagttgtgctgcgc
atgttaaagttggaagatgtttacgacgttaccgttgcaaaggacggccaagaggcgctc
gatcgggtcatggagagcatggagcgtcaagctccgtacaaccttatcttcatggacgtc
cagatgcctaatctggatggtctgcaatccacgcgactgatccggcagtctggtttctcg
gcccctattgtcgccctgacagcttacgcggaagagagtaacgtcaaggaatgtctcgac
tcgggtatggatttcttcctgtcaaaacccatccgccgcccagccctcaagcacgtcctc
aagacatactgtcacacgatcccggaagaaccagatacgccaccgggcagcaccatgggc
aaagcaaacggcgcgcccgcgaatggcacacccacaaacggttcgcctaaaaagcccgta
gcagcgtcatcgccacctacggcgccctttacaatagctgtggcaacagacgggcggcat
acggatgagtcgcctgccatatcgcccctgtcttcgcctgtcacacgatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (36)   

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