KEGG   Kluyveromyces lactis: KLLA0_A00638g
Entry
KLLA0_A00638g     CDS       T01025                                 
Name
(RefSeq) uncharacterized protein
  KO
K11231  osomolarity two-component system, sensor histidine kinase SLN1 [EC:2.7.13.3]
Organism
kla  Kluyveromyces lactis
Pathway
kla04011  MAPK signaling pathway - yeast
kla04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:kla00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    KLLA0_A00638g
 09140 Cellular Processes
  09141 Transport and catabolism
   04139 Mitophagy - yeast
    KLLA0_A00638g
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:kla01001]
    KLLA0_A00638g
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:kla02022]
    KLLA0_A00638g
Enzymes [BR:kla01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     KLLA0_A00638g
Protein kinases [BR:kla01001]
 Histidine kinases
  Other
   KLLA0_A00638g
Two-component system [BR:kla02022]
 Other families
  SLN1-YPD1-SSK1/SKN7 (osmosensing)
   KLLA0_A00638g
SSDB
Motif
Pfam: HATPase_c Response_reg HisKA HAMP
Other DBs
NCBI-GeneID: 2896600
NCBI-ProteinID: XP_451026
UniProt: Q6CYG3
Position
A:complement(60378..63845)
AA seq 1155 aa
MLAGLKRRCSLKALRERFTPPFNVGLRTQLIILVCSICVLSLTIITVTTGVYFTTNYKSV
RAERLQVAAQLKSSQVDQNLNYLYYQIYWLSTRDTLQDALVNFRAGNSSRDNWNSAEDSL
EKFLGSSGLFSAARVYDTSFNTVINSTNNGSGDNIPENVLAELFPLSGVEPLSSSLLTTG
IVTDPVYNWTNYLLSMSLPVSTNPSIILNTNEIAGYITVIASAESLKAVVNDTIALDKSS
VSILSAVFDSNSSLTGYHFVFPPHGTSSFSSKVTFPIKNGTFIADAFENGKVGSVMKTNM
VQERNIAVGYSPPTFKLVNWVAVVTQPEQVFLSPTIRLMKIIAGTVCAIAVFMCLLTFPI
AHWAVQPIVRLQKATEIITSGRDLKHYSNTGNSDSNTAITHSRTRSTSNQNQVMKLFNKS
VTKGTPSNYLNHNYNVFPPSRTDSPSVSARNSQTIPRGPGDLTRSATTGSTPFSNDSSSY
TSERYIKSTNLVEAYVPVYRRFFQDELSELTDTFNTMTDELDRHYALLEERVRARTKQLE
AAKIQAESANEAKTVFIANISHELRTPLNGILGMTAIAMAETDMQKVQNSLKLIFRSGEL
LLHILTELLTFSKNVLKRTKLEERDFSVMDIALQIKSIFGKLAKDQHVKLSIALTPNFIR
TLVLWGDSNRIIQIVMNLVSNALKFTPVDGKVDVRIKLLGEYDSKRSESVDYQEVFVVPG
SEANDDFEFNLTSTTPMRLPFNSSSGSVNTATKDGSTSPTTKTKEGSIQVESETSTEGND
NDESSIVLESKHEENEDEKEKMSILSTSTSSSYDDAIFHSQFKKVLSSTDSDTEENTFRD
LKVPKTWVISMEVEDTGSGIDPSLQESVFEPFVQGDQTLSRQYGGTGLGLSICRQLAKMM
KGTMKLDSKVGVGSKFIFTVPLQQTKEIVFDGAEKQFEDEFNIHSRKNRKVKFKINSSRK
SVQTKKSKSSIDGHSDNNVSERKASNSTENSVGNVRVDRPFLQSTGTATSTRSISSVASE
VTRHRVLVAEDNNVNQEVIKRMLQLEGLTDLDMACDGQEAYEKVEEILKNGESYSMIFMD
VQMPRVDGLLATKMIRNDLLYKGPIVALTAYADDSNIKVCLESGMDGFLPKPIKRPLLKK
IIAQYCSKKEKQREE
NT seq 3468 nt   +upstreamnt  +downstreamnt
atgttggcaggcttaaagagacgttgcagtcttaaagctcttcgggaacggtttacaccg
ccgtttaatgttggtttacgaacccaacttattattctcgtgtgctctatttgcgtttta
tcgttaacaatcattacggttactactggggtttatttcacaacgaactacaaatccgta
cgagctgaaagattacaggttgcagcacaattaaaatcatcacaagttgatcagaacttg
aattatttatactatcaaatatattggttgtctacaagagacacattacaagatgcgtta
gtcaattttagagctggtaattcatctagagataattggaattctgcagaagacagttta
gaaaagtttcttggttcttcaggtttgttcagtgctgctagagtttatgatacgtctttc
aacaccgtaataaactccaccaataatgggtctggtgacaacattccggaaaacgtttta
gcagagctctttcctctatctggcgtagagcctttgtcttcttcgctactaactacgggt
atcgttacagatccggtatataactggacaaattacttgttgtccatgtcattgccagtt
tcaacaaatccatctattattctgaatactaacgaaattgccggctatattactgtcatt
gcatcggcggaaagtttaaaggctgttgtaaatgatacaattgctttagataagtcatcc
gtatcaatcctatctgctgttttcgatagtaatagttcactgactggttatcatttcgtt
ttccctccgcatggaacctcatcattcagttcaaaagtgacttttccaattaagaacggc
acgtttatagctgatgcattcgaaaatgggaaagttggttcagttatgaaaacaaatatg
gttcaggagagaaacatagcagtagggtattcaccaccaacttttaaacttgtaaattgg
gtggccgttgttacccaacctgaacaagtattcttgtctcccactatacggcttatgaaa
atcattgctggtacggtgtgcgctattgccgtatttatgtgcttattgactttccctata
gcacactgggctgtgcaacctatagtcagacttcagaaggctactgaaatcattacatct
gggagagacttaaagcactatagcaacactggcaattcagattcaaatactgcaattaca
cattctaggactcgtagcacatctaaccaaaaccaggtgatgaagctgttcaacaaatct
gtcaccaaaggtacgcccagtaattatctgaatcacaattataatgttttccctccaagt
agaacagattcaccaagcgtttccgcaagaaactcacagactatacccagaggccccgga
gacctgacacgttcagctactactggatctaccccattttctaatgattcttcttcatat
acctccgaacgatatatcaaatcaaccaacctagtggaagcatatgtcccagtatacaga
agattttttcaagatgaactatcagaactcacagatacatttaacacaatgacagatgag
ctagatagacactatgctcttttagaagaaagagttcgtgctagaacaaaacaattagaa
gcggctaagattcaggccgagtctgcaaatgaagcaaaaacagttttcattgccaacatt
tctcatgaattgaggactccactaaacggtatccttggtatgactgcaattgccatggca
gaaactgatatgcaaaaagtgcagaacagtttgaagttgattttcagatcaggtgaattg
ttgttgcatattctaacagaacttttgactttctctaagaatgtcttaaagagaacaaaa
ttggaggaacgtgacttctccgttatggatattgctttgcagattaaatccatctttggc
aaactagcaaaagatcagcatgttaaattgtccattgcccttacaccaaatttcattaga
actttggtattatggggtgattcaaatagaatcattcaaattgttatgaatctagtctca
aatgctctaaaattcacaccagttgatggtaaagttgatgttaggatcaaattgcttggc
gaatacgactcaaaaaggagtgaaagtgtcgattatcaagaggtatttgtggtccctggt
tctgaagcaaatgatgattttgagttcaatttaacttcaactactcccatgaggcttcct
ttcaattcttctagtggcagcgttaatactgctactaaagatggatcaacttccccaaca
actaagacaaaagaaggctcaattcaagtcgaatccgaaacgtcaacggagggcaatgac
aacgatgaaagtagcattgttcttgaaagtaagcacgaagaaaacgaagacgaaaaagaa
aagatgtcaatattatctacaagtacttcaagctcttacgatgatgcaattttccattcg
cagttcaagaaagttctgtcttcaacggattcagatacggaagagaatacgttcagagat
cttaaggtaccaaagacttgggttataagtatggaagtggaagatactggctcgggtatt
gatccttcacttcaagaatctgtttttgaaccgtttgttcaaggtgatcagacgctctct
agacaatacggtggaactggcttgggcttatccatttgtaggcagttggcaaagatgatg
aaaggtacaatgaagttggattcgaaagttggtgttggaagtaaatttattttcactgtg
ccactacagcaaacaaaagagatagtattcgatggtgctgaaaaacagtttgaagatgag
ttcaatattcacagcaggaagaacagaaaggttaaatttaaaatcaattcctctaggaaa
tctgttcaaacaaagaaatctaaatctagtatcgacggacatagcgataacaatgtcagt
gagagaaaagccagtaattctactgaaaatagcgttgggaatgttcgtgttgatagacca
tttttacaaagtacgggtacggcgaccagtactaggagtatatcatctgtagcaagtgaa
gttactcggcatagagttttggttgctgaagataataatgtcaatcaggaagttataaaa
agaatgcttcagttagaaggactcacagatcttgatatggcatgtgacggacaagaagct
tatgagaaagttgaagaaatcttaaagaatggcgaatcctactccatgatattcatggat
gttcaaatgccgagggtggatgggttgttggctaccaaaatgatccggaatgatctatta
tataaagggcccattgttgcgttaaccgcatacgcagatgatagcaatattaaagtttgt
ctagaaagtggaatggatggtttcctaccaaaacccattaaaagaccattgttaaagaaa
ataatcgcacagtactgttcgaaaaaagagaaacagagagaagaatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (19)   

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