KEGG   Lachancea thermotolerans: KLTH0E15026g
Entry
KLTH0E15026g      CDS       T01117                                 
Name
(RefSeq) KLTH0E15026p
  KO
K08333  phosphoinositide-3-kinase, regulatory subunit 4 [EC:2.7.11.1]
Organism
lth  Lachancea thermotolerans
Pathway
lth04136  Autophagy - other
lth04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:lth00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    KLTH0E15026g
   04136 Autophagy - other
    KLTH0E15026g
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:lth01001]
    KLTH0E15026g
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lth04131]
    KLTH0E15026g
Enzymes [BR:lth01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     KLTH0E15026g
Protein kinases [BR:lth01001]
 Serine/threonine kinases: Other
  VPS15 family
   KLTH0E15026g
Membrane trafficking [BR:lth04131]
 Endocytosis
  Rab GTPases and associated proteins
   Rab associated proteins
    KLTH0E15026g
 Autophagy
  Autophagosome formation proteins
   PI3K complex
    KLTH0E15026g
SSDB
Motif
Pfam: Pkinase HEAT PK_Tyr_Ser-Thr WD40 Kinase-like APH NHL
Other DBs
NCBI-GeneID: 8292303
NCBI-ProteinID: XP_002554132
UniProt: C5DIT4
Position
E:1331171..1335730
AA seq 1519 aa
MKESRPSNVKLFNLVAIASWIFTLSKESLPNLRLQTKTLENQPRDLRNAGVLHVPLTSQI
PSPSSLVSSAIVSYVKKGLYTAEETVRWTYEQFYTHYSMGAQLSLIAHTAPSIAISSYVD
VLDDIHYLSQLNSSRFLKTCKALDPNGEILIKVFIKPTDEYSLTELSRQLTKESLVLAPL
PNVLNYSKIVESDRAGYLIRQHLKSSAYDKLSSRPSLEPIELKFIIFQLLRSLDDIHSRG
VCHGDLKLENLMLTSWNWLVVTDFSSLLKPTYLPDDNPGEFSFYFDTSQRRSCYVAPERF
DSEQFHKNVQTKPGIKPEMDIFSAGCCIAEILSEGYSVFNLSQLFRYRNGEYNPSEFLDK
NVTDPLFKELIMSMICLDPQKRSSVREILAKYRGSLFPEILYTFYYEYFKNLAICGGGSP
SIGKTYSSSTLSSQVFEGDRVVEKIFKDLPKICASLGYPLRKVEPGDKTYDQKQQLIISL
PFIGTIELQKFSAISSSLNEESALLLLSILLHSLRTINAASTRQRCMVLILALSQYVSDS
NKLDRIIPYIVSMFFDESPSVQALSVQVLSQILTLVTELNRVNENIFVEYLIPRLKKLIS
SSKHSEYVRMVLAENIGNLARSAVRFQDISYASYFEEEHDVQGLEILQKMKMRLIHGFEE
ITIAFLTDNQSSVKIALLSDILPLCDLFVREKTNDVILSHLITYLNDKNSSLRIKLIQVI
TGVAVLLGPITLEQYILPLLIQTATDSEELVVVTVLKSLKSLCTIGLIQKKYFFDISSIV
SPLLLHPNIWIRQFSLILLIEISHKLSKAEIYCLLYPIIRPYFEFDVQLTWESMVSSCKK
PVSRTVYNILCTWSLRSTNSLFWKQVPSKQKDSFGNSSAIFINKEYTTKNYGFGGAYKLS
KTSLKLADNREIMLTNEDKGWLDKIKTVGLKENELWKIAALRAYVFRVAKMIARKPDAII
PNNPLLGNEALSKRGFSSYRLPRNVFFDVQFLNDETHMRDSTHVIIKHSNTPEQAISERI
PRTKSIDLNKSLLLNAKAAPTLNSNLDNVYVQLECSKSKPLLKKKPASCQSEVSPSKYVI
KNSYEGGDCNVESYLRTIDVKPPFKAYPEFGPFSNLRGGTSGKTAFRSLAQLNFAFQVAE
QKSAAINALSACNSRSFILSGSDEGAIKLWDMEKILKGETFLPTASFHAGSSIVDIVPLA
GCDVFAVAAKDGSIFLLKIIDSESKGSEPSTSSLRVVRKYLLDDASEHVIKLATTPRDDE
PMIYALTNTSKLFVIDPRTMQPTKIIKSDPLHGCVLSFVVSDDEAAVILGTSRGIIDVWD
LRFKILVYSWTFADRAPIVNLNLYPSFSKRDGMNIVIVGGSSECIFTIWDFSKCQCKYVV
ADGEFAPSSGSLTAQTLKADDKEFKASNIEAGPISSIVVEGDNILVTDNETNSIICFNVK
EGTAITAVLGVNAKKVGFKTLQLTATTKAMVKQKAAERTIPEITKNLHHNTINSAVMVRT
ALDWALVSADRSGIMNIYR
NT seq 4560 nt   +upstreamnt  +downstreamnt
atgaaagagtcccgaccatcaaatgtcaaactattcaacttagtggcaatcgcatcttgg
attttcactctgtctaaagaatccttacctaatctcaggctacaaacgaagacacttgaa
aatcaaccccgtgacctgaggaatgcaggggttcttcatgtgcctttaactagtcaaata
cctagcccatccagtctcgtatcaagtgctatagtgtcctatgtcaaaaagggtctgtac
actgcagaggaaacagttcgatggacctatgagcagttctatactcactattcgatggga
gcccagctctccttaattgctcacacagcaccttcgatagccatctcatcatatgtcgat
gtgctcgatgatatacactatctgtcgcagctgaactcatcgcggttcctcaaaacatgc
aaagctttggatccaaatggggaaatactgatcaaagtgtttataaaacctactgatgag
tacagtttaacagaactaagcagacagctaaccaaagaatccttagtcttagctccacta
ccaaatgtcttgaactatagcaagatcgtggagtccgaccgggcaggctacctcatccga
caacacttgaagtcaagtgcatatgacaagctaagctcacggccctcacttgaaccaatc
gagcttaagttcatcatatttcagcttttaaggtcactagacgacatacacagcagaggc
gtgtgccatggcgacttgaagctggagaatctcatgctcacgagctggaactggcttgtg
gtgacagacttctcaagccttctaaaacctacttatcttcctgatgacaatcccggagaa
ttttccttctatttcgacacttctcaaagaagaagttgttatgttgcacccgaaagattc
gactcagagcagtttcacaagaatgttcaaacgaaacctggaataaaacctgagatggac
atcttcagtgcaggctgttgcatagcagagattctctcggagggatactctgtcttcaat
ctctcccagctgttcaggtatagaaacggcgagtacaatcccagtgagtttctcgataag
aacgtgactgatccgctttttaaagagctcataatgagcatgatctgtctggaccctcaa
aagagaagtagtgtccgagaaattttagcgaagtacagaggatcgctgttcccagaaatt
ctgtacacgttttactacgaatacttcaaaaatcttgcaatatgcggcggaggatcccct
agtatcggtaaaacttacagctcctctacattaagttcacaagtatttgaaggagacaga
gtcgttgaaaagatattcaaggacttacccaaaatatgtgcttctcttggctacccgcta
agaaaggttgaacctggtgacaaaacctacgatcaaaagcagcaattaataatatcgctg
cctttcattggcaccatcgagctccaaaaattcagtgctatttcatcatctttaaacgaa
gagtcagcgctcttgcttctctcgattcttcttcattctttgaggaccattaatgccgct
tcaacacgccaaagatgcatggtgctgatattagctttgtcgcagtatgtttcagatagc
aacaagctcgacaggatcataccatatatcgtttcgatgtttttcgatgaaagtcctagt
gtccaagcattatcagtacaggtactgtcacagattttgacgttggtaacagagctcaat
agggtgaacgagaacatatttgtcgagtacttaattccgcgactaaaaaagctaatttca
agctccaaacactcagagtacgtaagaatggttctcgccgagaatataggaaacctcgcg
aggtcagcagttcgtttccaagacatctcttacgcgtcatattttgaagaagagcatgat
gtacaaggattggagattttgcagaaaatgaaaatgaggcttattcatgggtttgaagag
attaccattgctttcctgacggacaatcaatcgagcgtaaagatagctcttttatctgat
atcctccctctttgcgacctttttgtaagagagaaaactaatgatgtaatactgagccat
ctcattacttacctaaatgacaagaattcgtcccttcgaataaaactgatacaagtgata
actggcgttgccgttttgctcggcccgattacacttgaacaatacattctacccctactt
attcaaactgctactgattccgaagaacttgtcgttgtgacggtgctcaaaagtctcaag
tctttatgcactatcggacttatccaaaaaaagtacttttttgacatatcaagtattgta
tcacctcttctgctccaccccaatatctggattaggcagttttcgctaatacttttaatc
gaaatctcccataagctatcgaaagccgaaatttattgtctcttgtacccaatcattaga
ccctattttgaatttgatgttcaacttacgtgggagtcaatggtatcaagctgcaaaaag
ccagtttcaagaactgtgtacaacatcctttgcacctggtccttacgatcgacaaacagt
ctattttggaaacaagtcccaagcaaacaaaaagactcatttgggaacagcagtgctatt
ttcattaacaaagaatacacgacgaaaaactacgggtttggtggtgcttacaaactatct
aaaacttccttgaagcttgccgacaatcgggagatcatgttgacaaatgaagacaaagga
tggcttgataagataaaaactgtaggcttgaaagaaaacgagctttggaaaatagctgct
ctgagagcctacgtgttccgcgttgctaaaatgattgctcggaagccagatgcaatcata
cctaataacccgctcctaggtaacgaggcgctatcaaaaagaggcttcagctcataccgc
ttaccaaggaatgttttcttcgatgttcaatttctcaatgatgaaactcacatgcgtgat
agcactcacgtaatcattaagcatagcaatactcctgagcaggccatctctgaacgcata
ccgcgaacgaaatcaatcgatctcaacaagtcgttgcttctcaatgcaaaggccgctccg
acattaaactcaaatttagacaacgtttatgtccaactggaatgctccaaaagtaagccc
ttactgaagaaaaaacctgcatcttgtcaaagcgaagtgagcccctcaaagtacgttata
aaaaacagctacgaaggaggcgactgtaatgtggagagctatctaagaacaattgatgta
aagccgcccttcaaagcttatcctgagtttggccccttttctaatctgagaggcggcacc
tctggaaaaaccgcttttcgttctttagctcagttgaatttcgctttccaagttgctgag
caaaaatcagcagctatcaatgcattaagcgcatgcaacagccgctcttttatcctgagc
gggtccgatgagggagccataaaattgtgggacatggaaaaaatcttgaaaggcgagact
ttccttcctacggcgagctttcatgctgggtcttctattgtggatattgtgccactggct
ggatgtgatgtttttgcggtcgctgctaaggatggctccatctttctgcttaaaattatc
gattctgaatcgaaaggatccgaaccctccacaagctcacttcgggtagtcagaaagtat
ttgctggatgacgcatctgaacatgttatcaagctcgcaacaacccctagggatgacgag
ccgatgatatatgctttgacaaatacgtccaagctttttgttattgatccgaggacaatg
cagccaactaaaattattaaaagtgatcctttacacggctgcgtgctttcttttgttgtt
agcgatgatgaagcagcagtaattttgggaacgtcaagggggattatagatgtttgggat
ctgaggtttaaaattttagtttacagttggactttcgctgatcgcgcccccattgtcaac
ttaaacctatacccctctttctccaagcgagacggaatgaatatcgtgatcgttggagga
tcgagtgagtgtattttcacaatttgggacttctcaaaatgccagtgcaagtacgttgta
gcagacggggaatttgctccatcaagtggaagcttaacggctcaaacattgaaagctgat
gataaagaatttaaagcgagcaacatagaggctgggcctataagctcgattgttgttgag
ggtgacaacattttagttactgacaacgagacaaacagcatcatttgtttcaatgttaaa
gaggggaccgctatcacggctgtcttaggcgtaaatgcgaaaaaggttggctttaagacc
ttacaacttacagccactacaaaggcaatggtcaaacaaaaggcagcagagagaactata
ccagaaatcacaaaaaatcttcatcataacaccatcaattcggccgttatggtccgtact
gcacttgactgggctttagtttctgcggatcgctcgggaatcatgaatatttatagatga

  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 (7)   
   Pfam (7)   
All databases (22)   

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