KEGG   Oryza brachyantha (malo sina): 102708417
Entry
102708417         CDS       T02995                                 
Name
(RefSeq) serine/threonine-protein kinase VPS15
  KO
K08333  phosphoinositide-3-kinase, regulatory subunit 4 [EC:2.7.11.1]
Organism
obr  Oryza brachyantha (malo sina)
Pathway
obr04136  Autophagy - other
Brite
KEGG Orthology (KO) [BR:obr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04136 Autophagy - other
    102708417
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:obr01001]
    102708417
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:obr04131]
    102708417
Enzymes [BR:obr01000]
 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
     102708417
Protein kinases [BR:obr01001]
 Serine/threonine kinases: Other
  VPS15 family
   102708417
Membrane trafficking [BR:obr04131]
 Endocytosis
  Rab GTPases and associated proteins
   Rab associated proteins
    102708417
 Autophagy
  Autophagosome formation proteins
   PI3K complex
    102708417
SSDB
Motif
Pfam: Pkinase WD40 HEAT PK_Tyr_Ser-Thr Tti2 NBCH_WD40 HEAT_2 APH Kinase-like Cohesin_HEAT HEAT_EZ TCAD9
Other DBs
NCBI-GeneID: 102708417
NCBI-ProteinID: XP_040376402
Position
2:complement(25876485..25885226)
AA seq 1448 aa
MGNKIARTTQASATEYYLHDLPSTHNLVLVEVVSRGRFLKSVRCKHDEGLLLVKVYFKRA
GEPLDLKEHERRLERIRNEFEGLEESHVWPFQVWLQTDKAAYLLRQYFYSNLHDRLSTRP
FLSKIEKKWLAFQLIHAVEQSHSKGICHGDIKCENVLVTSWNWLYLADFASFKPTYIPDD
DPSDFSFFFDTGGRRRCYLAPERFYEHGAETQVAADAPLQPSMDIFSLGCVLAELFLEGQ
PLFELSQLLAYRRGQYDPIHTLEKIQDTGIRDMVLHMIQLDPKERLSCKSYLQKYESVVF
PVYFSKFLHKFFSDIVPLHSDARVEKTREYFEKMHDVMISGSTLEKIQGSATVSVHNKLS
GEKGITGQTINSSKEYAKSIPVVKINTPGQHKHVVGDLNFLLKELEKDDPTSTKITQDTD
QSVTSNVSHANGIQSLRQVCQAGRQNGLMGQNNCVSHLHKISKSNLLALVSSYDAQSDTY
NFDIFQQTEYKVSCEGMVLLASLLCSCIRSVKKPELRRASLILLKICSTYIDDDSRLQLV
IPYVIAMLSDPAAIVRCAALETLSDVLCLVQDFPISDAKIFPEYILPMLSLLPDDTEESV
RVCYASNIYKLALTAYRFLLRSRSIEDARPLEESMVAPRSQSVESPAKKQHDSINGQLAR
LRKSIYEIVQELVMGQKQTPNVRRALLQDISYLCYFFGHRQTNDFLLPILPAFLNDRDEQ
LRAVYFGQIVVVCYFIGSRSVEEYLLPYLEQALSDDMEAVLVKVLDCLTMMCKSGYLRKR
AIVGLFGKALPLLCHPVQWVKQSAVRFVASCSESIGPVDTFVYLCPHLKHFLHREPPSWS
SETALLSCLKPPVSKLVLYQALEDVHDAGDILLKGDGKKEMTVHGGRYPAMTQSVSSTTI
EDDARLRGPKLSSDLSLNIKDCSSANSAYISSAVHASSSFYDGVPKGIPLYSMQGTSLHA
NLGSDRHGGLSSSVPGLHTRENHFSSMHRDGSISDSLNSISSMPGDVISNSDTSGSFTRP
AVALETSWRPRGVLVAHLQEHRSSVNDIAVSNDNTFFVTASDDSSIKIWDTRKLEKDIAF
RSRLTYSLGSSRALCTTMLHGTPQVIVGASDGTLHLFSVDCTRGVGNVIERYSGIADVKR
KDLKEGAILSVVTCSSESFSPTILFSTEHCGVHKWDTRTNSESWSFRSSPEEGYISALVV
GQCGNWFISGSSRGVLTLWDNRFLLPVNSWKYLPATPIEKLCLFIPPPNSISSSGRPVVF
VAAGRDEVTLWDAENGSRHQIFRTASTENEAVIPKAPSIHPNTKDETRPANYKFRIEELC
DPPPRLPGIRSLLPLPGGDLLTGGTDLKIRYWDQARPEQSFCIAGPSVKGAGNEESYDIR
SSSCVQVVQEICRQPMTASRLTHKTQLAIAAADSAGCHRDAILALASVNLSSQRLISGSR
DGAVKVWK
NT seq 4347 nt   +upstreamnt  +downstreamnt
atggggaataagatcgcgcggacgacgcaggcgtcggcgacggagtactacctccacgac
ctcccgtccacgcacaacctcgtgctcgtcgaggtcgtcagccgcggccgcttcctcaag
tccgtccgctgcaagcacgacgagggcttgctcctcgtcaaggtctacttcaagcgcgcc
ggcgagcccctcgacctcaaggagcatgagcgaaggttggagaggatcaggaacgagttc
gagggtttggaggaatcccatgtctggcccttccaggtttggttacaaacagataaggca
gcgtatctccttaggcagtatttctacagcaacctgcatgatcggctaagcacacggcct
ttcctcagtaaaatcgagaagaaatggcttgcttttcagttaatccatgctgtggagcag
agccatagcaagggaatttgccacggtgacataaaatgtgagaatgtgcttgttacctca
tggaattggctatatcttgcggacttcgcatcttttaaaccgacttacatcccggatgat
gatccatctgatttttcattcttctttgatactggaggaaggcgaagatgctatctagca
cctgaaaggttttatgagcatggtgcggaaacccaagtcgcagcagatgcacctctgcaa
ccatctatggatatattctctcttgggtgtgttcttgctgaacttttcctagaaggacag
ccactttttgagctttcacaacttctagcttatcggcgtggtcagtatgaccctattcat
accctagaaaagatacaagataccggtatccgtgacatggtacttcacatgattcagtta
gacccgaaagaaaggctatcatgcaaaagctacttgcaaaaatatgaatctgttgtattc
ccagtttatttctcgaaatttctccacaagtttttctcagatattgttccacttcactct
gatgctagggtcgaaaagactcgagaatattttgaaaagatgcatgatgtaatgataagt
gggtcaacacttgagaaaattcaaggatctgctactgtgtcagtgcataataaattatct
ggggaaaaaggcatcacagggcaaactataaattcatcaaaagaatatgccaaaagtata
cctgtagttaagataaacactcctggacagcataagcatgttgttggagatctcaatttc
ctcctcaaggaactggagaaggatgatcctacaagtacaaagatcactcaagacacagac
cagtctgttacttccaatgtttcccatgcaaatggtattcagtccttgcggcaggtttgt
caagctggaagacaaaatggtttgatgggccagaacaattgtgtatctcacttgcacaag
atctcaaagagtaacctacttgcgttagtgtctagttatgatgcccaatcagatacctac
aattttgacatttttcaacaaacggaatacaaggtgagctgtgaaggcatggttttgctt
gcctcattactttgctcgtgcatacgaagtgtcaaaaaaccggagcttagaagggctagt
ctgatacttctgaagatttgctctacatacatagatgatgatagccgcttacagctggtt
attccatatgttattgcaatgctttcagatccagctgccatagtccgttgtgctgctttg
gaaactttgtctgatgtcctttgtcttgttcaagactttcctatcagcgacgcaaagata
ttcccagagtacatccttccaatgctatctttgctcccagatgatacagaggagagtgtt
agagtttgctatgccagcaacatttataagttggccttaacagcctacaggttcctgctt
cgttcccggagtatagaagatgctaggcctcttgaggaatcaatggtagctcccaggtca
cagtctgtagaatctccagcaaagaagcagcacgacagcattaatggtcaacttgcacga
ctcagaaaatctatatatgaaatagtgcaagagttggtaatgggacaaaaacagactcct
aatgtccgcagagctcttctgcaagatataagttacctgtgttacttcttcggacacaga
caaactaatgattttcttcttcccatacttccagcatttctaaatgaccgtgatgagcag
ctccgtgcagtttattttggtcagattgttgtcgtgtgctattttatcggttccagaagt
gttgaggagtatctcttgccctatcttgaacaagcactaagtgatgatatggaggctgtg
cttgtgaaagtacttgactgcttgactatgatgtgcaaaagtggttatttgaggaaaagg
gcaattgttggtctatttggaaaagctcttcccttgctgtgtcatccagtccaatgggtt
aaacagtccgctgtaagatttgttgcttcttgcagtgagagcatagggcctgtagatacc
tttgtatacctctgtccgcatcttaaacattttttacacagggagccaccatcgtggtca
tcagaaactgctcttctttcatgtcttaagcctccggtctcaaaattagtcctataccaa
gctttagaggatgtccacgatgcaggagacattttactgaagggtgacggtaaaaaggaa
atgacagtgcatggtggaagatatcctgccatgacacaaagtgtttcatcaactacaatt
gaagatgatgcgagattgagaggacctaagttatccagtgacttgtctttgaacattaaa
gattgttcttctgctaattcggcatatataagctctgcagtacatgcatccagttcattt
tatgatggtgtacctaaaggaatacccttatattccatgcaagggacatcactacatgcg
aatttgggatctgaccggcatgggggtttatcaagttcagttccaggccttcatactaga
gaaaatcatttcagtagcatgcaccgagatgggagcatcagtgactcgctgaatagcatc
tcctctatgccaggtgatgtcatttccaactctgacacttcaggatcgttcaccagacca
gcagtggctctcgagacaagttggagacctcgtggtgttctggtggcacatctccaggag
catcgctcatctgtcaatgatattgctgtatcaaatgacaacaccttttttgtaacagct
tcagatgattcaagtattaagatatgggatacaagaaaattggaaaaagatattgccttc
agatctaggttaacgtatagcctgggtagtagccgagctctatgtacgacaatgcttcat
ggtactccccaagttattgttggtgctagtgatggcacattgcacttgttttctgttgac
tgcacacgtggtgtagggaatgtcatagagagatattctggcatagctgatgtaaaaagg
aaagatttgaaagaaggtgcaattctcagtgttgtgacctgttcctcagagagttttagc
ccaaccatccttttcagcactgagcattgtggtgtacataaatgggatacaaggaccaat
tctgaatcttggtcctttagatcttcaccagaagaggggtacatatcggcacttgtagtg
ggccagtgcggaaattggttcatctcagggtcttcaagaggtgttcttacactgtgggac
aacaggtttctgcttcctgttaactcatggaaatatttgccagcaaccccgatagaaaag
ttgtgcttgtttataccaccaccgaattcaatatcttcttctgggagacccgtggttttt
gttgcagcaggccgcgatgaagttaccctgtgggatgctgagaacggaagccgtcaccag
atatttagaacagcaagcaccgagaacgaagctgttataccaaaggcgccatcaatacat
ccaaatactaaagatgagacgcggccagcaaattataaattcagaattgaagaattatgt
gacccgcctccacgccttccaggaatccgttctttgcttcctttgccaggaggggactta
ttgaccggaggaacagacttgaagatacgctactgggatcaggccaggcctgagcaaagc
ttctgcatagctggtccctcggtgaaaggagctggaaacgaagagtcctacgatataaga
tccagctcttgtgtacaagttgtgcaggaaatatgcagacagcctatgacggcgtccagg
ttaacccacaagacgcagctggccatcgccgccgcggattccgcgggatgccaccgggac
gcgatcctcgcgctggcttccgtgaacttgtcgagccagaggctgatctcgggcagcaga
gatggcgccgtcaaggtgtggaagtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (25)   

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