KEGG   Ricinus communis (castor bean): 8265137
Entry
8265137           CDS       T01087                                 
Name
(RefSeq) serine/threonine-protein kinase VPS15
  KO
K08333  phosphoinositide-3-kinase, regulatory subunit 4 [EC:2.7.11.1]
Organism
rcu  Ricinus communis (castor bean)
Pathway
rcu04136  Autophagy - other
Brite
KEGG Orthology (KO) [BR:rcu00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04136 Autophagy - other
    8265137
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:rcu01001]
    8265137
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rcu04131]
    8265137
Enzymes [BR:rcu01000]
 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
     8265137
Protein kinases [BR:rcu01001]
 Serine/threonine kinases: Other
  VPS15 family
   8265137
Membrane trafficking [BR:rcu04131]
 Endocytosis
  Rab GTPases and associated proteins
   Rab associated proteins
    8265137
 Autophagy
  Autophagosome formation proteins
   PI3K complex
    8265137
SSDB
Motif
Pfam: Pkinase WD40 HEAT NBCH_WD40 PK_Tyr_Ser-Thr HEAT_2 Cnd1 HEAT_EZ UPF0506 APH Cohesin_HEAT
Other DBs
NCBI-GeneID: 8265137
NCBI-ProteinID: XP_015571742
Position
3:complement(27745156..27754201)
AA seq 1543 aa
MGNKIARTTQVSATEYYLHDLPSSYNLVLKEVLGRGRFFKSILCKHDEGLVIVKVYFKRG
DPINLREYERRLELIKDTFLALDHPHVWPFQFWQETDKAAYLLRQFFFNNLHDRLSTRPF
LSPVEKKWLAFQLLLAVKQCHEKGICHGDIKCENVLVTSWNWLYLADFASFKPTYIPYDD
PSDFSFFFDTGGRRLCYLAPERFYEHGGEMQVSQDAPLKPSMDIFAVGCVIAELFLEGQQ
LFELSQLLAYRRGQYDPSQNLEKIPDSGIRKMILHMIQLEPEARLSAEGYLLNYASVVFP
TYFSPFLHNFYCCWNPLHSDMRVAMCRSVFHEILKQMMSNKTDEETVTGLCSSANCMGAK
PVEDIVEKQNLDLTKDSTKREKTEKGLVRDQYKLLGDINTLLGDVKQSTDYMKLTPESAT
NSAFSQDIEQCAMQSPGKLLQAISNAFQKNDHPFLKKITMDDLTLLMSEYDSQSDTFGIP
FLPTPEDNMKCEGMVLIASLLCSCIRNVKLPHLRRGAILLLKSSSLYIDDEDRLQRVLPY
VIAMLSDPAAIVRSAALESLCDILPFVRDFPPSDAKIFPEYILPMLSMLPDDPEESVRIC
YASNIAKLALTAYGFLIHSISLSEAGVLDEMNLARKSLASSSETSRQLQKVKNDSQLAQL
RKSIAEVVQELVMGPKQTPNIRRALLQDIGKLCYFFGQRQSNDFLLPILPAFLNDRDEQL
RALFFGQIIYVCFFVGQRSVEEYLLPYIEQALSDQTEAVVVNALDCLAVLCKRGFLRKRI
LLEMIEHAFPLLCYPSQWVRRSAVAFIAASSESLGAVDSYVFLAPVIRPFLRRQPASLAS
EKSLLLCLKSPFSKQVFSEVLEKARSSDMLERQRKIWYNSSAQSKHWETADVLQREDGEL
HSIKSWSDKKLSPENQRLDSFKRPEDGEAKLRAMGFMSNVSSMADVHDPLCSEKLQFSGY
MSPQIGGVNSFIHDKSSEGIPLYSFSMDRRAAKISPAASDSSLRMNSLGIGSSYMPWMES
VNKSFSLASSVPAPKFVSGSFSINNGSKQFYRVVHEPESRENDQTAYVSNKFQEMGISGG
TKGGSLTVEDASASTDLTGLPSFARTISVPDSGWRPRGVLVAHLQEHRSAVNDIAISNDH
SLFVSASDDSTVKVWDSRKLEKDISFRSRLTYHLEGSRALCSVMLRNFSQVVVGGCDGMM
HVFSVDHISRGLGNVVEKYSGIADIKKKDVKEGAILSLLNYTADNSASQIVMYSTQNCGI
HLWDIRANVNAWTLKAVPEEGYVSSLVTGPCGNWFVSGSSRGVLTLWDLRFLIPVNSWQY
SLVCPIEKMCLFVPPSNVAVSSAARPLIYVAAGCNEVSLWNAENGSCHQVLRLANYDNDA
EMSDMPWALARPSGKVNFKPDTRRKVNPKYRVDELNDPPPRLLGIRSMLPLPGGDLLTGG
TDLKIRRWDHFSPKQSYCICGPNLNGVGSDDSYEIRSSYGVQIVQETKGRHLNNTMTAKA
VIAAAATDSAGCHRDSILSLASVKLNQRLLISSSRDGAIKVWK
NT seq 4632 nt   +upstreamnt  +downstreamnt
atgggcaacaagatcgcgcgaacaacgcaagtatcggcaacggaatactatctccatgat
ttaccttcgtcgtacaatttagtcctgaaggaagttctagggcgtggccgtttctttaag
tcaattctatgcaagcacgacgaaggtttagtcattgttaaagtctatttcaagcgtgga
gatcctattaatctcagagagtacgagcgccgtctcgaactcatcaaagataccttcctt
gcccttgaccatcctcacgtctggccattccagttttggcaagaaacagataaagcagct
tatctattgagacaattttttttcaataatcttcacgatcgattgagtactagacctttc
cttagtccagtggagaaaaagtggttggcttttcagttacttcttgctgtgaaacagtgc
catgagaagggtatttgtcatggtgatattaagtgcgagaatgtgcttgtcacttcttgg
aactggctttatcttgctgacttcgcatcatttaaaccaacttacatcccctatgacgac
ccttcggatttctcattcttctttgacactggaggaagaaggctctgctatcttgcaccc
gagagattttatgagcatggaggtgagatgcaagtttctcaagatgcaccattaaagcct
tccatggacatctttgctgtagggtgtgtaattgcggagcttttccttgagggtcagcaa
ctgtttgaactctcccagcttcttgcttatcgtagagggcagtacgatcctagccagaat
cttgaaaagataccagattctggaatccgaaagatgattcttcatatgatccaattggaa
ccagaggcacgactttctgctgaaggctacctgctaaattatgcatctgttgtgtttccg
acatacttctcgccttttctgcataatttctactgctgctggaatccacttcattctgat
atgagggttgcgatgtgccggagcgttttccatgaaatacttaaacaaatgatgagcaat
aagactgatgaggagacagttactggactctgctcgtctgcaaattgcatgggtgctaaa
ccggtagaagacattgttgaaaaacaaaacttggatttgacaaaggactcaacgaagaga
gaaaagacagagaagggtttagttcgtgatcaatataaacttcttggtgatatcaatacc
ctgctgggggatgtaaaacaaagcactgactatatgaagttgactcctgagagtgcaacc
aattctgcattttcccaggacatcgagcaatgtgccatgcaatcacctggcaagcttctc
caggctatctccaatgcatttcagaaaaatgaccatcctttcttgaaaaagattaccatg
gatgatttgactttattgatgtctgagtatgatagtcaatcagatacctttggcattccc
tttttaccaacacctgaagataatatgaaatgtgaaggtatggttctgattgcctcgcta
ctctgttcctgcatacgcaatgtcaagttacctcatttgagaaggggggctatccttttg
ctgaagtcttcttccctatatattgatgatgaagaccgcttgcagcgagtactaccatat
gttattgcaatgctttcagatccagcagcaatagttcgttcggctgccttggagtcttta
tgtgacattttaccttttgttcgagattttcctcctagtgatgctaagattttccctgaa
tatattcttccaatgctttccatgcttcctgatgatccagaggaaagtgtgagaatatgt
tatgctagcaatatagctaagctggcactaactgcttatggtttcttgattcactcaata
agcttgagtgaggctggtgttcttgatgaaatgaatttagcacggaagtcattggcatca
tccagtgagacatctagacagctgcaaaaggtaaaaaatgattcacagcttgcacagttg
aggaaatccattgctgaggtcgttcaagaacttgtgatgggcccaaaacaaactccaaat
atcaggagagcgctccttcaggacattggtaaactatgctacttctttggacagagacag
agtaatgactttctgttacccatccttcctgcatttctcaatgatcgagatgagcagcta
agagcattgttcttcggacagattatatatgtctgcttctttgtgggccagagaagtgtg
gaggagtatcttcttccttacattgagcaggctttaagtgatcaaacagaggctgttgtt
gttaatgcattggactgtttggcggtcctctgtaaacgtggctttttacggaagagaata
ttacttgaaatgatagaacatgcctttccacttttatgttatccaagtcaatgggttaga
aggtcagctgttgctttcatagcagctagcagtgagagcttaggtgcagtggattcctat
gtttttcttgcaccagttatacgccctttccttcggagacaaccagcctccttagcttcc
gagaagtctctacttttatgtttgaagtctcctttctcaaaacaggtattttccgaagtt
ttagaaaaggctagaagttctgacatgttggagagacagagaaagatatggtacaattct
tcagcacagtctaaacattgggaaactgctgatgtattacaaagagaggatggggaacta
cattcaataaagagttggtctgacaagaaattaagtcctgagaatcagagacttgattca
tttaagcggccagaggatggcgaggcaaagttgagagctatgggctttatgagcaatgtt
tctagcatggctgacgtccatgatcccttatgttcagaaaagttgcaattctcaggctac
atgtctccacagattggtggcgtgaatagcttcatacatgataagtcctcagagggaata
cctttgtattcttttagcatggacaggcgtgcagcgaaaatttctcctgcagcttctgat
tcttcattgcgaatgaactcccttggaattggttcatcatacatgccatggatggaatcg
gtaaacaaatcttttagcttagctagttctgttcctgcacctaagtttgtttcaggctca
ttcagcatcaataatggttcaaaacagttctaccgagtggtacatgaaccagaaagcagg
gaaaatgatcaaactgcttatgttagtaataaatttcaagagatgggaatatctggtggt
acaaaggggggttctcttacagtggaagatgcttctgcttccactgacctaacgggattg
ccatcctttgcgcggaccatatctgttcctgactcaggttggagacctcgtggtgtatta
gtagcacatctgcaggagcatcgttctgctgtgaatgacattgcaatttccaatgatcat
agcctttttgttagtgcatccgatgattcaactgtcaaggtgtgggattcaagaaagttg
gaaaaggatatctcctttagatcaaggctgacttatcacctggaaggaagccgagcactt
tgcagtgtaatgcttcgtaatttttctcaggttgttgttgggggatgtgatggcatgatg
catgtattttctgttgatcacatatccaggggccttggcaatgtcgttgagaagtattca
ggtattgctgatataaaaaagaaggatgtcaaagaaggtgcaatactaagccttttgaat
tacactgccgataatagtgcaagtcagattgttatgtatagtactcaaaattgtggaatc
catctctgggatattagagcaaatgtgaatgcctggacattaaaagctgttcctgaggaa
ggctatgtctcttcacttgtaactggcccttgtgggaattggtttgtctcagggtcttct
aggggtgtacttactctttgggatctaaggttccttatacccgtgaactcatggcagtat
tctcttgtttgccccatagagaagatgtgcctttttgtccctccttcaaatgttgcagta
tctagtgctgccagacccctgatatatgttgctgcaggatgcaatgaagtttctctgtgg
aatgctgagaatgggagctgtcaccaggttttgaggcttgcaaattatgataatgatgct
gaaatgtctgatatgccatgggccttggctagaccatctggtaaggtaaactttaaacct
gatacaaggcggaaggtcaacccgaaatatagagttgatgagttgaatgatcctcctccc
cggctccttggtatccgttcaatgcttcccttacctggaggtgacttgttgactggaggc
actgacttgaagatacgtcgatgggaccatttcagcccgaaacaaagttactgtatttgt
gggccaaatttgaatggagttggaagtgatgattcatatgaaataagatcaagttatgga
gtgcaaattgtgcaggagacaaaaggacgacatttaaataacacaatgactgcaaaggct
gtgattgcagctgctgctactgattctgctggctgccaccgagattccatcctctctttg
gcttctgtaaagttgaaccagagacttttaatttcaagcagtagagatggggctatcaag
gtttggaagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (54)   

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