KEGG   Acanthaster planci (crown-of-thorns starfish): 110986148
Entry
110986148         CDS       T05078                                 
Name
(RefSeq) tuberin-like
  KO
K07207  tuberous sclerosis 2
Organism
aplc  Acanthaster planci (crown-of-thorns starfish)
Pathway
aplc04140  Autophagy - animal
aplc04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:aplc00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    110986148
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    110986148
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:aplc01009]
    110986148
Protein phosphatases and associated proteins [BR:aplc01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     110986148
SSDB
Motif
Pfam: Tuberin DUF3384 Rap_GAP DUF4578 HEAT
Other DBs
NCBI-GeneID: 110986148
NCBI-ProteinID: XP_022103490
UniProt: A0A8B7ZF62
Position
Unknown
AA seq 1924 aa
MARPASKETFKQRIASIFRRKESAIIPNVATESRSEEFLITPALLKEIHRDSPPSQRVKA
IRDLCELVTTKRLEDNGIEALWAATSDFLEPHVPVEHRHLMLTFIKCIIVGQNERLEVMR
AVFFEVIKKHSIFEDLPQRLDVLKSLSANGKNLLHFEEDMGPFLLAWMPDVISYGMSVLT
AEFLGLLVNVFKFNSCYLDDHIVSGLVKHTCTVCSRTGREYDIEQSLKVLDAVVCYSCLP
TEALYNFVTALCRTVGVQQFAQASWKLMRNLLGTHLGHSAIYTMCTIMENGQNQGDVILL
RGAVFYVGMARWGSMRVASLKHNFTSVLPSFLKALRCRHPTVAYEVTLSLQRLVKKYGKD
MQPVTWDIVLDIIEDLFKNIQIYSTHELLPDDLHDLLTTTEMLHDIKSFSGSASRLFGIV
EEFAEIRPETSVLTLVSFRAQSIHPTKVDWIQNLQGLMDRYFKNEYRTAIREAALRVLSS
VLSSTSHLYEDDLIGMVVLPQLSHIAEDQDAIVRQAAVHLLMDVAQVCQTPRCLDILDII
QKVVMRPMHTKASLGFTTEVADPSKTPLPHTRVAENDNELVDIKAAVQSLMELFRSKLYR
LPSNHCVLAFELLVKHMQAQYKHGYNSATARTIRHMVFEYLLMLRSDSMYHIGLPDKDGN
MKYSSYVLCDYKLEMDITSKTLPPTVCASPPLGERFCKTTFIPFADAFKVITTCLKHETD
WQVLSMVSQSLAKALQNRTLVLASNANLDLLCITLCSMVSQVNCASTILDSLGVYSLMLP
SELPGVDLIKCLEAGLKLKCAQQCVDGLTLCVMEMQDTMVKILPSIILEMSKMSATPNMA
IPVLEFLSSLIWFPHLYASFVENQYMSIFAVALHYTNPFKFSLYVVSLAHHVIAMWFIKC
RLSFRREFVNCITRSSDFFAEVENFFIMTNYLKRKHFSPRSPVAEFLLAGGQSQSWLLGN
KIITITTSGGSSRMQKNGICDKCHSLIKLETGEDAKQSTMESSTILKSGDSRKAVDEPSG
DQPAPSKALLRRQRSKSGKLADKRHDSGEKSSSHGTTTPSSSPLPTDKSKSFDYAAPQTP
EKSISETRGSRASSPPPTKTVKTSGDSHKSKSGAASPGSTGRAGSPVGGEPKPQAETTKE
FMERVQASLHERAEASTVKLSSVNIYQCNCWCQGWAEVYVRRPTGNTSWIMRIENGGALL
PSTTDFPLADVSSLLLRNRELDLEIDAMEFDEEGSENDDGEELMLEEAEGDGMEGLQEKD
AGHSNQLVSKQRANNLSPTTFNAHWTMDSGSPNDDADEGQFFPPLMADFFLGTGPTIVID
PSFIYHQSSFSDDADEEFSKPKLGLSPRVHHGMSYFPGYSMVQTYMEDQGVDMGILIEDA
TSDLENIAELVEEALPSRRIFPRSHSCPSIMQLMASTGAADVETEDAEMLSTSPRTAVQA
FQRKQAPMSSSYKEISVLEQRLLQEESPGIVHKDSDLHSGVNVQETAIREGAGKTIEGAA
SQNMDQTEVTSRAAAAPSAKFLAPPDALQMTSDQTRPRGGQKKPRPVSLPPQTDGEELQI
ASVDKKQTYLGVENLKGQSGTELHSMGRPRGHTVASMVSAASSEDSAGRRRRTSENRPRT
MNRTGLSPSFVFLQLYYSPMFCDDQERPVALPMSQVTQRAVKVLDRIPPYDTHKIGVLYV
GPGQSNDQIAILSNVYGSNRYVEFLQGLGRLISLKDVSPSEVYTGGLDHQGGDGKFTYWW
HDDIMQVIFHVATLMPSKESDPTCNSKKLHIGNDFVSIVYNESKEPYQLGTIKGQFNFAE
IVIEPLDSESNLVTVQAKQDLEAMIGSRGPRMITNKNLPLLVRQMALHANLASQIYQSQM
RGSPAEAYTSNWLERLRQIKRLRGKISQGAPSNTLAAMAAASPVRHQERRKGSSVALDDF
TDYA
NT seq 5775 nt   +upstreamnt  +downstreamnt
atggcacgaccagcctccaaagagactttcaagcagaggattgctagcattttccgtagg
aaagagagtgccattatccccaatgtcgcaacagaatcgagatctgaggaattcctcatc
acacctgctctgctaaaggagattcaccgagacagcccgcccagccaacgagttaaagcg
atccgagatctctgtgaattagtaacaaccaagcgactggaagataatgggattgaggca
ttgtgggcagcaacgtcagatttcctggagcctcatgtaccagtggaacacagacacctc
atgctgacttttatcaaatgcatcattgttgggcagaatgaaaggctcgaagttatgagg
gccgtattctttgaggtcatcaagaagcactccatctttgaagacctgccacagcgattg
gatgttctgaagtcgttaagcgctaatgggaaaaacctgcttcattttgaggaggatatg
ggtccgtttctgcttgcctggatgccagatgtgatcagttatggcatgtcagtcttgaca
gccgagtttctgggtcttcttgtcaatgtcttcaagttcaactcctgttaccttgacgac
cacattgtgtctggacttgtcaaacatacctgtacagtgtgcagtcgtactggtcgtgag
tatgacattgagcaatcattgaaggtgctagacgctgtggtttgctacagctgtcttcca
actgaagcactctataactttgtgacagctctgtgccgaaccgttggcgtacagcagttt
gctcaagccagttggaagctgatgaggaatctattaggaactcatctcgggcacagtgca
atctacaccatgtgcactattatggaaaatgggcagaaccaaggagatgtgattctgttg
agaggggcggtgttctatgttggtatggcccgatgggggtctatgagggtggcttccctc
aaacacaatttcacctctgtcttaccgtcattcctgaaggctttacgttgcagacatccc
acagttgcctatgaagtgactctctccttgcagcgattggtcaagaaatatggcaaggac
atgcagccagtgacttgggacattgtgctggacatcatcgaggatctctttaagaacata
cagatctattcaacccatgaacttctaccagatgatctccatgaccttctgacgacaaca
gaaatgttgcatgacatcaaatccttcagtggttcagcttccagattatttggaatagtt
gaagaatttgccgagatcagaccagagacatctgttttgaccctggtgtcattccgagct
cagtctatccaccccaccaaggtcgattggattcagaatcttcaaggtttgatggatcgc
tactttaagaatgaatatcgcacagccatccgagaagcagctctacgtgtgctgtcatca
gttctcagctctacgagtcatctctatgaggatgacttgatagggatggtcgtcctacct
cagctcagccacattgctgaggatcaagacgccattgtccgtcaagctgctgtccatctg
ttaatggatgtagcccaagtttgtcagactcctcgttgcttggacatactggacattata
caaaaggttgttatgagacccatgcacaccaaagcaagcctgggattcaccactgaggta
gctgatccatcgaagacccccttacctcatacgagggttgcagagaatgataatgaattg
gttgatatcaaggcagctgtccagagcctcatggaactctttaggtctaaattgtaccgt
ctgccatccaaccactgtgttcttgcctttgagttgttagtgaagcatatgcaagcccag
tacaagcatggctacaactcggccacggctcggacaatcagacatatggtatttgagtat
cttttgatgctgcgttcagacagcatgtatcacattggtctaccagacaaagatggaaac
atgaaatacagctcctatgttctctgtgattacaaacttgagatggatattacatctaag
accttgccgcccacagtttgtgcatccccgccccttggggaacgtttttgtaagactaca
ttcattccatttgctgacgccttcaaagtcatcaccacttgcctgaaacatgaaactgat
tggcaagtgttgagtatggtatcccagagcctagctaaagctcttcagaacagaacattg
gtcttagcctctaatgcaaaccttgatcttctgtgcattacactgtgctccatggtaagt
caagtcaactgtgctagtactatactggactccctgggggtatacagcttgatgctccca
tctgagctccctggggtggaccttatcaaatgtcttgaggctggactgaagttgaagtgt
gctcagcagtgtgtagatggtctgaccctttgcgtcatggaaatgcaggacaccatggtc
aaaatactgccctctatcatcctagagatgtccaagatgtcagccacgcccaatatggcc
atccctgtcttggaattcctgtcaagtttgatctggtttcctcatctgtatgccagtttt
gttgagaatcagtacatgagtatctttgctgtggctctgcattataccaaccctttcaag
ttttcattgtatgtggtttcactagcgcatcatgtcattgcgatgtggttcatcaagtgc
cgtctttcatttcgtagggagtttgtgaattgcattacaaggagttcagatttctttgct
gaggtggaaaatttcttcatcatgacaaattatctcaaaaggaaacatttctcccccaga
tccccagttgctgaattccttttggctggtggccaatcacagtcctggttgctaggcaac
aagattatcaccataacaacaagtgggggaagttccagaatgcagaagaatggaatttgt
gataagtgccattcactcatcaaacttgaaactggggaagatgcaaagcaaagcaccatg
gagagctctaccatcttaaaatcaggggactcaaggaaggctgttgatgagccttctggg
gaccagccagctccatccaaggcactgttgcgaaggcagaggtctaagtctggaaagctt
gcagacaagagacacgactctggagagaaatcatcaagccatgggaccactactccctct
tcgtcccccttacctactgacaaatcaaagtcctttgactatgctgccccacaaacaccc
gagaaatccatctcggaaacacgaggttcaagagcgagcagccctccaccaacaaagacg
gtcaaaacgagcggagacagtcataaatccaagtcaggggcagccagtccagggagtact
ggtcgcgccggatcaccggtgggaggtgaacccaagccacaagcagagacgactaaggag
tttatggagcgtgtccaggcatcattgcatgagagagctgaggcttctacggtgaagcta
tcctccgtcaatatttaccagtgcaactgttggtgccaagggtgggctgaggtgtatgtg
agacgaccaacaggcaacacatcatggatcatgcgtattgagaatgggggcgcccttcta
ccgtctactaccgatttcccattggcagatgtgtcctccttgctgctccgtaaccgagaa
ctcgacttagaaattgatgctatggagtttgacgaagagggcagtgaaaatgatgatggg
gaagagttgatgcttgaagaggcagaaggagatggaatggagggtttgcaggagaaagat
gctgggcatagcaaccaactggtttccaagcaacgggctaacaacctttcccctacaacc
tttaacgctcactggactatggactctggtagcccaaatgatgatgctgacgaaggccaa
ttcttccctccactaatggcagattttttcctggggactgggccaaccattgtcattgat
ccgtccttcatctaccatcaaagcagcttttctgatgatgcagatgaagagttttctaag
cccaagctgggtctttctccccgtgttcatcatggaatgtcctactttccagggtatagc
atggtgcagacatacatggaggaccagggtgttgacatgggaatactcattgaagatgcc
acttccgatcttgaaaacattgccgaattagttgaagaagccttgcccagcaggaggatc
tttcctcgttctcattcgtgtccaagcataatgcagttgatggcatcaacaggggcagct
gatgtagagacagaagatgctgagatgttgagtacttcacctcggactgctgttcaggct
ttccagcgaaagcaggctccaatgtccagctcctacaaagaaatatctgtccttgagcag
cgtcttctccaggaagagagtcctggtattgttcataaagacagcgatcttcattctggt
gtaaatgttcaagaaactgcaatccgggaaggcgcaggcaaaaccatagaaggagctgcg
agccaaaacatggaccagacagaagtgacatcacgagcagccgcagcaccgtcagcgaag
tttctagcacctccggatgccttgcagatgacctcagatcaaaccaggcctcgtggaggg
cagaagaagccacggcctgtgtcattgcctccgcagactgatggagaagagttgcagata
gcttctgtggacaagaaacagacttatctaggagtggagaacttgaaagggcaatctgga
acagagcttcactccatggggcggcccaggggacatactgtggcttctatggtgtcagct
gcatcaagtgaggacagtgcaggaaggagacggaggacatctgagaacagaccgaggacc
atgaacagaacagggttgagtcctagttttgtcttccttcaactctattattctccaatg
ttctgtgatgaccaggaacgacctgtagcccttccaatgtcacaagttactcagcgagca
gtcaaggtactagaccgaattccaccctatgacacacataagataggagtgctgtatgtt
ggaccaggccagtctaacgaccagatagccatcttgtccaatgtctatggctccaaccgt
tatgtggagttccttcaaggtctgggtaggttaatatcactcaaggatgtgtctcccagt
gaagtctacaccggtggtttggaccatcaaggaggagatggcaagtttacttactggtgg
catgatgatatcatgcaagtgatcttccacgtggcgaccctcatgcccagtaaggaatcg
gacccaacctgtaactccaagaaacttcacattggtaatgactttgtgtccattgtatac
aatgaaagcaaggaaccctaccaacttggaaccatcaagggccagtttaactttgcagag
attgtcattgaacccttggacagtgagagcaacctggtcacagttcaagccaaacaagat
ttggaggctatgattgggagtcgtggtccacgtatgattaccaacaagaatctgccattg
ttggtgcgacagatggcactacatgctaatctggcctctcagatctaccaaagccagatg
aggggtagcccagctgaggcttatacctccaattggctggagagattacgtcaaatcaag
cgattgagaggcaaaatctcccagggggcaccctccaacacgctagcagccatggcagcc
gcctcgcctgtcagacatcaggagagacggaaaggatcatcagtggccctggatgatttc
acagattatgcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (59)   

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