KEGG   Amphimedon queenslandica (sponge): 100640651
Entry
100640651         CDS       T02284                                 
Name
(RefSeq) tuberin-like isoform X1
  KO
K07207  tuberous sclerosis 2
Organism
aqu  Amphimedon queenslandica (sponge)
Pathway
aqu04140  Autophagy - animal
aqu04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:aqu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    100640651
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    100640651
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:aqu01009]
    100640651
Protein phosphatases and associated proteins [BR:aqu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     100640651
SSDB
Motif
Pfam: Tuberin DUF3384 Rap_GAP
Other DBs
NCBI-GeneID: 100640651
NCBI-ProteinID: XP_019853372
Position
Unknown
AA seq 1818 aa
MQEGQGQGSSLRQRIGSLLQNLGGRGTSSRIEETSKPEQVSFLTEDILRELGPETPLLIR
IRAIKDFSEIVATKRLEHYGVQAAWLLVKDLLEAENQLEVRHTVLGFLQCLVAGQCEELG
ILRAHFFRVIQLHNVEEDFELCFDVIRTLTDSGKNIEYIEQEIGLFMSASLSTAVRHNRS
IECLTFLVNLIKCNSTYVEEEDLVKMINECCQLITSSKSLPVNELSLEVINSVICYSSLP
SSSLKDVVITLCNTLNVTSLRKQSLEIILRLLGTHLGHAAIFCLCSILQDRTNWSYPLIL
RGAVFYISMSLWGSRKVETLKVSFGSVLPSMKEASRCPHTIVIYEIALSLLRLVRTYSSL
FHSTEWDCVYYMLDHIQAHLVQLDHTRADGENNVLVQVVYDIFSFVSNSHSDHPHNPAMD
SDKFYAVVNKAVPLHQLSLVIKLLSHQVNSLDVGGADWIDSLNTIMNRFYTTETVTAIRL
EALEELQVITSSYLLCYEAELLEGVVLPLLLPVADSNDEDVCCRAVQLLVSILSDSTPQW
APPIIGIINTVFQKGLQLVAKRGEEHMLPGSKAAVFGLTPLFKTKLNCTSDVAAQIFHLL
VNYLQQQIEEECFVPATCVMRIKIFNCLLSLRASEEGWIGYLNDEGQDMVYSPFYACEKS
RSAVTREDGEQEFSSSTGNEVLLNCGKIFSAILSCLAKEREWAVLVEVLVGLNNVLQDRK
LTVSSLPNLSVLCRHVCHIADNHLKWVQERLKNVPTRHPAEEELIGYLYPVLSSLCTYGS
HLDRMAQNSLICCLEKGVVSSSSLLCIRALTIATLEMQPTMTRLLPKVLHRIGQVSATPT
MAIPVLELLMSIIGFPVLFGGFVEKQYLGVFGIAIPYTDPSKYNGYVTALAHHVVSMWFI
RCRIQYRPAVAKFINKSLSYLLSVSKDPLLFNYPNTSPPANIGTDSTSRKRSLSFTLITS
HNLSSSSVGGGGQRGGEVGVVNSQLIDMVDVCVDMMSRYSYSNISTQPFRSPAADFLVGL
GPSKTWLLGNALVTITASGSGGGAPGVCQRCQTIRRSLKPDPDILLASNESYDPAPSLSH
DPSLEEAAPPTTLCSCWCRGWAEIKIRRPTGNVSWLMRIQNKMDILATPQPSATEYDWSL
LGLNKDVILEEEEEEGEESEWGILTIDNEEEEEGEEVIIQEPFHSTINQPHDESSDQSHD
QCGDQSHDQSGDQRGDQSHDQSGDQSHDQSGDHRGDQSHDQSDDQGGDQSHDQSGDHQLV
DDGGSGNESHDQSIITISNVDDDDDANTRSRNCQAHGTNTDTNAESQDQSHDVKTESGIT
LRQPSSYSWSESGATETPLVSGSRSYSLSVPMESLPPLFSYDEGHLLGLSPSLVSNPLSD
PEQLELIAASSLSQPSHEDVYTCSSGSSTSNSSSIESNSREERGGEEEDPEAPLLMSSNI
KEETHHNEDVFKNADIQTEEAVLSTHSSPSKGLPSSSPKDNDHTPLSSVPRTHRRVMFSQ
TPPTSGRTREDMSADVFNNPSFIFLQLYHSSSLGLSQPAPPKDTPLLLPATESIERALKV
LDHIPPYNTHKIGVVYVGKEQTTEQEILCNTSGSLRYLMFLRGLGRMINLKECPPSLIYL
GGLDTSGIDGEYACFWEDDITQVIFHVATLLPTLPSNASCSNKKLHIGNDFVTIIYNESK
NSLEFGLIKGQFNYAEVIIQPLPCSMNKVYLLVKNGLESFVDCSPSLVSDKWLPVLVRQK
ALLANLASLVLLSESTTDHYPSNWLGRLHQIKHIRERTEAAATATLQNNATASAPGSKGS
SPTVSGYNNIPDFTLYCS
NT seq 5457 nt   +upstreamnt  +downstreamnt
atgcaagaaggacagggccaaggtagtagcctcaggcaaaggattggctccttgttgcag
aatcttggaggccgtgggacctcatcaaggattgaggaaactagtaaaccagaacaagtc
tcctttctcactgaagacatactgagggagctagggcctgaaactcctctccttatacga
attagagcaataaaagacttcagcgaaattgttgccactaaaagactagaacactatggg
gtccaggctgcctggctattagtaaaggatctcttagaggccgaaaaccaactggaagtg
cgacacactgtattgggttttctacagtgtctggttgctggacaatgcgaggaactaggt
attttaagagctcatttctttagagtgatccagctccataatgtggaggaagactttgag
ttatgttttgatgtgatccgtactttaaccgacagcggaaagaacattgaatatattgag
caagagataggtctatttatgtctgcttcactctcaactgctgtaagacacaacaggtca
atcgagtgtttaacttttttggtaaatttgataaaatgtaattcgacttacgttgaagag
gaggacctagtgaaaatgatcaatgaatgctgtcagcttataacaagctcaaagagcctc
cctgtaaatgagttaagccttgaggtaattaattctgtgatatgttacagttctctgcct
tcttcttcgctaaaagatgtcgtgattacattatgtaatacactcaatgtcacatcacta
cggaagcaaagcttagagataattttaagattactaggaacacatttggggcacgcggca
attttttgtctctgttccattttacaagacagaactaattggagttatccactaatattg
agaggtgctgtattttatatcagcatgagtctgtggggatcaagaaaagtagaaacactc
aaagtgtcttttggttccgtgctaccctcgatgaaagaagcttcaagatgtcctcataca
atagttatatacgaaatagccctctctttattaagattagttcgtacttattcatcatta
ttccacagtacagagtgggactgtgtttattacatgttggatcatattcaggcacacttg
gtccagctggatcacactagagcagacggagagaacaatgtactagtacaggtcgtttat
gatattttttcatttgtttcgaattctcattctgatcatccccacaatccagcgatggac
tctgataaattttatgctgtcgttaataaagcagttcccttacatcagttatcactagtt
attaagctactcagtcaccaggttaattcccttgatgtgggcggggctgattggatagac
tcgctaaatactattatgaacagattttatacaacggaaacagtaacagctattcgacta
gaagcactggaagaattacaagttattacctcatcatatcttctatgctacgaggcagag
ctgttagaaggtgtggtattaccattgttattaccagtagctgatagcaatgatgaagat
gtctgctgtcgtgcagttcagctattagtgtcaattttatcagactccacccctcagtgg
gctccgcccatcattggtataattaatacagtttttcagaaaggattgcaactggttgcc
aaaagaggggaggagcacatgctacctggttctaaagcagctgtgtttgggctaacgcct
ctttttaagaccaagctaaattgtacatcagacgttgctgcacaaatattccatttgtta
gtgaattacctccagcagcagatagaggaggagtgttttgtacctgccacctgcgtcatg
aggataaagatatttaattgtttgctgagtttgagggcaagcgaagaaggatggattgga
tatctcaatgacgagggtcaagatatggtctacagtcctttttatgcgtgtgaaaaatct
agatctgctgtgacaagagaggatggagaacaagagttctcctcatcaactggtaatgaa
gtattactaaactgtggcaagatattctcagccattctcagctgcctcgccaaagagaga
gagtgggcggttctagttgaggtactagtgggtctgaataacgtacttcaggataggaaa
ctaacagtatcttcactgcctaacctcagtgtactctgtcgtcacgtctgccatattgct
gataatcatttaaaatgggtacaggaaagattaaagaacgttccaacgaggcacccagca
gaggaagagctaataggatacctttacccagtcctgtcctctttatgtacttacggatcg
catcttgataggatggcacagaattctttaatatgttgtttggaaaagggtgtggtcagt
tcctcatctctactctgcattagagcattgactattgctacacttgagatgcaaccaact
atgacaaggttattgcctaaggtacttcataggataggtcaagtttcagccacgcccaca
atggcaataccagttcttgagttactaatgagtattattggttttccggttttgtttgga
ggcttcgttgagaaacagtacctaggagtgtttggtatcgccataccttatactgaccct
tcaaaatataatgggtatgtcactgcactagctcatcacgttgtctccatgtggttcata
aggtgccgtatacagtacagaccagctgtagctaaatttattaataaatctttatcttac
ttattgtcagtcagtaaggatccgttattatttaattatcccaatacctcacctcctgcc
aatatcggcactgactcaaccagtaggaagcgttccctcagttttactctcattacgtct
cacaatttgtcttcatcttcggtcggtggtggtggtcagaggggtggagaagtgggtgtg
gtcaattctcagttgattgatatggttgatgtgtgcgttgacatgatgtctcgttattcg
tactcaaacatatcaacgcaaccttttagatctcctgctgctgattttttagttggactt
ggtcctagtaaaacctggttgctaggcaatgctctggttaccataacggcaagcggaagt
ggaggaggagcgccaggagtctgtcagaggtgtcagactataagacgatcattaaaacca
gaccctgacatcctattggccagtaatgagtcatacgacccagccccctctctgtcacat
gatccgtcattagaagaggcagcacctcctaccactttatgctcctgttggtgcagaggg
tgggcggagattaagatccgacgtccaacaggaaatgtctcgtggctaatgagaatacaa
aataaaatggatatattggccacgcctcagccttcagctactgaatatgattggtcgctt
ttaggattaaataaagatgttatattagaggaggaagaggaggagggagaggaaagcgag
tggggtatactaactattgataatgaggaagaggaggagggagaagaggtaataatacaa
gaaccttttcattctacaatcaaccaaccacatgatgagtcaagtgatcaatcacatgat
cagtgtggtgatcagtcacatgatcaatcaggtgatcagcgtggtgatcagtcacatgat
caatcaggtgatcagtcacatgatcaatcaggtgatcatcgtggtgatcagtcacatgat
caatcagatgatcagggtggtgatcagtcacatgatcaatcaggtgatcaccagttggtt
gatgatggagggagtggcaatgagtcacatgatcaatcaataataactatatctaacgtt
gatgatgatgatgatgctaacactcgatcacgtaattgccaggcacatggtaccaacact
gatactaatgctgaatcacaagatcagtctcatgatgttaaaactgaatcagggatcaca
ctgcgtcagccctcctcttactcctggagtgagagtggtgcgaccgaaactccattagtt
tctggtagtagatcttacagtttgagtgttccaatggagtctctacctcctctattctct
tatgatgaaggacatttattgggactctctccttcacttgttagcaatccactctctgat
cctgaacagcttgaattgattgcagcttcttctcttagccaaccatcccatgaagatgta
tatacctgtagttctggtagcagcactagtaacagcagcagcattgagagcaacagtcga
gaagagagaggaggagaagaagaagatccagaggctcctttgttaatgtcaagtaacatc
aaagaggagactcatcataatgaagacgtttttaaaaatgcggacattcaaacagaagag
gctgtcctctcaacccactcctccccttccaaaggtttaccctcctcgagcccaaaggac
aatgaccacacccctctttcctcagtcccacggacacacagacgagtcatgttctctcaa
actcctcccacgtcagggaggacgagagaagacatgtctgctgacgtattcaataatcct
tcctttatattcttacaactctatcactcctcatctttgggactctcccaacctgccccg
cccaaagacacacctcttttgcttcctgctaccgaaagcatagagagagccctcaaggtt
cttgatcacattccaccttataatactcataagataggtgtggtttatgtcgggaaagaa
cagacaacagagcaagagatattgtgcaatacttctgggtccctccgctatttgatgttc
ctaaggggtctgggacgcatgatcaatcttaaagaatgcccccctagtttgatttatcta
gggggtctggacactagtgggattgatggggagtatgcttgtttttgggaggatgacatt
actcaagttatatttcatgttgctacattgctccctaccctcccaagcaatgctagttgc
agtaataagaagctacatatcggcaatgactttgtcaccatcatttataatgagtcaaaa
aactcgctggaatttggtttaattaagggtcagtttaattatgctgaagttattatacag
ccattgccttgctctatgaataaggtttatctattagttaagaacgggctggagagcttt
gttgattgctcgccctctttggtctcagataaatggctaccagttttagtgagacagaaa
gcattactggccaacttagcatccctagtcttactaagtgaatcaactactgaccactac
ccatcaaactggttaggcagactccatcaaataaagcacattagggaaagaacagaggca
gctgcaacagccacactacaaaacaatgctactgcatctgctccaggtagcaaaggatct
tcaccaaccgtcagtggatataacaatatacctgattttacactctattgctcttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (68)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (84)   

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