KEGG   Strongylocentrotus purpuratus (purple sea urchin): 583100
Entry
583100            CDS       T01019                                 
Name
(RefSeq) hamartin
  KO
K07206  tuberous sclerosis 1
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Pathway
spu04140  Autophagy - animal
spu04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:spu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    583100
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    583100
SSDB
Motif
Pfam: Hamartin
Other DBs
NCBI-GeneID: 583100
NCBI-ProteinID: XP_011663188
Position
Unknown
AA seq 1463 aa
MAHLQHMTEPTALFPHLESNDLHTVKEFKALIQDNLTSAREPSFLNALVDFYISTNSPQA
LDILSGLREPLDKPLMDKLNECMKYRHSRLPALILVSHIVRHQPSWLHKIVQVPLFTSMI
HCLKADTDIPVLMCGILTITTLLPMIADTDIPVLMCGILTITTLLPMIPSKVGPFLHDIC
EIFARLASWSVNKPGEVHDVHQLHLQAAVYALFHRLYGMYPWNFLEFLQSHFANKEKEFE
VAILPMLERVRMHPQLIVGQKSKETELSRWRKMEVHDILTECARVCLDTTESTRDDRSTC
GLSLSESGFSAAYNMATRSNVSSSCKMSSPATIPPSNDAQILPTSKQTTPSNLTKKPDPT
SNLISSQAILSAMWSPAVDCGLTTPPTSHPPSPGGSMMDLSLTSSLQMGYGDPSSSLTTP
RDSPHSTLGEEQPHRILNISDGSTPNKSGRKSRGKGPGALPRYPPNILQRTTSAPSTPGY
DASSQWLPASPIRKYSADRTIFNFGSRASAQHQTSKPSDNAGKTSAPRSRRSSGKGSGIE
ESVLEDSIEEEEKDGQIKCPKPRQEDNSEDQESSSVSLKDLPSLIRHLSDGHLRSDDATN
AEVSSIVNSPQRNVGEFMSKVIAGLHHHKEGIGDSGHHVMNSTPKYDVEKQSGQVVRGTA
EGADDITMSMEGPCAEMKGGEMENDVRGAEETGVAGVDSASNSGEAGASFRDLNLEEETS
PSQKDFQKVSHNLFGEGTTNGIAHREEDIARREGATKEGEMKENCEVLDKNMDSALPRQH
RGNQGFTPIRDYSVDSMESPYPSEMSTASQQAYISIDHMLRQALPYYMYPPNIGTPAPPS
QERGDEISLASLDLSRSGPLHAVFSPAEMLDRHISMSDEVHDKELSRLPLTSQKSVNWTH
YGGSPPADEINLLKGQLQLLHNQLLYERHKREVHAGRNRRLLGKTHKAKAYEELNSAMKD
QLRLQENEIVRLSAEINQVRQENRQLSIECHHKDKTYQQDVQKLESEKVHLMECKEELNK
LLVTHRLEVEKVKKDLKISNSSLFDIEQDLASTRADIATNKHLKDEIKRLNKEILLLGET
NIKYKEKLEESKLSKALVEEEDKRRQSLKKELADCHDAVKQKSIQLDAAKARIIDIDALL
TQRDRSIAEQKRYLESVKSLSNGKVEAMESKYNSLKKVNQRLEGDILKLTKQSTSRHRGH
ARQRSNPDGAQLDDSTSSSGISRSRSNSPQKTFNRSGSTGSQKSRPDPAERRTPLGVEGE
ATAPTNLRTSPGVQNTTPTSKRALQTRQERSKAPSPRAGEFLAQGSAAAVAAKSRSREGS
LNVKTNKVQSSALRFSEASPFQRVHSGSSAPSNLASNASKGNLPDESHVKDGASAAASNS
CHSCPEFDKLSQNSAGSLAGGPLVQPSKGIEEDRESPSSSEERKAIPERTAIVDDIGCGI
GSQGIASHLELDASGEEHGLSHW
NT seq 4392 nt   +upstreamnt  +downstreamnt
atggcgcaccttcaacacatgacagagcccacagctctctttccccatctcgagtctaat
gaccttcacactgtgaaagagttcaaggctttgatccaggataacctcacatcagctcgt
gagccttccttcttgaatgcactggtagacttctacatctcgaccaactccccccaagcc
ctggatatcctatctggactcagagaacctctagacaagcctttgatggacaagcttaat
gagtgcatgaagtaccgtcatagccgtcttccagccctgatcctcgtcagtcacatcgtg
agacaccagccctcctggctacacaagattgttcaggttccactcttcacctccatgatt
cactgtctgaaggccgatactgatatcccagtactgatgtgtggcatcctgacgattacc
acgctccttcccatgattgccgatactgatatcccagtactgatgtgtggcatcctgacg
attaccacgctccttcccatgattccaagcaaggtcgggccgttcctccacgacatctgt
gaaatctttgcgcgccttgcctcttggagtgttaacaaaccaggggaagtgcatgatgtg
caccagctccacctgcaagcggcggtgtatgccctcttccacagactgtatggcatgtac
ccttggaacttcctggagttcctccagagtcactttgccaacaaggagaaggagtttgaa
gtggcaatcttgcctatgttggagagagtgagaatgcacccacagttgattgtaggccag
aaatccaaggaaacagaattatcaagatggagaaagatggaggttcatgacatcctcaca
gaatgtgccagggtgtgtctggacaccaccgagtccactcgagatgaccggtcaacctgt
ggtctctcactgtccgagtctgggttcagcgcagcatacaacatggcgacgaggagcaac
gtatcctcatcgtgcaagatgtcatcccctgcaacaataccaccttccaatgatgcccag
atccttccaaccagtaagcaaactactccttcaaacctcaccaagaaacctgaccccaca
tccaatctgatctcatcacaagccatcctctctgccatgtggagtccagcggtagactgc
ggcctcacgaccccgcccacatcccaccccccctcaccgggaggtagcatgatggacctt
agcctcacctcctccctccagatggggtacggtgacccctcgagttccctcaccactccc
cgagactcgccccactccaccctcggggaggaacagccccatcgcatcctgaacatcagc
gatggcagcacgcccaacaagtcgggccgcaaatccagggggaaaggccccggtgccttg
ccaagataccctccaaacatcctccagcgtacgacctctgcaccatctactccagggtac
gatgccagctcacagtggcttccggcatcccccatccgcaaatacagcgcagatcggact
atcttcaattttggcagcagggcatcggcgcagcaccaaacatcaaaaccctcggacaat
gcaggcaagacgtcagcaccaagatcaagacggtcttctgggaaagggtcagggatagag
gaatcggtcctggaggattccatcgaggaggaagagaaggatggccagatcaaatgtcct
aaaccgagacaggaggacaactctgaagatcaagagtcctcctcggtgtctctcaaagat
cttccaagcttgatcagacatctctctgatggccatctgcgatcagatgatgcaactaac
gcagaggtgtcttccatcgtgaacagtcctcagcgaaatgtaggcgaattcatgtcaaag
gtcatagcggggctgcatcatcacaaggagggcattggtgactctggccaccatgtcatg
aacagcactccaaagtacgatgtggagaaacagagcggtcaggtggtccgtggcactgca
gaaggtgccgacgatatcaccatgtctatggaaggaccctgcgctgagatgaagggaggt
gagatggagaatgatgtgagaggagcggaagaaacgggcgtggctggtgtggatagcgcg
tcaaattccggtgaggctggcgcgtcgtttcgtgacctgaaccttgaagaagagaccagt
ccgtcccagaaagacttccagaaggtcagccataatctcttcggagaaggaacaactaat
ggaattgctcatcgagaagaagatattgcgaggagagagggtgctaccaaagagggagag
atgaaagaaaactgtgaggtattggataaaaacatggatagtgccctcccaaggcagcat
agagggaatcagggtttcacgccaatacgtgattactccgtagacagcatggagtcacca
tacccttctgaaatgagcactgcgtcccagcaggcgtacatttcaatcgatcacatgctc
cgacaggccttgccttattacatgtaccctccgaacattgggactcctgcacccccgtca
caggaaaggggggatgaaatatcccttgcgtccttggatttgagccgaagtggacccctt
catgctgtgttttcacccgcagagatgttggacagacacatcagtatgagtgatgaggtt
catgataaagaactcagtaggctacctcttacaagtcagaagtccgtcaactggacccac
tatgggggttcccctcctgccgatgagatcaacctcctgaagggacagctccaactcctt
cacaaccagctgctctatgagaggcataaaagagaggtccatgcaggcaggaataggaga
cttcttggcaaaacacacaaggctaaagcatacgaggagctgaacagcgccatgaaggat
caacttcggctccaggagaatgagattgtgaggttgtctgcagagatcaaccaggtcagg
caagagaatagacaactcagtatagaatgccatcataaggacaaaacttaccagcaggat
gtacaaaaattggaatctgaaaaggtacacttgatggaatgcaaagaagaactgaacaaa
ctgttagtcactcacagactggaggtggagaaagttaaaaaggatctcaagatttcaaat
tcatcccttttcgacattgagcaagatttagccagtactagagccgatatagcgaccaat
aaacatctcaaagatgagatcaaacgtcttaataaggaaatcttgctactgggggagaca
aatatcaagtacaaggagaagctagaggaaagtaagctaagcaaggccttggtagaggaa
gaagacaagaggagacaaagcctcaagaaagaattagctgattgtcatgatgctgtgaag
caaaagagcatacagcttgatgctgccaaagcaaggataatcgacatcgatgctctccta
actcaaagggatcgatcgatagcagagcagaagagatacctggagagtgtgaaaagtctt
tcaaatggaaaggttgaggcaatggaatcaaagtacaactcattgaagaaggtcaaccaa
cgtctagagggcgatattctcaaactcaccaaacagagcacctcccgtcaccgtggccac
gcccggcaacgctcaaatccagacggagctcagctggacgattctacttccagctccggg
atttctcgcagcagatccaacagtccgcagaagacatttaatcgcagtggcagtacaggc
tcgcagaagagcaggcccgatccggccgagagacggactccattaggagttgagggggaa
gctacggcacccacaaatttaagaacgtcacctggggtgcagaataccactcctacttct
aaacgtgctctacagacaagacaggagaggtcaaaggcacctagtccacgtgcaggagag
ttcttagctcaaggatctgccgcagccgttgctgcaaagtctcggtccagagaaggatct
ttaaatgttaaaacgaacaaggtgcagagttccgcgctaagattcagcgaagcttctcct
ttccagcgagtgcactcggggtccagtgccccctcaaacttagcttccaatgcatctaaa
gggaacttaccagatgaaagccacgtcaaagatggtgcatcagctgcagcctctaacagt
tgtcattcatgtccagaatttgacaaattatcacagaattctgcaggaagtctggctggt
ggtccccttgtacagccttcaaagggcattgaagaagacagggagagcccctcgagttca
gaagaaaggaaagcgattccagagagaactgccattgttgatgatataggatgtggaatt
ggtagccagggtatagcatcgcacttggaattagatgcaagtggggaagagcatggatta
tctcactggtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (80)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (9)   
   RefSeq(nuc) (1)   
   GenBank (4)   
   EMBL (4)   
Protein domain (1)   
   Pfam (1)   
All databases (95)   

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