| Entry |
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| Definition |
(RefSeq) regulatory-associated protein of mTOR
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| KO |
| regulatory associated protein of mTOR |
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| Organism |
spu Strongylocentrotus purpuratus (purple sea urchin)
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| Pathway |
| Autophagy - other | | Autophagy - animal | | mTOR signaling pathway |
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| Brite |
KEGG Orthology (KO) [BR:spu00001]
Environmental Information Processing
Signal transduction
04150 mTOR signaling pathway
586135
Cellular Processes
Transport and catabolism
04140 Autophagy - animal
586135
04136 Autophagy - other eukaryotes
586135
 |
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| SSDB |
   |
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| Motif |
 |
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| Other DBs |
NCBI-GeneID: NCBI-ProteinID: |
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| Position |
Un
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| AA seq |
1243 aa  
MYEDITESEESDLCDWQLPLAYMKKRHTDPIEGSKTETQTWRMKERMKTVSVALVICLNV
GVDPPDTVKTSPCARLECWIDPLALSPSKALEAIGTSLQKQYERWQPRARYKQTLDPTVD
EVKKLCTSLRRNAKEERVLFHYNGHGVPRPTTNGEVWVFNKNYTQYIPLSVYDLQTWMGS
PSIFVYDCSNAGLILESFEQFSVQKEQDRELVGKSPTPINRTQVPLPPPPXNCIQLAACG
SNELLPMNPELPADLFTACLTTPIKIALRWFCNQRSSYLVPGVTQELVDKIPGRLNDRRT
PLGELNCIFTAITDTIAWNVLPRDLFQKLFRQDLLVASLFRNFLLAERILRTYNCTPVSS
PRLPPTYQHPMWQAWDLAVDACLSQLPTLAKGAEYKHSPFFAEQLTAFQVWLGMGSEIRE
PPEQLPIVLQVLLSQVHRSRALDLLGRFLDLGPWAVSLALSVGIFPYVLKLLQSSARELR
PLLVFIWAKILAVDRSCKADLVKDMGHKYFLSVLADPYMVAEHRTMAAFVLAMIVEDYQN
GQEAAFQGNVIAICLEQLNDQHPLLRQWLALCIARVWTNYNAARWCGVRDSAHEKLYKLL
NDPIPEVRAAATIALGTFIGNGTDRTDHAMTINHNIGVTLLSVANDGSAIVRQELVVALY
QLIKQSETQFATIARQLLDEEQSSDENLAPRSAAVTSDHLRRASVAVTNTASRKSISILP
RTSSGNNLQHLNGATVAKSPSSSSSSPGSGDFLSTPTLNGKGLPRVPSSSSLSSNVFVQM
WRVILLLTHDPHPKVKELAQTLVNAINLKATISAKPQLVRDSRKTSSAPSSPTRNSQSSP
PQDMSDSPPLNIPNEIMRPVPIKPWEQPPPERPQNPGPIDAQYPGPSPTLHSQRFTRTRK
LHDRGPSVTYEEVEDVMTTKNLTITTEFSDWCCKYFAQSVMKAPEEMDPFSGLHHMREWR
FVRNARIRNETREQLKKAKSCHLDDQIFINKNSAVPYVVKFHPFNPHAIVADREGVCVWN
WESGERLNYFLNKNPKHSKITSMDILNSHDLALVMTGADDGSVRIWRNYWTPDGRPVELV
TAWQALSDMLISNRGSGLVLDWEQGSGMLLASGDVRTIRVWDTQRELKLQDIPTGADSCV
TSLACDSVGRSLLIAGCGDGSVRLYDRRLAPQECRVMTLREHQSWVSNVHLQKGAGDGKI
ISAGLGGDVRFWDPRFTESVKVVNTAPDLTTMEVHPHAGIFAW |
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| NT seq |
3732 nt  +upstreamnt +downstreamnt
atgtatgaggacatcacggaatcggaggagagcgacttgtgtgactggcagctgccgctt
gcatacatgaagaaacgacacacagacccaatcgaaggaagcaaaacagaaacacaaaca
tggcgaatgaaagaacggatgaagacagtgagtgtagctcttgtgatatgtctcaacgtt
ggtgtggacccccctgacacagtcaaaacttcaccgtgtgcaaggctagaatgctggata
gacccacttgctcttagcccatccaaggctctcgaggccataggtaccagtttacagaag
cagtatgaaagatggcagcctcgggctcgttacaagcagacccttgaccccacagtggat
gaggtcaagaagctctgtacctccctgagacgtaatgccaaggaagagagggttctgttc
cactacaatggccatggggttcctagaccaaccaccaatggagaggtctgggtattcaac
aagaattacacccagtacatcccgctatccgtatatgaccttcagacctggatgggcagt
ccgtctatctttgtctacgactgctccaatgcaggacttatcctggaatcctttgagcag
ttctctgtacagaaggagcaggacagagagcttgtggggaagagccccaccccgataaac
aggacccaggtgcccctgcccccaccgccctagaactgcatccagctggctgcgtgcggc
tccaatgaactccttcctatgaatcccgagcttcctgccgatctcttcacagcttgcctc
accacacccatcaagattgcattgagatggttttgtaatcagaggagtagctacctggtg
ccaggagtcacacaagaacttgtagacaagattccaggaaggttaaatgataggagaaca
ccactgggtgaactcaattgtatcttcactgcaatcacagacactatagcatggaatgta
ttacctagagatctattccagaaactattcagacaagacttgttggtagccagcctcttc
aggaatttcctcttggcagagaggattcttcgtacatacaactgcactccagtgtcgagt
cccaggctaccacccacataccaacatccgatgtggcaagcatgggacctagcagtcgat
gcctgtctctctcaactcccaaccctggccaaaggtgcagagtacaagcacagtcctttc
ttcgctgagcagctcacagccttccaggtctggctaggtatggggtcggagatcagagaa
ccaccagaacaactcccaatcgtgcttcaggttctgttgagtcaggtgcacagatcaagg
gctttagatctccttggtcggttcctagatctaggaccatgggctgtcagtctggccttg
tcagtgggtatcttcccctacgtcctgaagctccttcagagttcggccagggagctgaga
ccgctccttgtcttcatctgggcaaagattctagcagtggataggtcttgtaaagctgac
ctagtgaaagacatgggtcacaaatacttcctctccgttctggcagatccctacatggtg
gctgagcacagaacaatggctgcctttgtattagctatgatagttgaggattaccagaac
ggacaggaagcagcgtttcagggtaacgttatagcgatctgtctggagcagctaaacgac
cagcaccctctactcagacagtggctagctctgtgtatagccagggtatggaccaactac
aatgcggcaagatggtgcggtgtgagggacagtgctcatgagaagctatacaagctactc
aatgaccctataccagaggtgagggctgcagcaaccatagctctgggaacattcataggc
aatggaacagatcggactgaccatgccatgaccatcaatcataatataggagttacattg
ctttctgtggccaatgatggaagtgcaatagtaaggcaggaactcgtggtggcgctctac
cagttaatcaagcagtcggagacccagtttgcgaccatcgcccggcagctgctagacgag
gagcagagctcggatgagaacctggcgccacggagcgcagcagtcacgtctgaccattta
cgtcgcgcctcagtggccgtcacgaacaccgccagccggaagtccatctctatcctcccc
cgaacgtccagcggaaacaacctgcagcacctcaacggtgccacagttgccaagtcaccg
tcaagcagcagttcttcaccgggcagtggggacttccttagtactccaacccttaacgga
aaagggttaccaagagtgccgtcaagctcctccctgtcatccaacgtctttgtccagatg
tggagggtcattctgctcttgacccatgacccccatccaaaggtcaaggagctagcccag
accctggtcaatgcgatcaatctcaaggcaaccatctctgccaaaccacagctggtgagg
gatagtaggaagacaagctctgcaccgtctagtcctaccaggaactcacagtcatcacca
ccacaggacatgagtgattcaccacccctgaacatccccaatgagatcatgagacccgtt
cccatcaagccctgggagcagccccctccagagagaccccagaaccccggccccatcgac
gcccagtatcctggcccctcacccaccctccactcacagcgattcaccaggaccaggaag
ctgcacgacaggggaccaagcgtgacgtatgaggaggtagaagatgttatgactaccaag
aatcttaccatcactacagagttctctgactggtgctgcaagtactttgctcagtcggtc
atgaaggctccagaagagatggatccgttcagtggtctacatcacatgagagaatggagg
tttgtacgtaacgccaggatacgcaatgagacgagggaacaactcaagaaagccaaatct
tgccatttagacgatcagatcttcatcaacaagaattcagctgtgccctatgtggtcaag
ttccatccattcaacccccatgctatcgtagctgacagggaaggtgtatgtgtatggaac
tgggagagcggtgaaagattaaactacttcctcaacaagaaccccaagcattcaaagatt
acctctatggatatactcaactctcacgacctagcgctagttatgacaggagcagatgac
ggatcagtgcgtatatggaggaattactggacgccggacgggaggcctgtcgagcttgta
acagcttggcaagccttgtctgatatgctgatctctaatagaggttctggtctagttctc
gattgggagcagggatcagggatgcttctagcctcaggggatgtcaggacgatacgggtc
tgggatactcagagagaactcaagctacaggatatccccacaggtgcagatagctgtgtt
acaagccttgcatgtgactcagtgggaaggtctctacttatagcagggtgtggggacgga
tcagtcaggctgtacgacagaagactagctccacaagaatgtcgagtgatgacattacga
gagcatcagagctgggtttctaatgttcatctacagaagggagcaggagatggcaagatc
atcagtgctggtcttggaggtgatgtccgattctgggaccctcgattcacagagtcagtg
aaggtagtcaacacagctccagatctaactaccatggaagtccacccacatgcaggaata
tttgcctggtaa |
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