KEGG T01019: 586135

Strongylocentrotus purpuratus (purple sea urchin): 586135

Entry

586135 CDS T01019

Definition

regulatory-associated protein of mTOR-like

Orthology

K07204

regulatory associated protein of mTOR

Organism

spu Strongylocentrotus purpuratus (purple sea urchin)

Pathway

spu04150

mTOR signaling pathway

Class

Environmental Information Processing; Signal transduction; mTOR signaling pathway [PATH:spu04150]

SSDB

Motif

Pfam:

Raptor_N HEAT WD40 HEAT_2 HEAT_EZ Peptidase_C14 DUF2435 ALF

Other DBs

NCBI-GI:

390349738

NCBI-GeneID:

586135

Position

AA seq 1405 aa
MYEDITESEESDLCDWQLPLAYMKKRHTDPIEGSKTETQTWRMKERMKTVSVALVICLNV
GVDPPDTVKTSPCARLECWIDPLALSPSKALEAIGTSLQKQYERWQPRARYKQTLDPTVD
EVKKLCTSLRRNAKEERVLFHYNGHGVPRPTTNGEVWVFNKNYTQYIPLSVYDLQTWMGS
PSIFVYDCSNAGLILESFEQFSVQKEQDRELVGKSPTPINRTQVPLPPPPXNCIQLAACG
SNELLPMNPELPADLFTACLTTPIKIALRWFCNQRSSYLVPGVTQELVDKIPGRLNDRRT
PLGELNCIFTAITDTIAWNVLPRDLFQKLFRQDLLVASLFRNFLLAERILRTYNCTPVSS
PRLPPTYQHPMWQAWDLAVDACLSQLPTLAKGAEYKHSPFFAEQLTAFQVWLGMGSEIRE
PPEQLPIVLQVLLSQVHRSRALDLLGRFLDLGPWAVSLALSVGIFPYVLKLLQSSARELR
PLLVFIWAKILAVDRSCKADLVKDMGHKYFLSVLADPYMVAEHRTMAAFVLAMIVEDYQN
GQEAAFQGNVIAICLEQLNDQHPLLRQWLALCIARVWTNYNAARWCGVRDSAHEKLYKLL
NDPIPEVRAAATIALGTFIGNGTDRTDHAMTINHNIGVTLLSVANDGSAIVRQELVVALY
QLIKQSETQFATIARQLLDEEQSSDENLAPRSAAVTSGGWLVVRAAATIALGTFIGNGTD
RTDHAMTINHNIGVTLLSVANDGSAIVRQELVVALYQLIKQSETQFATIARQLLDEEQSS
DENLAPRSAAVTSDHLRRASVAVTNTASRKSISILPRTSSGNNLQHLNGATVAKSPSSSS
SSPGSGDFLSTPTLNGKGLPRVPSSSSLSSNVFVQMWRVILLLTHDPHPKVKELAQTLVN
AINLKATISAKPQLVRDSRKTSSAPSSPTRNSQSSPPQDMSDSPPLNIPNEIMRPVPIKP
WEQPPPERPQNPGPIDAQYPGPSPTLHSQRFTRTRKLHDRGPSVTYEEVEDVMTTKNLTI
TTEFSDWCCKYFAQSVMKAPEEMDPFSGLHHMREWRFVRNARIRNETREQLKKAKSCHLD
DQIFINKNSAVPYVVKFHPFNPHAIVADREGVCVWNWESGERLNYFLNKNPKHSKITSMD
ILNSHDLALVMTGADDGSVRIWRNYWTPDGRPVELVTAWQALSDMLISNRGSGLVLDWEQ
GSGMLLASGDVRTIRVWDTQRELKLQDIPTGADSCVTSLACDSVGRSLLIAGCGDGSVRL
YDRRLAPQECRVMTLREHQSWVSNVHLQKGAGDGKIISAGLGGDVRFWDPRFTESVKVVN
TAPDLTTMEVHPHAGIFACRVMTLREHQSWVSNVHLQKGAGDGKIISAGVWNWESGERLN
YFLNKNPKHSKITSMDILNSQYLVL

NT seq 4217 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
gctgagcacagaacgatggctgcctttgtactagctatgatagtggaggattaccagaat
ggacaggaagcagcgtttcagggtaacgttatagcgatctgtctggagcagctaaacgac
cagcaccctctactcagacagtggctagctctgtgtatagccagggtatggaccaactac
aatgcggcaagatggtgcggtgtgagggacagtgctcatgagaagctatacaagctactc
aatgaccctataccagaggtgagggctgcagcaaccatagctctgggaacattcataggc
aatggaacagatcggactgaccatgccatgaccatcaatcataatataggagttacattg
ctttctgtggccaatgatggaagtgcaatagtaaggcaggaactcgtggtggcgctctac
cagttaatcaagcagtcggagacccagtttgcgaccatcgcccggcagctgctagacgag
gagcagagctcggatgagaacctggcgccacggagcgcagcagtcacgtctggtgggtgg
cttgtggtgagggctgcagcaaccatagctctgggaacgttcatcggcaatggaacggat
cggactgaccatgccatgaccataaatcataacataggagttacattgctttctgtggcc
aatgatggaagtgcaatagttaggcaggaactcgtggtggcgctctaccagttaatcaag
cagtcagagacccagtttgcgaccatcgcccggcagctgctagacgaggagcagagctcg
gatgagaacctggcgcctcggagcgcagcagtcacgtctgaccatttacgtcgcgcctca
gtggccgtcacgaacaccgccagccggaagtccatctctatcctcccccgaacgtccagc
ggaaacaacctgcagcacctcaacggtgccacagttgccaagtcaccgtcaagcagcagt
tcttcaccgggcagtggggacttccttagtactccaacccttaacggaaaagggttacca
agagtgccgtcaagctcctccctgtcatccaacgtctttgtccagatgtggagggtcatt
ctgctcttgacccatgacccccatccaaaggtcaaggagctagcccagaccctggtcaat
gcgatcaatctcaaggcaaccatctctgccaaaccacagctggtgagggatagtaggaag
acaagctctgcaccgtctagtcctaccaggaactcacagtcatcaccaccacaggacatg
agtgattcaccacccctgaacatccccaatgagatcatgagacccgttcccatcaagccc
tgggagcagccccctccagagagaccccagaaccccggccccatcgacgcccagtatcct
ggcccctcacccaccctccactcacagcgattcaccaggaccaggaagctgcacgacagg
ggaccaagcgtgacgtatgaggaggtagaagatgttatgactaccaagaatcttaccatc
actacagagttctctgactggtgctgcaagtactttgctcagtcggtcatgaaggctcca
gaagagatggatccgttcagtggtctacatcacatgagagaatggaggtttgtacgtaac
gccaggatacgcaatgagacgagggaacaactcaagaaagccaaatcttgccatttagac
gatcagatcttcatcaacaagaattcagctgtgccctatgtggtcaagttccatccattc
aacccccatgctatcgtagctgacagggaaggtgtatgtgtatggaactgggagagcggt
gaaagattaaactacttcctcaacaagaaccccaagcattcaaagattacctctatggat
atactcaactctcacgacctagcgctagttatgacaggagcagatgacggatcagtgcgt
atatggaggaattactggacgccggacgggaggcctgtcgagcttgtaacagcttggcaa
gccttgtctgatatgctgatctctaatagaggttctggtctagttctcgattgggagcag
ggatcagggatgcttctagcctcaggggatgtcaggacgatacgggtctgggatactcag
agagaactcaagctacaggatatccccacaggtgcagatagctgtgttacaagccttgca
tgtgactcagtgggaaggtctctacttatagcagggtgtggggacggatcagtcaggctg
tacgacagaagactagctccacaagaatgtcgagtgatgacattacgagagcatcagagc
tgggtttctaatgttcatctacagaagggagcaggagatggcaagatcatcagtgctggt
cttggaggtgatgtccgattctgggaccctcgattcacagagtcagtgaaggtagtcaac
acagctccagatctaactaccatggaagtccacccacatgcaggaatatttgcctgtcga
gtgatgacattacgagagcatcagagctgggtttctaatgttcatctacagaagggagca
ggagatggcaagatcatcagtgctggtgtatggaactgggagagcggtgaaagattaaac
tacttcctcaacaagaaccccaagcattcaaagattacctctatggatatactcaactct
caatacctagtgctgga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (8)   
   Pfam (8)   
All databases (27)   

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