KEGG   Schizosaccharomyces pombe (fission yeast): SPAC57A7.11
Entry
SPAC57A7.11       CDS       T00076                                 
Symbol
mip1
Name
(RefSeq) WD repeat-containing protein
  KO
K07204  regulatory associated protein of mTOR
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Pathway
spo04136  Autophagy - other
spo04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:spo00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    SPAC57A7.11 (mip1)
   04136 Autophagy - other
    SPAC57A7.11 (mip1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:spo04131]
    SPAC57A7.11 (mip1)
Membrane trafficking [BR:spo04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    SPAC57A7.11 (mip1)
SSDB
Motif
Pfam: Raptor_N WD40 HEAT
Other DBs
NCBI-GeneID: 2542404
NCBI-ProteinID: NP_593370
PomBase: SPAC57A7.11
Ensembl: SPAC57A7.11
UniProt: P87141
Position
I:complement(1517223..1521460)
AA seq 1313 aa
MNDRISEVSGSSRARRSVLSYGTTETGSDRYTENSNIATENGVDTASSMIDGIQSGFPQP
RHGFEEEYNNAEYINMLEQVFYMYYTDKRHRGVISKKNAEPTETIHDWRMRERLKTVSAA
LLVCLNIGVDPPDVIKPNPAAKYECWIDPFSLPASKALEAIGKNLQQQYETLSMRTRYRH
YLDPAIEEVKKLCIGQRRNAKEERILFHYNGHGVPMPTASGEIWVFNKNYTQYIPVSLYD
LQSWLGAPCIYVYDCSAAGNIIVNFNRFAEQRDKEALRIAKQNPNVLAMPSHTSCIQLAA
CGPKETLPMNPDLPADLFTSCLTSPIEISVRWYVLQNPFPNKLNLNMLLKIPGRLQDRRT
PLGELNWIFTAITDTIAWNVFPKHLFRRLFRQDLMVAALFRNFLLAERIMLVHSCHPQSS
PELPPTHDHPMWNSWDLAIDNCLSQLPDMLDAESKGIAYEYKHSTFFSEQLTAFEVWLSQ
GLISRKPPDQLPLVLQVLLSQVHRLRALILLSKFLDLGVWAVDLALSIGIFPYVLKLLQS
PAIELKPVLVFIWARILAVDDSCQADLLKDNGYGYFVQILNPNSSIFPSSNISEHRAMCA
FILSVFCRGFPQGQLACLNPQVLSHCLSHLNSPDSLLRQWACLCISQLWENYSEAKWSGT
RDNAHVKLAEIIVDSVPEVRASVLTAFTTFLGFPEKTEEVVAVETYIAIAALAALSDASP
LVRHELVIFLSHFVVNYKKQLMVVAYESSLADILEKKNHNSISASTIYETVWQAVLVLAA
DPSIEISLAAEAIINYVYQSMLNSELRESFLAFLLQHLPALHKASLSKDTDTNSVTSDPK
PHPFVPSVSENKILNRSFSLTRSLKGLALSLAGSDRASELLSLNGENKPAESNLNHLTSA
KVPGPPAFNELEYQSELDMPLTSYLFDWSRKYFTEPQMRPNEDDEPGSICYNQRLWRRNR
NEKLIYRTRPLAEYSTNGRWNQQLMTFNNTIAPRKLMFHQFEDQLITLGDKDIIQVWDWR
RNRCLNSFKTSASATTNVTDMQLLNEDDVALLMTGSSDGTIKLYRDYENEKVELVTSWNS
LSDLVFGDRNASLLMSWQQNCGHLLVAGDVRVIRIWDASKEICYANLPVRSSNSITSLTS
DLVGCNIIVAGFSDGVLRVYDKRLPARDSLTDVWKEHSSEIVNVEMQSSGMRELISASSD
GEVKLWDIRMNHSLQTFSTDNSGLTSLTVHSHAPVYATGSSNQSIKIWDTLGQNINTFRE
NPRFLNQPKPSSLMCLKFHPHHLLLACGDNTDSRVNLYSCTKNEIHTDSPNEF
NT seq 3942 nt   +upstreamnt  +downstreamnt
atgaatgatagaattagtgaagtatctggtagctcaagggctcgtagatcagtcttaagc
tatggaacaaccgagaccggaagcgatagatacacagagaacagcaacattgctacagag
aatggtgtcgatacagcgagttcaatgatagatgggatacagtccggattcccgcaacct
agacatggttttgaagaagagtacaacaatgctgaatatataaacatgttagagcaggtc
ttttacatgtattacactgataaacggcatcggggggtgatcagcaaaaagaatgccgaa
cctactgaaacaattcatgattggagaatgcgcgaacggcttaaaactgtttctgcagca
ttgttagtttgcttaaacataggggtggatcctcctgatgttataaagcctaatcctgca
gcgaaatatgaatgttggattgatccgttttcattacctgcttctaaagcacttgaagcc
attggcaagaacttgcagcaacaatatgaaacattaagtatgagaacaagatataggcat
taccttgatcccgcaattgaagaagtcaaaaaactttgcattggtcaaagacgaaacgct
aaagaggaacggatcctttttcattataatggtcatggtgtcccaatgcctactgcctct
ggtgaaatctgggttttcaataaaaattatactcaatacattcctgtatcgctttatgac
ttacaatcttggcttggagcgccttgtatatatgtttacgattgtagcgcagctgggaat
atcatagtgaattttaatcgttttgccgagcagagagacaaagaagctctccgtattgct
aagcaaaatcccaatgtgctcgctatgccttctcatactagttgtattcaacttgctgct
tgtgggcctaaagaaacccttccgatgaacccagatctgccagctgatttgtttacttct
tgccttacctccccaattgaaatttcggttcgttggtatgtcttgcaaaacccgtttcct
aataagcttaatttgaatatgcttcttaaaattcccggtcgcttgcaagatcggcgtact
ccattaggcgaattaaactggatatttactgctattacagatacgattgcttggaatgtc
tttccaaagcatcttttcagaagattatttaggcaagatcttatggtagcagcactgttt
cgtaactttctattagcggaacgtataatgctcgttcattcctgtcatcctcagtccagt
cctgaactcccccctacccacgatcatcctatgtggaattcttgggatttggccattgat
aattgtctatctcagttacctgatatgcttgatgctgaaagcaaaggcatagcctacgag
tacaagcattcgacattttttagtgagcaattaactgcctttgaggtatggctctctcaa
ggactaattagcagaaagccaccggatcaattaccgctagttttgcaggtattactttca
caagttcatcgattgcgtgcactaattcttctctcaaaatttctggatctcggggtgtgg
gcggtagatttagcgctctctattggtatatttccttacgttttgaaacttctccagtct
ccagctattgagttaaagcctgtgttggtatttatttgggcgagaatccttgctgtagat
gattcttgtcaagctgacttactaaaagacaatggctatggatattttgtccaaattttg
aaccctaattcttccatttttccttcaagtaatatttccgaacaccgagcaatgtgtgcg
ttcatcctcagtgttttttgtcgtgggttcccacaaggccagctagcttgtttaaaccca
caggttttatcacattgtctttcccatttaaatagtcccgactctttattaagacaatgg
gcttgcctatgtatttctcagctttgggaaaattactctgaagctaaatggtctggaact
cgtgataatgcacatgtaaaattagctgaaatcatcgttgactccgttcctgaagttcgt
gcatcagttttaacagcgtttaccacttttttgggatttcctgagaagaccgaagaagtc
gttgctgttgaaacttatattgcaattgcggcgttagcagctctttctgatgcgtcacca
ttagttcgacatgaactagtgatattcctttctcactttgtagtgaattataagaagcaa
ttaatggtagttgcgtatgagagcagtttagcagatatccttgagaaaaagaaccacaat
tctatcagtgcttcgacaatttacgaaacagtttggcaagctgttttggttttggctgca
gatccaagcatcgaaatttctcttgcagctgaagccataataaattacgtttatcagagt
atgctaaattctgaattaagagaatcatttttagcatttcttctgcaacacttacctgct
ctccataaagcttctctttccaaagataccgatactaattcagttacgagcgacccgaag
ccacatcccttcgttccttctgtttcagaaaacaaaatcttgaacaggtcattctctctg
actagatcgttgaaaggcttggctttaagcctggcaggaagtgatcgcgcttctgaatta
ctttccttaaatggagaaaacaaacctgcagagtctaatttaaatcacttaacttccgcc
aaagttcctggtccacctgcatttaatgaacttgaataccaatccgagctagacatgccg
cttacaagttacttatttgattggtctcgtaagtattttaccgaaccccaaatgcggccg
aacgaagacgatgaacctggaagtatttgctataatcaacgtttgtggagaagaaacaga
aacgaaaaacttatttatcgtactcgtccccttgctgaatactcaaccaacggtcgttgg
aatcaacaacttatgacatttaataatactatcgctcctaggaagcttatgtttcaccaa
tttgaagatcagttaattacattaggtgacaaagatatcattcaggtatgggactggcgt
cgcaatcgttgcctcaattctttcaaaacttcagcaagtgcgacaactaacgtgaccgac
atgcaattactaaatgaagatgatgttgctttattgatgactgggtcttctgatggcaca
attaaactgtatcgtgactacgaaaatgaaaaggttgaactggtaacttcgtggaattct
ctaagtgatcttgtctttggagatcgaaatgctagccttttaatgagttggcaacagaac
tgtgggcacttgcttgttgctggagacgtacgcgttattcgaatatgggatgcttctaaa
gaaatctgctatgcaaacctaccagtaagaagcagtaatagtattacaagtttaactagc
gatttggtcggttgtaatattatagttgctggattttcagatggagttcttcgtgtttac
gacaaacgattgcctgcaagagattcactaacggatgtttggaaagaacattcgtccgag
atcgtcaatgttgaaatgcaatcctccggaatgcgagaattgatttcggcgagttcagat
ggtgaagttaagctatgggatattaggatgaatcattctttacagactttttcaacagac
aactctggactcacctctttaactgtgcatagtcacgccccagtttatgcaaccggttcc
tcaaatcaaagcataaaaatttgggacacgttaggccagaatattaataccttccgtgaa
aatccacggttccttaatcagcctaaaccatccagtttaatgtgcctgaagtttcacccg
catcatttattacttgcatgtggtgataacacagatagtagagttaatctatactcttgc
accaaaaacgagattcatacggattcgccgaacgagttttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (74)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (86)   

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