KEGG   Eutypa lata: UCREL1_7368
Entry
UCREL1_7368       CDS       T03103                                 
Name
(GenBank) putative wd repeat-containing protein mip1 protein
  KO
K07204  regulatory associated protein of mTOR
Organism
ela  Eutypa lata
Pathway
ela04136  Autophagy - other
ela04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:ela00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    UCREL1_7368
   04136 Autophagy - other
    UCREL1_7368
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ela04131]
    UCREL1_7368
Membrane trafficking [BR:ela04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    UCREL1_7368
SSDB
Motif
Pfam: Raptor_N
Other DBs
NCBI-ProteinID: EMR65652
UniProt: M7SNA8
Position
Unknown
AA seq 1319 aa
MRQEESITSPDEEIHEWGARHGFEDHYQSDFVSQLAINWYMYFTDRRHETTGQPKLPNYE
IEDWRMRDRLKTVSAALAVCLNIGVEPPDQLKTSPGAKLEAWTDPFVPPATKALETIGKN
LQQQYENISVRTRYKQYLDPSVEETKKFCISLRRNAKDERVLLHYNGHGVPKPTASGEIW
VFNKNYTQYIPISLYDLQQWLQAPTIFVWDCSEAGNILNNYHRFVEKHEEEEEANAAADP
NYEKVKYRSYLHLAACAVKENIPTNPLLPADLFTACLTTPVEMALWFFVLQNPLRTNISP
ERAKKLPGRLQERRTPLGELNWIFTAITDTIAWTSLPRHLFRKFFRQDLMVAALFRNFIL
AQRIMTVYGCHPQSYPELPDTHQHPLWESWDLAVDLALAQLPMLERKESEGIEYEYQSST
FFTEQLTAFEIYLMRGNAHLQKPPEQLPVVLQVLLSQQHRVRALVLLGKFLDLGPWAVQL
ALSIGIFPYVLKLLQSAAAELKAVMVFIWTRVLAVDISCQPDLIKDSGYNYFLSILKPSE
GLPVVDSDEHKAMCAFILAMLCKNYKPGQVVCNQTDVMVYCLAHLRNDKKFLLRQWACLC
ISQLWQDLPEAKWKGIRENAPIKLSALTKDRCCEVRAAVVHAMTTFLGIPDLTDEVARIE
ESIAWTLLDMANDGSPLVRKELLVFLSHFVLRYENKFIVSAFEQLIEEKEYSSYPPKDDG
YDQRMGLHYARPENRNPDGSIKPTAHGLSHNTVFAACWKHILVLTVDPHPEVQRDATVIV
DYVHNVLLSSSVGAQAQNLMEDIRKRARRTPGHKKQSSNARNSIMGVPTSDPNAPLPSPG
LLKRTASYLFPSMWGEDKSPESIRPLSSSGVMRSPSQKLRSTVERTAPPEQNDQSGPQAS
YHTANEPISGSFKERKLNNEPTLPLASSFLDWSIEYFREPQMKPSEAEEPGSTEYNERLW
RRSRNDNILRETQPQKQYAGNHKWNNQLCIMNNGAQPAKMTFHQFEDHLAVADEGNTVHV
WDWKKQTRQNRFSNGNPEGSKISDMKFINEDDTGFLMTGSSDGVIRVYRGYDSDKTTELA
SSWRALTHMVPSNVNSGMVFDWQQVTGRVLVAGDVRVIRVWAAAYETCVMDIPARSGSCV
TSLTSDQMTGNLFVAGFGDGAVRVFDTRLRPQESMVKKWKDDADRQWIRNVHMQRGGQRE
LLSASRNGKVKLWDIRMDSPLQVIQATSDTLRTASVHEHLPVFSVGTSSHTVKVFNLDGT
ELSRMEPYSSFLQQNRGAPISATAFHPHRMILGCAARGDYHVNLFTCASERGSDYFKSL
NT seq 3960 nt   +upstreamnt  +downstreamnt
atgcgccaggaggagtccattactagtccggacgaagagatacacgaatggggcgcacgc
cacggcttcgaggaccactatcagtccgattttgtgtcccagttagctatcaactggtac
atgtacttcaccgacagacggcatgaaacgacgggccagcccaagttacccaactacgaa
attgaagattggcgcatgcgggaccgcttaaaaactgtctccgctgctttggccgtgtgc
ttgaatatcggcgttgagccaccagatcaacttaagacgagtccgggagctaagcttgaa
gcctggaccgaccccttcgtaccaccggcgacaaaggcgctagagactataggaaagaac
cttcaacagcagtacgagaacatctctgtgcgaacgagatataagcagtatctggatccc
tccgtcgaagaaaccaagaaattctgtatatcacttcggaggaatgcgaaagatgagcga
gttctcttgcactacaatggccacggagttcccaagcctacagcgtcaggggagatctgg
gtcttcaacaagaattatactcaatacattcctatctccctctacgaccttcaacagtgg
ctccaagcgcccaccatctttgtttgggactgttccgaagctggaaacatcctcaacaac
tatcaccgattcgtcgagaagcacgaagaggaggaagaagctaatgctgcggctgacccc
aattacgagaaggtcaagtaccgctcctacctccatctggcggcttgtgccgtcaaagag
aatatccccacaaatcctctacttcccgctgatctcttcacggcgtgcttgactacgcca
gtggagatggctctctggtttttcgttttacagaaccccttacggactaatatatcacca
gagcgagctaagaagctccccggaaggctgcaggaaaggaggacgcctctgggagaactc
aattggattttcactgccattaccgacacaatcgcgtggacgtctcttcctcgacacctc
tttcgcaaattcttccgacaagacctaatggtcgccgccctctttcgaaacttcatatta
gcacagaggatcatgacagtgtacggttgtcatccccagtcatatccagaactaccagac
acacaccagcacccgctttgggaaagctgggatcttgcggtcgacctagctctagcccag
ctacccatgctggaaaggaaagagagtgaaggtatcgaatatgaatatcaaagctcgacg
ttcttcactgagcaattgaccgcctttgagatatatttaatgagaggcaatgctcatctt
caaaaaccacctgagcagcttcctgtcgtcctgcaggtattgttgagtcaacagcacaga
gttcgcgccctagtattacttggaaagttcttagacttgggtccttgggctgtccaactt
gccctcagtattggcatcttcccgtatgtgctgaagttacttcagtctgccgctgctgag
ctgaaggccgtcatggtcttcatctggacaagggttcttgctgtcgatatttcatgccag
ccagaccttatcaaagacagtggatacaactacttcctctccatactcaaaccatctgaa
ggcttgccagttgttgatagcgatgagcacaaggcaatgtgcgcgttcatcctcgctatg
ctctgtaaaaattacaagcctggtcaggtcgtctgtaaccagacagacgtcatggtgtac
tgtcttgcccatctcagaaatgataagaaatttctgttacgccaatgggcttgtctatgc
ataagtcagctatggcaagatttgccagaagctaaatggaaaggtatcagggagaatgcg
cctatcaaattgtcagcattgaccaaagaccgatgttgcgaagtacgagccgctgttgtc
cacgccatgactacgttcctaggcatcccagatttgacagacgaagtagcccggattgag
gagtctatcgcctggacgttacttgacatggccaatgatggaagcccccttgttcgcaag
gagttgctcgtctttctttctcactttgtcctccgctatgagaacaagttcattgtcagc
gctttcgaacaattgattgaagaaaaggaatattcatcgtatccccctaaggacgacggc
tacgaccagcggatgggactccactatgctcgacctgagaaccgtaaccccgatggaagc
atcaagccaaccgcccatggcctttcgcataacacagtattcgcagcctgttggaaacac
atccttgttttgactgtcgatcctcatccagaggttcagcgtgatgctaccgtaattgtc
gactatgtccacaatgtgctcctatcgtcctccgtcggagcacaagcccaaaatttgatg
gaagatatacgaaagcgtgcccgccggactcctggacataaaaagcagtcttctaacgca
cgtaacagtatcatgggtgttcctacctctgatcccaatgccccgctcccttcccctggt
ctgttgaaacggaccgctagctatctgtttccaagtatgtggggtgaagacaagtcgcct
gaatcaatccgtccgctatcgtcatccggcgtgatgcgaagtccctcgcaaaagcttagg
tccaccgttgagcgaactgcaccgcctgagcagaatgatcaatcaggaccgcaagctagt
taccatacagccaatgagcctatttcaggcagtttcaaagagcggaaactcaacaatgag
ccgaccttgccccttgctagttcattcttagattggtcaatcgagtacttccgtgaaccg
caaatgaagcctagtgaagctgaggagccgggaagtacagaatacaacgagcgcctctgg
agaagatcacggaatgacaacatactcagagaaacgcagccccaaaaacaatatgccggg
aaccataagtggaataatcagctatgcatcatgaacaatggtgcccagccagctaagatg
accttccaccaatttgaagatcaccttgcagtagccgacgaaggcaatactgttcatgtt
tgggactggaagaagcaaacccgccagaaccgattttccaacggcaatcccgaggggtcc
aagattagtgatatgaaattcattaatgaagatgatacgggtttcttgatgacaggttcg
tcggacggtgtcatacgtgtttaccgaggttacgactccgacaagaccacagagttagca
tcctcctggagagctttaacccacatggttccgagtaatgtgaactcaggaatggtgttt
gactggcaacaagttactggcagagtactagttgctggcgatgtccgggttatccgagtt
tgggcagccgcttatgagacgtgcgtcatggatataccggctcggtcaggttcttgcgtc
acatcactgacatctgaccaaatgaccggcaatctctttgttgctggttttggcgatggc
gccgtgagggttttcgatacacgcctccggccgcaagaatcgatggtcaagaagtggaag
gacgatgccgacaggcagtggataagaaatgtacacatgcaacgaggagggcagcgcgag
ttgctctctgccagccggaatggaaaggtcaagttgtgggacatccgcatggacagccca
ctccaggtgatccaggcgacaagcgataccctcaggacagcaagcgtccatgagcactta
ccagtgttctcagtgggaacgtcttcgcatactgtcaaagtctttaacctcgacgggaca
gagctatcccggatggagccgtattctagcttcctacaacagaaccgcggggcccccatt
tcagccaccgccttccacccccaccgcatgatcctaggctgcgcagcgcgcggcgattac
cacgtcaacctcttcacctgcgcctcggagagaggcagcgactatttcaaatctctatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (31)   

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