KEGG   Melampsora larici-populina: MELLADRAFT_36026
Entry
MELLADRAFT_36026  CDS       T03138                                 
Name
(RefSeq) hypothetical protein
  KO
K07204  regulatory associated protein of mTOR
Organism
mlr  Melampsora larici-populina
Pathway
mlr04136  Autophagy - other
mlr04138  Autophagy - yeast
Brite
KEGG Orthology (KO) [BR:mlr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    MELLADRAFT_36026
   04136 Autophagy - other
    MELLADRAFT_36026
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mlr04131]
    MELLADRAFT_36026
Membrane trafficking [BR:mlr04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    MELLADRAFT_36026
SSDB
Motif
Pfam: Raptor_N HEAT WD40 WD40_2
Other DBs
NCBI-GeneID: 18927526
NCBI-ProteinID: XP_007410067
JGI: Mellp1_36026
UniProt: F4RLY3
Position
Unknown
AA seq 1417 aa
MNGESIETSESNSIQTHQNLNGNGKVKGKGKGTGKAIENTNNTHQSTSHRSHRSHHSNHR
SSYLSSFQRRHQQQSRRHRFPDNSLRFPSDHQTGEDPIQSYIPHHHHHDDDEEEDEDNLS
NSSFTDQSHDSDYSPQSSMLAYSSEPEDGLLRLRIHESRQQHLLRHGFNEAYNSDEYLEG
LAKTYFMYWDDTPYKTTKPSDLKQIPFWRPPVKHRTVCAALFLCLRLGFDPPDVVKTSPA
PKLEAWVDPKMYPKESVLETIAKRLQDQFESLAPPHARVKFKTYPDVYSEEFKKTLIGLR
KYSKNDRCLVYYNGHGVPKPTQTGELWVFNKAYTQYIPISIADILSWAGPPSVFIWDCNN
AGHIVNAIIQASATKDEEIAAELELRRLQGSSGSQIPQFLLQNPAIRYSDTIQLAACQAD
QMLPRDPEAPADIFTACLSSPIEMALRFYVLRNNARDANWTSTAEFFNDLGKIDKVPGRM
EMRRTPLGELTWIFTSIADAIAWNHLDRHLFTRIFRGDLVLAALFRGFLLAERVMRAYGC
TPISMPKLPPTHQSELWKCWDLEVDMCLSQLPAIWRSEAIRAEYDMIPYRTSTFFSQQLT
AFELCRPGDDLYPPSPPQLPIVLQVLLSQLHRLRALILLCRFMDLGPWAVHLSLSIGIFQ
YVLKLLQAPAAELRPVLIFIWARILTVYPEGRMELFRPAPVEYFVRLLAPHTPELLPVAN
VVDHKAMCAFILSIGCKNLPAHANRLLNLGVLEILVHRLPELVASQRQWYLILLAHLWEQ
SGAAKGRAIRMGVHTVVSELLTDTVPEVRTAAMYAFGTLLGVSTDPNGIGEIEDELINSA
MVCCHSSNDGSPMLRKELVIVLSALVDQHLGEFIVAAFLAGQSNEEAKVMKTSDLIKKYR
NEEDARKYGNGMNGNESIKPYLWLQYSSIYQILLDLTLDPVEEVSEAAIIVVDYIHSRLT
SSTPFARSPETTEDGPSRLQNRLRNVGVNVGTDRKSEEETRANPRSSSNPSSIDTPISLL
WERRSKLGSSEVPLETIIARTRLSDDERRQRQRVYPLLTKSVNTHQESTFDYLIYLGLHD
SEELKVEGNQRKRNLPLRSSYYNLSCFVFLKPRMADKEVGMVGEETQIKALWRKNRNEKI
ILESQPLKADAARLPWDRIVNEWKTESVVSQVVMHQFEDQIITSDIDGYLTVYDTENKIK
LNRFKNSDDRRGGSRITSVKLVNEDDVALVLTGTADGNVRIFRNYERKPELVTGFKSLPN
SEPSKVGSSGLILDWQQSSGLLLCGGDSREIKVWNSKKEMCIENIKTRSGSPLTSLSSDH
VSSFIICAGFGDGSIRVYDRRESLKSSMVRVYKAIHRSWVHTLHMQRGGQRELVSGDSCG
DVVQWDVRLDQPLRFFRAHDDGMPALDIHEHAPVFAT
NT seq 4254 nt   +upstreamnt  +downstreamnt
atgaatggtgaatcaatcgaaacatctgaatcaaactcaattcaaactcatcaaaatcta
aacggtaatggaaaagtgaaaggaaaaggtaaaggaacaggaaaagctatcgaaaatacc
aacaacactcatcaatctacttcacatcgatctcatcgatctcatcattcgaaccatcga
tcatcttatctttcttcctttcaacgtcgtcatcaacaacaatctcgtcgtcatcgattt
cctgataattcacttagatttccttcagatcatcaaactggagaagacccaattcaatct
tatattccacatcatcatcatcatgacgatgatgaagaagaagacgaagacaatctatca
aattcttcattcacagatcaatctcatgattcggattatagtcctcaatcttcaatgcta
gcttattcatctgaacctgaagatggtttacttcgtttaaggattcatgaatctcgtcaa
caacatttattaagacatggtttcaatgaagcttataattcagatgaatatttagaaggt
ttagctaaaacttattttatgtattgggatgatactccttacaaaactaccaaaccttcc
gatcttaagcagattcctttttggcgtccacccgttaaacatcggacagtttgtgctgca
ctcttcttatgccttaggctggggttcgatccaccagatgtagtcaagacttcaccagct
cctaaactcgaagcttgggtagatcctaaaatgtacccaaaagaatcggttctagaaacg
atagctaaacgactacaagatcaattcgaatcacttgcgcctcctcatgctagagtgaaa
ttcaagacttatccagacgtttattcagaagaatttaaaaaaacactcatcggtttacga
aagtatagtaaaaacgatcgttgtttggtttattataatggtcatggagtacctaagcca
acacaaactggtgaattatgggttttcaataaggcttatacccaatatatcccgatcagt
atcgccgatatcctttcttgggctggtccaccctcggtcttcatttgggattgtaataat
gcaggtcatattgtgaatgcgatcattcaagcttctgccacaaaagatgaagaaatcgca
gctgaattggaattaagaagacttcaaggaagtagtggtagtcaaataccccaattttta
cttcaaaatcctgcgattcgatatagtgataccattcaacttgctgcttgtcaagctgat
caaatgttacctcgtgaccctgaagcaccggcagatatcttcacagcttgtctaagttca
cccatcgagatggctcttcggttttatgttcttcgcaataacgctcgtgatgccaattgg
acttcaacagccgaattcttcaacgatttaggcaagattgataaagtaccaggtcgaatg
gaaatgcgtcgaactccattgggtgaacttacttggatctttacttcaattgctgatgca
atcgcatggaatcatctcgatcgtcatctgtttactcgaatctttcgtggtgatttagtc
ttagctgctctttttagaggtttcttattggccgaacgtgtcatgagggcttatggttgt
acaccaatctctatgcccaaacttccaccaactcatcaatctgaattatggaaatgttgg
gatttagaagtagatatgtgtttatctcaattacctgcaatttggcgttccgaagcaatt
cgtgcagaatatgatatgattccttatagaacttcaactttcttttcacaacaattaacc
gcttttgaactttgtcgaccgggtgatgatttatatccaccttctccaccccaattaccc
atcgttcttcaagtcttactttctcagttacatcgattacgtgctttgattttactttgt
agatttatggatctaggtccatgggctgttcatttatctctttcgattggtatctttcaa
tacgtactcaagttacttcaagcaccagctgccgaactcagaccggtgttaatcttcatt
tgggctagaatcttaacagtttatcctgaaggaaggatggaattgtttagaccagcaccc
gtcgaatattttgttcgtttattagcacctcatacacctgaattattaccagtagccaat
gtagtagatcataaagcgatgtgtgcattcattttatcaatcggatgtaaaaatttacct
gcacatgcgaatcgattactcaatttaggtgtactagagattttagtccatcgattacct
gaacttgtagcatctcaacgtcaatggtatcttatcctcttagcacacctttgggaacaa
tctggagctgctaaaggtagagcgattcgaatgggagttcatacagttgttagtgaatta
ttaactgatacagtaccagaagttagaacagcagcaatgtatgcctttggaaccttatta
ggagtttcgactgatccgaatggaataggagaaattgaagatgaattaatcaatagtgcc
atggtttgttgtcattcatccaatgatggatcaccaatgttacgaaaagaattagtgatc
gtcttatctgcattagttgatcaacatttaggtgaatttattgtggcagctttcttagca
ggtcaaagtaatgaagaagctaaagtgatgaaaacatcggatttaattaaaaagtatagg
aatgaagaagatgctagaaagtatggaaacggtatgaatggtaatgaatcgatcaaacct
tatctgtggttacagtatagtagtatttatcaaatccttttagatcttacacttgatcct
gtagaagaagtttcagaagctgccatcattgttgtagattatattcattctagattaact
tctagtactccatttgcaagatcaccagaaaccaccgaagatggaccatctcgattacaa
aaccgattaagaaatgtaggagtgaatgttggtacagatcgaaaaagtgaagaagaaact
cgtgctaatccaagatcatcatcaaatccatcttcaattgatacacccatcagtttatta
tgggaaagaagatctaaattaggatcaagtgaagttccattagaaacgataattgcacgg
acccgattatcagatgatgaaagaagacaaagacaaagggtttatccactcttaacgaaa
tctgtgaatactcatcaagaaagtacgtttgattatttaatttatcttggattacatgat
tcagaagaattaaaagtagaaggcaatcaaaggaaaagaaacttaccgttaagatcatcg
tattataatttaagttgttttgtgtttttgaaacctaggatggcagataaagaagttgga
atggtaggtgaagaaactcagatcaaagctttgtggagaaagaataggaatgaaaagatt
attttggaaagtcaacctttgaaagctgatgcagcacgattaccttgggataggattgtt
aatgaatggaaaactgaatcggtggtgagtcaggtggtgatgcatcaattcgaagatcaa
atcattacaagtgatatagatggatacttaacggtttatgatactgagaataagattaaa
ttgaatcggtttaagaattcagatgatagaagaggtggtagtaggattactagtgttaag
ttggtaaatgaagatgatgttgctttagtacttactggtacagctgatggaaatgtaagg
atttttcgaaattatgaaagaaagcctgaattagtgaccggatttaaatcattaccgaat
tccgaaccaagtaaagtaggatcatctggattaatattagattggcaacagtcatctggt
ttattattatgtggaggagatagtcgagagattaaagtatggaattcgaaaaaagagatg
tgtatcgaaaacatcaagaccagatcaggttcacctttaacttcattaagttcagatcat
gtttcaagttttataatttgtgctgggtttggagatggatcgattcgagtttatgatcgt
agagaatctttaaagagttcgatggtacgagtttataaagctattcatcggtcttgggtt
cataccttacatatgcaacgtggtggtcaaagagaattggtttcaggtgatagttgtggt
gatgtggttcaatgggatgtaagacttgatcaacctcttaggttctttagagctcatgat
gatggaatgcctgcattagatatacatgaacatgctcctgtttttgctacgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (52)   

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