KEGG   Moniliophthora roreri: Moror_14902
Entry
Moror_14902       CDS       T03137                                 
Name
(GenBank) wd-repeat-containing protein
  KO
K14554  U3 small nucleolar RNA-associated protein 21
Organism
mrr  Moniliophthora roreri
Pathway
mrr03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:mrr00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    Moror_14902
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:mrr03009]
    Moror_14902
Ribosome biogenesis [BR:mrr03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    Moror_14902
SSDB
Motif
Pfam: Utp21 WD40 ANAPC4_WD40 PROPPIN T6SS_VipA
Other DBs
NCBI-ProteinID: ESK84901
UniProt: V2WWI0
AA seq 946 aa
MSVITEVEDVTTPPRKKLRKSTKKSTRSGNESRIFVPFRALGIITNHIPFILQTRSHKGA
TDGPRIHILTCLGRSWALWNGAKMDLLFVGPEVSEQISCLTMDGDAVWAATGCHVVKYLR
GREVLRVSNPVETNLSYITIFGSRILALTEDGSRLLCWDTTQGDLQSAIQFENGFTATSI
LHPATYLNKVLVSSNEGSIQLWNILSQSCIYKFLASKLTSSTSTSVITTMTQSPAIDVVG
VGFTSGEISIYDIRADERLIRIFMEGGGIRAISFRSDGEPILASASSLGHIAIWDLNAGG
RLLHMVHGAHDGAISALEWVPGQPILISSGEDNSVKQWLFDSPTAAPRVLKFRSGHFSPP
HLIRYYGEDGKQLLTASRDRSLRCTSVVRDSRSFELSQGSLSKKASSLSVPVASLKFPAI
TALSHSAARSKDWDDILTAHTDETFARCWSMQNKKLGKHSLSFAEAAKSKGKGRIPPLGS
IKSVCVTACGNFGLASSSTGTVHMWNMQSGIRRRTFEVGPAPPEAAIKALTGADRSVTGL
ASDSLNRTVVASTLDGTINFFDFHTARLDHTLVLPSGAVSVVLHRDSGLLAVVCDDMIVR
VIDIETKRIVRELGGFKGRVLDVTFSADSRWIITTSLDSIIRTFDIPTGRLIDAFKTSSV
ASSVSFSPTSDFLATSHVDSVGVCLWANRAQYTEVSLQGITEEDVTNVQLPSMQGEDQDL
DTLVPLVVLDTPADVFSTPPKLDGDLITLTLLPRSRWQTLLNLEVIQQRNKPKEQPKAPE
QAPFFLPTLPGVETRFLQEKKDIEKAQVQKQKSTRRLEQAAAHANSIFLNTLTEEKEDGD
YESFFSYVKTLSPAALDLEVRSLVTLESRRNFLNALTQRLTSHQDFEAVQTLQKVFLRMH
ADEIISNVELEDDLDRLITVQRRESRRVLELVTSSLGALGFVRDTT
NT seq 2841 nt   +upstreamnt  +downstreamnt
atgtccgttatcactgaagtcgaagacgtgacgacaccgccccgcaagaagctcagaaaa
tcgaccaaaaagtcgacaagatcgggaaatgaatcccgaattttcgtacctttccgggct
ttgggcatcataaccaatcacataccatttatcctccaaactcgttcacataagggtgca
accgatggaccacgaatacacattctgacgtgtcttgggagatcatgggctctatggaat
ggtgcaaaaatggacctactattcgtcggtcctgaggtctctgaacagatctcgtgtttg
actatggacggtgatgctgtatgggcggctacgggctgtcatgttgtgaagtatctgcga
gggagggaggttcttcgcgtttcaaatcctgtcgagacgaatctatcctatatcacaata
tttgggtcgcggatacttgccctcacggaggatggttcacgattgttatgttgggataca
acacaaggagaccttcagtccgcaatacaatttgaaaatggattcacagcaacatctata
ctacatcctgcaacatatctcaacaaggtcctggtctcaagtaacgaaggcagcatacag
ctatggaacatcctctctcagtcatgtatatacaagttcctcgcgtctaaactcactagc
tcaacgagcacaagtgttataacgactatgacacagtctcctgctattgatgtggtgggc
gttggcttcacgtcgggcgaaatctcgatttacgatattcgggcagacgagcgtctaata
cgtatctttatggagggaggaggaattagagctataagtttccgtagtgatggagaacct
atattggcgtcagcgtcttctcttggtcacatagctatatgggaccttaatgcgggcggt
cgtctcttgcacatggtccatggtgctcatgacggtgcaatcagcgcccttgagtgggta
cctgggcagcctatcctgattagctccggtgaagacaacagcgtaaaacaatggcttttc
gattcaccgactgctgcacctcgtgttctcaagtttcggtctggtcacttttctccacct
catctcatccgatactatggtgaggacggaaagcaactgctcaccgcatccagagaccga
agtttacgatgcacctccgtcgtccgtgattcccgatcgttcgagttatcgcaaggttca
ctttccaaaaaagcctcgtctctgtcagtaccagtcgcgtctctgaagttcccagcaatc
accgctttgtcgcattcggctgctcgctcgaaagactgggacgacatcctcactgcccac
acggacgaaacgtttgcacgatgctggagtatgcagaacaagaagctcggcaagcatagt
ctgagttttgccgaagctgcaaagagcaaaggaaaagggcgcattcctccgctaggttct
attaagtctgtatgtgtaacagcctgcggaaacttcggactggccagctcctcgaccggt
actgttcacatgtggaatatgcaatctggaatccgacgtcgaactttcgaagtcggaccc
gctccgcctgaagctgcgatcaaagctttaaccggggcagatcgttccgttacgggattg
gcctcagattcgctgaatagaacagtggttgctagtaccctcgatggcacgattaatttc
tttgatttccataccgcaaggttggatcataccctcgttctcccatcgggtgccgtttcg
gttgtattacaccgggacagtgggttgctggctgtcgtatgtgacgacatgattgttcga
gtcatcgacattgagacaaagcggatagtcagagaactcgggggcttcaaaggaagggta
ttagatgttaccttttccgccgactcccggtggattatcaccacctctcttgactccatc
attcgcacgtttgatatacctaccgggcggttgatcgatgcctttaaaacgtctagtgtg
gcctcgagcgtgtctttttcaccaacgagtgatttcctagcaacgtcgcatgtggacagc
gttggagtatgcttatgggcaaatcgggcgcaatacacggaagtctcgctgcagggcatc
accgaagaggatgtcacgaatgttcaactaccttcaatgcaaggggaggatcaagacctc
gataccttggtacctctagtagtattagatacgccggccgatgtgttctcaacaccccca
aagctagatggtgatcttatcacattgacattattaccgcgttcaaggtggcaaacgctt
ctaaatcttgaggttattcagcaacgaaataaaccaaaagaacaaccgaaggcgccggaa
caggcacctttcttcttaccaactcttccgggcgtcgaaacgagatttttacaggagaaa
aaagatatcgagaaggcccaggtgcagaagcagaaatctaccagaagactggaacaggcc
gcggcgcatgccaacagcatcttcttgaatacgttgactgaggagaaggaggatggagat
tatgaatcattcttcagctatgtaaaaactttatcccctgcagctctcgacttggaagtt
cgctccctagtgactctcgaaagccgtcgcaattttttgaatgcactgacacagcggttg
acgtcccatcaagattttgaggccgtgcaaacgttgcaaaaagtgttcctgagaatgcat
gcggacgaaataatttctaatgtggaattagaggacgatctagatagattgattacggta
cagcggcgagagagtaggagggtcttggagttagttaccagctcactaggtgcacttggc
tttgtgagggatactacgtag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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