KEGG   Saccharomyces cerevisiae (budding yeast): YBL004W
Entry
YBL004W           CDS       T00005                                 
Symbol
UTP20
Name
(RefSeq) Utp20p
  KO
K14772  U3 small nucleolar RNA-associated protein 20
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Brite
KEGG Orthology (KO) [BR:sce00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:sce03009]
    YBL004W (UTP20)
Ribosome biogenesis [BR:sce03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    YBL004W (UTP20)
SSDB
Motif
Pfam: UTP20_N UTP20_C ELMO_ARM
Other DBs
NCBI-GeneID: 852282
NCBI-ProteinID: NP_009551
SGD: S000000100
UniProt: P35194
Structure
Position
II:227636..235117
AA seq 2493 aa
MAKQRQTTKSSKRYRYSSFKARIDDLKIEPARNLEKRVHDYVESSHFLASFDQWKEINLS
AKFTEFAAEIEHDVQTLPQILYHDKKIFNSLVSFINFHDEFSLQPLLDLLAQFCHDLGPD
FLKFYEEAIKTLINLLDAAIEFESSNVFEWGFNCLAYIFKYLSKFLVKKLVLTCDLLIPL
LSHSKEYLSRFSAEALSFLVRKCPVSNLREFVRSVFEKLEGDDEQTNLYEGLLILFTESM
TSTQETLHSKAKAIMSVLLHEALTKSSPERSVSLLSDIWMNISKYASIESLLPVYEVMYQ
DFNDSLDATNIDRILKVLTTIVFSESGRKIPDWNKITILIERIMSQSENCASLSQDKVAF
LFALFIRNSDVKTLTLFHQKLFNYALTNISDCFLEFFQFALRLSYERVFSFNGLKFLQLF
LKKNWQSQGKKIALFFLEVDDKPELQKVREVNFPEEFILSIRDFFVTAEINDSNDLFEIY
WRAIIFKYSKLQNTEIIIPLLERIFSTFASPDNFTKDMVGTLLKIYRKEDDASGNNLLKT
ILDNYENYKESLNFLRGWNKLVSNLHPSESLKGLMSHYPSLLLSLTDNFMLPDGKIRYET
LELMKTLMILQGMQVPDLLSSCMVIEEIPLTLQNARDLTIRIKNVGAEFGKTKTDKLVSS
FFLKYLFGLLTVRFSPVWTGVFDTLPNVYTKDEALVWKLVLSFIKLPDENQNLDYYQPLL
EDGANKVLWDSSVVRLRDTIDTFSHIWSKYSTQNTSIISTTIERRGNTTYPILIRNQALK
VMLSIPQVAENHFVDIAPFVYNDFKTYKDEEDMENERVITGSWTEVDRNVFLKTLSKFKN
IKNVYSATELHDHLMVLLGSRNTDVQKLALDALLAYKNPTLNKYRDNLKNLLDDTLFKDE
ITTFLTENGSQSIKAEDEKVVMPYVLRIFFGRAQVPPTSGQKRSRKIAVISVLPNFKKPY
INDFLSLASERLDYNYFFGNSHQINSSKATLKTIRRMTGFVNIVNSTLSVLRTNFPLHTN
SVLQPLIYSIAMAYYVLDTESTEEVHLRKMASNLRQQGLKCLSSVFEFVGNTFDWSTSME
DIYAVVVKPRISHFSDENLQQPSSLLRLFLYWAHNPSLYQFLYYDEFATATALMDTISNQ
HVKEAVIGPIIEAADSIIRNPVNDDHYVDLVTLICTSCLKILPSLYVKLSDSNSISTFLN
LLVSITEMGFIQDDHVRSRLISSLISILKGKLKKLQENDTQKILKILKLIVFNYNCSWSD
IEELYTTISSLFKTFDERNLRVSLTELFIELGRKVPELESISKLVADLNSYSSSRMHEYD
FPRILSTFKGLIEDGYKSYSELEWLPLLFTFLHFINNKEELALRTNASHAIMKFIDFINE
KPNLNEASKSISMLKDILLPNIRIGLRDSLEEVQSEYVSVLSYMVKNTKYFTDFEDMAIL
LYNGDEEADFFTNVNHIQLHRRQRAIKRLGEHAHQLKDNSISHYLIPMIEHYVFSDDERY
RNIGNETQIAIGGLAQHMSWNQYKALLRRYISMLKTKPNQMKQAVQLIVQLSVPLRETLR
IVRDGAESKLTLSKFPSNLDEPSNFIKQELYPTLSKILGTRDDETIIERMPIAEALVNIV
LGLTNDDITNFLPSILTNICQVLRSKSEELRDAVRVTLGKISIILGAEYLVFVIKELMAT
LKRGSQIHVLSYTVHYILKSMHGVLKHSDLDTSSSMIVKIIMENIFGFAGEEKDSENYHT
KVKEIKSNKSYDAGEILASNISLTEFGTLLSPVKALLMVRINLRNQNKLSELLRRYLLGL
NHNSDSESESILKFCHQLFQESEMSNSPQIPKKKVKDQVDEKEDFFLVNLESKSYTINSN
SLLLNSTLQKFALDLLRNVITRHRSFLTVSHLEGFIPFLRDSLLSENEGVVISTLRILIT
LIRLDFSDESSEIFKNCARKVLNIIKVSPSTSSELCQMGLKFLSAFIRHTDSTLKDTALS
YVLGRVLPDLNEPSRQGLAFNFLKALVSKHIMLPELYDIADTTREIMVTNHSKEIRDVSR
SVYYQFLMEYDQSKGRLEKQFKFMVDNLQYPTESGRQSVMELINLIITKANPALLSKLSS
SFFLALVNVSFNDDAPRCREMASVLISTMLPKLENKDLEIVEKYIAAWLKQVDNASFLNL
GLRTYKVYLKSIGFEHTIELDELAIKRIRYILSDTSVGSEHQWDLVYSALNTFSSYMEAT
ESVYKHGFKDIWDGIITCLLYPHSWVRQSAANLVHQLIANKDKLEISLTNLEIQTIATRI
LHQLGAPSIPENLANVSIKTLVNISILWKEQRTPFIMDVSKQTGEDLKYTTAIDYMVTRI
GGIIRSDEHRMDSFMSKKACIQLLALLVQVLDEDEVIAEGEKILLPLYGYLETYYSRAVD
EEQEELRTLSNECLKILEDKLQVSDFTKIYTAVKQTVLERRKERRSKRAILAVNAPQISA
DKKLRKHARSREKRKHEKDENGYYQRRNKRKRA
NT seq 7482 nt   +upstreamnt  +downstreamnt
atggctaaacaaagacaaactactaaatcgtctaagcgatatagatattcttccttcaag
gctaggattgacgatttgaagattgaaccggctagaaatttggaaaaaagggtacatgat
tatgtcgagtcgtcgcattttctcgcttcctttgatcagtggaaagaaattaatttaagt
gccaaatttacggagtttgcagcggaaattgagcatgatgttcaaacattaccccaaata
ctatatcatgataaaaagatttttaattctttggtttcattcattaactttcacgatgag
ttttctttgcaaccgcttctggacctcttggctcaattttgtcatgatttaggtccagat
tttcttaaattttatgaagaagctatcaaaactttaataaatctgttagacgctgctata
gaatttgagtcatctaatgtttttgagtggggtttcaactgtttggcttatattttcaag
tatctctcgaaatttttggttaaaaaactggtactcacatgtgatcttttaattccacta
ttgtctcattctaaggaatatctttcaagattttcagcagaagcattatcttttttagta
agaaagtgtcctgtttctaacttgcgcgagtttgttagatcagtttttgaaaagttagag
ggagatgatgagcaaactaacctctacgaagggcttctgatattattcacagaatccatg
acgtcaacgcaagaaactctgcattcgaaagctaaagctatcatgagcgttcttttgcat
gaagctttgaccaaatcatccccggaaagatctgtttcattgctctcagatatttggatg
aacattagtaagtacgcctcaatcgaaagtttacttccagtctatgaagttatgtatcag
gattttaacgattctctcgatgccaccaatatcgatagaatattaaaagtattgacaaca
attgtcttctcggaaagtggtagaaaaattcctgattggaataaaattactatcctaatt
gaaagaataatgagtcaaagtgaaaattgtgcttcgctttcacaggataaagtggctttc
ctatttgctttatttattcgtaacagtgacgtgaaaactttaacattattccaccaaaaa
ctttttaactacgctttaacaaatatatctgactgtttccttgaattctttcaatttgct
ttaaggctaagctatgaaagagtattttcattcaatggattaaaattcctacagttattt
ttaaagaaaaattggcaatcacaaggaaaaaaaattgcacttttttttctagaagtagat
gataagcctgaactgcagaaagtacgggaagtaaatttcccagaagaatttattttatct
atcagagatttttttgtcacagcagaaattaatgattcgaatgaccttttcgaaatatat
tggcgagctataatttttaaatattcgaaattacagaatacagaaattattatcccattg
cttgaacgtatcttttcaacttttgcatcaccagataattttacgaaagatatggtcggt
acactcttaaaaatatatcgtaaagaagacgacgcttcagggaataatctattaaagact
attctggataattacgaaaactataaagaaagtttaaactttttaagaggatggaacaag
ttagtgagtaatcttcatccttcagaaagcttaaaaggactaatgtcacactatccaagt
ctactccttagcttgacagataattttatgttgcctgatgggaagattcgttatgaaact
ttagaattaatgaagacattaatgattttgcagggtatgcaagtacctgacctcctttct
tcatgtatggttatcgaggaaatacctcttacactacaaaatgccagagatttaaccatt
agaatcaagaatgttggtgccgaattcggaaaaaccaaaacagacaagctagtatcctct
ttctttctcaaatacttatttggccttcttaccgttagattctctccagtttggactggt
gtttttgacactcttcctaatgtttacacaaaagatgaagccctcgtttggaaacttgtg
ctatcattcattaaacttcctgatgaaaatcaaaatttggattactaccagcctcttctt
gaagatggtgcaaacaaagttctgtgggattcgagtgtagtgaggttaagggacactatt
gatacgttctcacatatttggtcaaagtattctactcaaaatacgagcattatatctact
actattgaaagaagggggaacaccacctacccaattttaattagaaatcaggctctaaaa
gttatgctatcgattcctcaagttgctgaaaatcacttcgtcgacatcgcaccttttgtt
tataatgacttcaagacttacaaagatgaagaggatatggaaaatgaacgtgttattact
ggttcatggacagaagttgatagaaacgtgtttttaaagactttaagcaagttcaaaaat
ataaagaatgtttatagtgcaacagaattgcacgatcatctgatggtactgttgggtagc
cgtaatacagacgttcagaagcttgcgttggacgcacttcttgcatacaaaaatccaacg
ttgaataaatatagagataatttgaaaaatctactagatgacaccttattcaaggacgag
attacgacttttttaaccgaaaatgggtcgcagtctatcaaggctgaggacgaaaaggta
gtcatgccttatgtccttagaattttcttcggtcgagcacaagtccccccaactagtgga
cagaaaagaagccgcaaaatagctgtcatttcagttttgccaaattttaagaagccatat
attaatgattttttgagtttggctagtgaaaggctggattataattatttttttgggaac
agccatcaaataaatagctcaaaggctaccttgaaaactatcagacggatgactggtttc
gttaacattgtaaattctactctgtctgtattaagaacaaattttcctttgcatactaat
tcagtgctgcagccgttgatctattcaattgctatggcatactatgtcttagatactgag
agcacagaggaggtacatttaagaaagatggcaagtaatttaaggcaacaaggtctaaaa
tgtttaagtagtgtctttgaatttgttggaaatacatttgattggtctacttctatggaa
gatatttacgccgttgtagttaagcctcgtatttcacatttttcggatgaaaacttacaa
caaccctcctctttactaagacttttcctttattgggcacacaatccatctctgtaccag
tttttgtattacgatgaatttgcaactgccactgcattgatggacaccatatcaaaccaa
cacgttaaggaagctgttattggcccaataattgaagcggcggactcaattattagaaat
ccagtaaatgatgatcactacgtagatttggtgactctcatctgcacatcatgtctgaaa
atacttccttcgctatatgtcaaactttctgactcaaactcgatttccacatttttgaat
ttgctagttagtatcactgagatgggatttattcaagatgatcatgttagaagtcgttta
attagttcattaatatcaatattaaaaggaaagctaaaaaaactgcaggaaaatgatacc
caaaaaattttgaaaatattaaagctgatagttttcaactacaattgttcttggagtgat
attgaagaactatacactaccatatcttctttgttcaaaacatttgacgagcgaaacctc
agggtttccttgacagagctcttcatagaactcggtagaaaagttcctgaattagaaagt
atttcgaaattggttgcggacttgaattcatactcctcatcacgtatgcatgaatatgat
tttcctagaattttatcaactttcaaggggttaattgaagatggttataagtcctacagt
gagttagagtggttacctctgttgttcacctttttacattttatcaataataaggaagaa
cttgcgttaagaacaaacgcatcccacgctataatgaagtttattgacttcattaacgaa
aagcctaatcttaatgaagcttcaaaatcgatttctatgctgaaggatatacttttaccc
aatataaggattggcctcagagactccctagaagaggtacaaagtgagtatgtatcagtg
ctatcatatatggtaaaaaacacgaaatatttcaccgacttcgaagatatggccatttta
ctgtacaatggtgatgaagaagcagatttttttacaaacgttaatcatattcagcttcat
cgtcgtcagagagccattaaaagactaggtgaacatgctcatcaactcaaagataacagt
atatcccattatttaattccaatgatcgaacattatgtcttttcggatgatgaaagatac
agaaatattggaaatgagacccaaatagccatcggagggttggcgcagcacatgagttgg
aatcaatacaaagctcttcttagaaggtacatttctatgttgaaaaccaagcctaaccaa
atgaagcaagccgtacaattaattgttcaactttctgttccacttagagaaactcttcgt
atcgtaagagatggggctgagtcgaaacttactttgagcaaatttccttccaacttagat
gaacccagtaattttattaagcaagaattgtatccgactctttcgaaaattcttggcact
agagatgacgaaactataattgaaagaatgcctattgcggaggcattagttaatattgtt
ttagggctcacaaatgatgatattactaatttcctccctagtattctaacaaatatttgc
caagttttgagaagtaaatccgaagaattaagagatgcagtaagagtaaccttgggtaaa
atcagtattatcttgggcgctgagtatcttgtctttgtgataaaggaattaatggctaca
ttaaaacgtggttctcaaattcatgtgttaagttacactgtccactacatattaaagagt
atgcacggagtcttaaaacactccgatttggatacctcgtccagtatgattgttaagatt
ataatggaaaatatctttgggttcgctggtgaagaaaaagactctgagaattatcataca
aaagtgaaagaaattaagagtaataaaagctatgatgctggtgaaattctcgcctcaaac
atcagcctgacagaatttggaacattactctctcctgtgaaggctttgttgatggtcaga
attaatctaagaaatcaaaacaaactgagtgaattattgagacgatatttgttgggttta
aatcataatagtgactctgagtcagaaagtatcctcaagttctgccatcagcttttccag
gaatcagaaatgagtaattcccctcaaataccaaagaaaaaagtgaaagaccaagtagat
gaaaaagaagactttttcttggtaaatttggagtcgaaatcttataccatcaactcaaac
agtttgcttttgaacagcactttacaaaaatttgctttagacttacttaggaacgtaata
acgagacaccgctcctttttaactgtctcgcacctagagggttttattccatttttgaga
gattcgttactttcggaaaatgaaggtgtggtaattagtactttacgtatcctgattaca
ttaattaggctagatttttccgatgaatctagtgaaatcttcaaaaactgtgcgaggaag
gtactaaatattatcaaggtttctccttcaacttcaagcgaattatgccaaatgggttta
aagtttctttctgcctttatacgtcacacagattcaacattaaaggatactgctttgagt
tatgttctagggagggtcttaccagatttaaatgaaccaagcagacaaggccttgctttt
aatttcctaaaagcacttgtttcaaaacatatcatgcttccagaactctatgacattgcg
gatactactagggaaatcatggtcacaaaccactcaaaagaaattagggatgtatccagg
agcgtttactaccaatttttaatggaatatgaccaaagtaagggtcgtttagaaaagcag
ttcaaatttatggtcgacaatttacagtatcctaccgagtccggccgtcagtccgtaatg
gaattgatcaatttgattattacaaaggctaatcctgctttactatccaaattatcatct
tccttctttctggcgctagttaatgtttcttttaatgatgatgcgccaagatgccgtgag
atggcttcagtattgatttccaccatgcttccaaagcttgaaaataaggaccttgaaatt
gttgaaaaatatatagccgcttggctaaaacaggttgataatgcatcctttttaaatctt
gggttgagaacttataaggtctacttgaaaagtattgggtttgaacatactattgagcta
gacgagcttgccatcaagcgtataaggtacattttgagcgatacgtcggtaggatcagaa
catcagtgggatttggtatactcagctttaaatacgttctcatcttatatggaagcaaca
gagagcgtttataaacatggtttcaaagacatatgggatggtattatcacatgtctcttg
tatccgcactcatgggtccgtcaatcggcggcaaatcttgttcatcaactcatagccaat
aaggataagctggagatatcattaaccaatctggaaattcaaaccattgcaacaagaatt
cttcaccaattaggtgcgccttctattccggagaatcttgcgaacgtctcaataaaaaca
ttagttaatatcagtatcctatggaaggagcaacgcacgccgttcataatggatgtatca
aaacaaactggagaggatctaaaatatactaccgccattgattatatggtaactcgaatt
ggtggtattatcaggtcggatgaacatcgtatggattcttttatgtcgaagaaggcgtgt
attcagttattggccttattagttcaagttctggacgaagacgaagtaattgcagaaggg
gaaaagatattattgccgctatatggttatttagaaacatattactcaagagcagttgat
gaagaacaggaagaactacgcactctttcaaacgaatgtttaaaaatactggaagacaaa
ttgcaagtatccgattttacaaaaatatacactgctgtcaaacagaccgtattagaaaga
agaaaggaaaggagatctaaaagggcaattctggctgttaacgctccacaaatttctgct
gataaaaagttgagaaagcatgcgagatcgagggaaaagagaaagcatgaaaaggatgaa
aatgggtattatcaaagacgtaacaaaagaaagagagcctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
3D Structure (18)   
   PDB (18)   
Protein domain (3)   
   Pfam (3)   
All databases (94)   

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