KEGG   Saccharomyces cerevisiae (budding yeast): YLR320W
Entry
YLR320W           CDS       T00005                                 
Symbol
MMS22, SLM2
Name
(RefSeq) Mms22p
  KO
K26122  E3 ubiquitin-protein ligase substrate receptor MMS22
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Brite
KEGG Orthology (KO) [BR:sce00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:sce04121]
    YLR320W (MMS22)
   03400 DNA repair and recombination proteins [BR:sce03400]
    YLR320W (MMS22)
Ubiquitin system [BR:sce04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   Cul8 complex
    Target recognizing subunit
     YLR320W (MMS22)
DNA repair and recombination proteins [BR:sce03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    Other HR factors
     YLR320W (MMS22)
SSDB
Motif
Pfam: Mus7 DUF4460
Other DBs
NCBI-GeneID: 851030
NCBI-ProteinID: NP_013424
SGD: S000004312
UniProt: Q06164
Structure
Position
XII:771940..776304
AA seq 1454 aa
MDVDEPNPIVISDSEATDEEISIIYEPEFNENYLWAEENVQEASRSQKIVTERLSLDSTA
GESCTPSVVTDTQVTTGLRWSLRKRKAIQKMPYSLERIKHRQLLEGYDISSFDSISNQLT
LPKNASTVIHSNDILLTKRTGKPLDEQKDVTIDSIKPENSSVQSQRYDSDEEIPKKRHRT
FKDLDQDIVFQSGDSTEDEQDLASTNLQNTQNDEVIFRGRVLNVRTGYRGVLPRVAWEKS
LQKQQSSKVTKRKTQLLNHKGVAKRKMNRSAHIEDEEQNLLNDLIAPDDELDIEENAPPD
IYLGNLPEDREANEKELKELQEYYESKYSEDAQSAGTSGFNLNEEYRNEPVYELEYDGPG
SCISHVSYKDQPIIYLNSRHSDSGFSEQYNISAEDNQSVISLDAAEEHNDGIIDKMLVKP
KRIKATNDANFLNTKSKRVRRYKYKYRNSCLAPSTKAIKVGKRSAHKSHLAANNPVSFVS
KKNHVIDDYFFEELESQSLEQDDSSSLKPQKKRRKKKAPIYSSFSADLESRRKPVFNTVV
EVPTNRYAFTKPNVRNRDSINHDMEFEEEDSNQELGPIMVVLDSILLKKPFEPPNFFKIQ
LSDKSFLLSKLNPADIATSLQKIFRVIIDKGITDTELVHFNESLIAFLVHLDMPELFDLI
GEFHREFRSKVNSLRKKAKPIHFFQIAACQLMFLEISRYNKISAAAKFDMDVKLLDHIVS
FFKLLSVCYDSVMKNPMQYLYTSYYILSAVVDVIHKKEALWDLFQKHPFSPHISLLLVNI
FPTKVCRWQVLRLDSEFQPLSSAFRFINYCIETCNWNVTNSLILSLDRIFKRRRFSDFEE
ESDLSQNNKIIYPPTNQLTSRLMFNRYLHLLTLCELSSSDTQRVIPMGDISMNDSLSVLK
NRLNLLIVLATRFDLNLEKRFQELTRPLYSKEYLNLHTQNTVRTITTLIMQASLSFLEIS
RIKNHPFSGKFIASLFDKLVLQQPSISGVTENFLKEFTNLVSKMKRKSVSMLKFLYPSLV
AMSQENIFESSFFLLLQVYLKSLDVLGPTWVQNYLFQFIKSKAQENERWIECYCQIGKFL
VDSGIFTWWTFFTYNGLDAALHFQLAFHSLIIDFCDTDSFELLKKPLYSIASDLLLISKD
DAFYHFLSNLLKRAHIIVADLKPVSDENELLRLAYIFSKALKKNAYQDLLAVFLSLAKKH
YDEGDISRNFLAKYLEFLNKNCLTELRNNQLFISLRRELGISSDEDEKCAFWDSFNEAGD
ILSKAAFVETGIVQACCTGNEIDGYLDNLSTLFTSTMLESPFAFFSDLVIAHIFENRPFF
DVNIKNFLLSHFIDLFNKVLKMKFEQVSPDEFAELCKVYRALCIECATDDTFNSNSDLIA
AKDAFLVSVLRIADGFWEHDKLLQLRMLDSNMNIPNQIPHTTLQSSLSAIVIKIIESNIG
KIEASEPFKTFKNT
NT seq 4365 nt   +upstreamnt  +downstreamnt
atggatgttgatgaaccgaatcctattgtgatatcagattctgaggccactgatgaggaa
attagtatcatatacgaacccgaattcaatgaaaattatttatgggcagaggaaaacgtc
caagaagcaagcagatcacagaaaattgtcactgagaggttgagcctggattccactgct
ggagaatcttgtactccttccgtagtaactgatacacaagttactacggggcttcggtgg
tctttgaggaagaggaaggctattcaaaagatgccatacagtttagaacgcataaagcat
aggcagttgctagagggctatgatatctctagttttgacagcatttcgaatcagttgacc
ttaccgaagaacgcttctacagtgattcactcaaatgatattttacttacaaagagaact
ggtaaacccttagatgagcagaaagatgttacaatcgactccattaaacccgaaaacagc
tcggttcaatctcaaagatatgatagtgatgaagaaataccaaagaaaaggcatcgtact
tttaaagacctcgaccaggatatagtatttcaatcaggtgattctacggaagatgaacaa
gacttggctagtacaaatttacagaatactcaaaatgacgaagtaatatttagaggaaga
gtattgaatgtaagaactggttaccgtggggtcctgccaagagttgcttgggaaaagtcg
ttgcaaaagcagcagtcttcaaaagtcacgaaaagaaaaactcaattattgaaccataag
ggtgtggctaagaggaaaatgaacagaagcgcccatattgaagatgaagaacagaactta
ttgaacgatcttattgcacctgatgacgaactggatatcgaggaaaacgcccctccagat
atatacttaggaaatcttccagaggatcgtgaggctaacgaaaaggaattaaaggaattg
caagaatattatgagagcaagtatagtgaagacgcacaatcggctggaacttctggtttt
aatttaaatgaggaataccgcaatgaaccagtgtatgagctggaatatgacggaccgggg
agctgcatatcacatgtgtcttataaagaccagcctattatttatttgaattcacggcat
tcagatagcggatttagtgagcaatacaatatatctgccgaagataatcaaagtgtaatt
tccctagatgctgctgaagagcataacgatggtataattgacaagatgttggttaaacct
aaaagaattaaagcaaccaatgatgccaactttttgaatacaaaaagtaagagagtgaga
agatataagtacaaatatcgaaattcttgtctggccccaagtacaaaagctatcaaagtc
ggaaaacggtcagcgcataaatctcatttggcagctaataatccagtttcatttgtttct
aagaagaatcatgtaattgatgattatttttttgaagaattagaatctcaatccctagaa
caggatgacagctcttctctcaagccacagaaaaaaagaaggaagaagaaagcacctata
tactcaagtttctccgctgatcttgaatcgagacgaaaaccagttttcaatactgttgta
gaggttcccacgaaccgatacgctttcacaaagccaaatgtacgtaatagggacagcatt
aatcatgacatggaatttgaggaagaagactccaatcaagagcttggaccaataatggtc
gtacttgactcaattttactaaaaaaaccttttgagccacctaatttcttcaagatccag
ttgtcagacaagagtttcttgctatcaaaattgaatcctgcagatatagctacatcatta
cagaaaatattcagagtaatcattgataaaggtatcactgatactgaactagttcacttt
aacgaaagccttattgcttttttggtgcaccttgacatgcctgaactattcgacttaata
ggtgaatttcatcgtgaatttagatcgaaggtcaatagcttgaggaaaaaagctaaacca
atccatttttttcaaattgcggcatgccaattaatgtttctagaaatatcaagatataac
aaaatttcagccgctgcaaaattcgacatggatgtcaaactcttagatcatattgtgtct
ttcttcaaattactttctgtctgttatgattctgttatgaaaaatccaatgcaatatctg
tacacaagttattatattctctctgctgtcgttgatgtcatacataaaaaggaagctttg
tgggatttatttcaaaagcaccccttttcgcctcatatttcactgttgctggtcaacata
tttcctacgaaagtctgccgctggcaggttttgagattagattctgaattccaacccttg
agttcggcatttcggttcatcaattattgcattgagacttgtaattggaatgttacaaat
tctttgattctttctctcgatcgcatattcaaacggagaagattttcggactttgaagaa
gagtctgatttgtcacaaaacaataagataatttatcctccaacgaatcagcttacgagt
cgattaatgtttaacagatatttgcatctactgacgttgtgtgaattgtctagttctgat
acacaacgtgtgataccgatgggtgatatttctatgaatgattctctatctgttttgaag
aaccgcctcaacctactaattgttctagctacacgttttgatttaaacttagagaagcgc
ttccaagagctaacacgaccgttatatagtaaggaatatttaaacttgcatacacagaac
acagtcaggacgataacaacattgatcatgcaggccagcctttcattcctggaaatcagt
cgaatcaaaaatcatccattcagtggaaaatttattgcgtcattatttgataaactagta
cttcaacaaccttccatatcgggagtaacagaaaattttttgaaagaattcacaaattta
gtctccaaaatgaaaagaaaaagcgtgagtatgctcaaatttctgtatccttcactggtg
gccatgtctcaagaaaatatattcgagtcgtctttttttttattattacaggtatatttg
aagagcttagatgtgctgggtccaacttgggtgcaaaattatctttttcagtttataaag
agcaaggctcaagaaaatgaaagatggatagaatgctattgtcagatcggaaaattcctc
gtagattctggtatatttacctggtggactttctttacctataacggcttagatgctgca
ttacactttcagcttgcatttcactcccttattatcgatttctgtgatacagactctttt
gaattactgaaaaaaccgctttattccattgcttctgatttgctgctcatttccaaagat
gacgctttctatcactttctttccaatctgttgaagagggcacatatcatagtagcagat
ttgaaacctgtttccgatgagaatgaactcctgcgattggcttatattttttctaaagca
ttgaaaaaaaatgcatatcaagatctattagctgttttcttatccctggcgaaaaaacat
tacgatgaaggggacatcagtagaaatttcttggcaaaatatctcgaatttcttaacaaa
aattgcttgactgagctaagaaataatcaactcttcatcagtctaagaagggaacttggt
atttcaagtgatgaagacgaaaaatgtgcgttctgggactcattcaatgaagcaggtgat
atactttccaaagctgcatttgttgaaaccggtattgttcaagcctgttgcactgggaat
gaaattgatggatatcttgacaatttaagcactttattcacctccaccatgttagagagc
ccttttgcatttttttctgacctggtgatagcacacatatttgagaacagaccttttttc
gacgtgaatatcaagaattttcttctatctcacttcatagaccttttcaacaaggtttta
aaaatgaaattcgagcaggtatctcctgatgaatttgctgaactttgcaaagtatacagg
gcgttatgtattgagtgcgcaacagacgacacctttaatagtaatagtgatttgatcgcc
gcaaaagatgcgtttttggtatctgtgttgagaatcgcagatgggttttgggagcatgac
aaacttttgcagctaaggatgcttgatagtaatatgaacatacctaatcagattcctcat
actactttgcaaagttcgctatctgcgattgtaataaagataatagaaagtaatatagga
aaaattgaggcgtctgaacctttcaaaaccttcaagaatacgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (38)   
   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 (1)   
   PDB (1)   
Protein domain (2)   
   Pfam (2)   
All databases (54)   

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