KEGG   Meyerozyma guilliermondii: PGUG_02306
Entry
PGUG_02306        CDS       T01150                                 
Name
(RefSeq) hypothetical protein
  KO
K08735  DNA mismatch repair protein MSH2
Organism
pgu  Meyerozyma guilliermondii
Pathway
pgu03430  Mismatch repair
Brite
KEGG Orthology (KO) [BR:pgu00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03430 Mismatch repair
    PGUG_02306
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:pgu03400]
    PGUG_02306
DNA repair and recombination proteins [BR:pgu03400]
 Eukaryotic type
  SSBR (single strand breaks repair)
   MMR (mismatch excision repair)
    Mismatch and loop recognition factors
     PGUG_02306
SSDB
Motif
Pfam: MutS_V MutS_III MutS_IV MutS_II MutS_I DUF3187
Other DBs
NCBI-GeneID: 5126899
NCBI-ProteinID: XP_001484577
UniProt: A5DGA5
AA seq 921 aa
MSSTRPDLRFSDAGDERLYYRKFAQLPPKDASTIRVMDHNNRDYFTVLDEDADMIADNIY
KTRLVIKASNAHRYVTISPQVFYNTVLRFCLIENHLKVEVYHSKTFELVTMATPGNLESI
ANEYGINLESADFLSPMVAAVKFTPAKKIGVGLVDLLNSSIQLCEFEDNDLFSNLETLLL
QLGVKEIIVPSNYDPHEETGDAVKLFQVLDRIGNIVVTSVKSSLFNKEVEHDLARIVEGE
NIELVLASKGINAIDFPLSLACCSALLHYLELSSGEFSIDKYNLSDYMKLDTSTTKALNI
FPASNNYTKPNVSSIFDLLNKCKSLAGSRLLSQWLKQPLTSVSDITDRHELVELLVNDTS
LRVFLTQDWLPRVPDVKRLLKKIANGVKKSSGNENKKLDDVVRLYQLVIVVPELLSMLND
NPLILKYWTEPIQKAHKSLIKFQELVETTIDLSPLDSSDLLHNDFNIKPEFDESLVKINN
QLEATLSDIKQCQVDASDDLNLEVDKKLKLEKHQNHGWCFRVTRNDSNVLRNNSKYQQFQ
TVKAGTYFSTKELRTLALQYQKYSDEYNSKQRELIREILSISLTYLLVFMPFALTLAHID
VIVSFANLSVFAPTPYVRPIIHGLNDKESRTLKLKDARHPVLEVQDDINFIANDVAMSPG
KQFSIITGPNMGGKSTYIRQVGVIALMNQIGCFVPAREGAELPVFDAILSRVGAGDSQLK
GLSTFMIEMLETSSILATASANSLIIIDELGRGTSTYDGFGLAWAILEHIIKEKECFTLF
ATHFHELTQLADKYPLVQNLHVVAHVEQADDITLMYRVEPGVSDKSFGIHVAELVKFPAK
IVNMAKRKADELGGDGKRSKCTPEEIQQGIEKLKGVLIKWREQCYDGSKCTTDPDTAISK
LREMVQPINDDKYVHEIMSQL
NT seq 2766 nt   +upstreamnt  +downstreamnt
atgtctagcactcgtccagatttgcgtttttccgacgctggcgatgagagactgtactac
agaaagtttgcgcagcttcctccaaaggacgcgtctaccattcgggtcatggatcacaac
aatcgtgactattttaccgtgctcgatgaagacgccgatatgatcgcagataacatttac
aagacacgtctggtgataaaagccagcaacgctcaccgctacgtgaccatctctcctcag
gtattctacaacacggtgcttcggttctgcctcattgaaaaccacctcaaggtggaagtt
taccactcaaagacattcgagttggtcaccatggccacaccaggcaaccttgaaagtatt
gccaacgagtacgggataaaccttgaaagcgcagactttctgtctcccatggtggcagcg
gtcaaatttaccccggcgaaaaaaatcggtgttggtctcgtggacttgctgaactcgtcc
atccagttgtgcgagtttgaagataacgatcttttttccaatttggaaacacttttgctt
caattgggcgtcaaggaaataatcgtaccgtcaaactacgatcctcacgaggaaacaggc
gatgccgttaaactatttcaagtattggaccgtatcggcaatatcgtggtcacgtcggtc
aaatcgtccttgttcaacaaagaagtcgaacacgatttggctcgaattgtcgaaggtgaa
aacattgagcttgtcttggcatcaaagggtattaatgcgatcgactttcccttgtcgctc
gcctgctgtagcgctctcctccattacctcgaactctcgtccggggaattttcaatcgac
aagtataatttatctgactacatgaagttggatacttccacaaccaaggcactcaacata
tttccagcctccaacaattacaccaaaccaaacgtttcctcaatttttgatttgctcaac
aaatgtaagagtctggcagggtctcggttgctctcgcaatggctaaagcagccactaacc
agtgtgtctgacatcaccgaccgccacgagttggtggagctcttggtaaatgacactagt
cttcgagttttcctcacccaggactggcttcctcgggtacctgatgttaaacgcttattg
aaaaaaattgccaatggagtcaaaaagtccagtggaaacgagaacaagaagcttgacgat
gtggtgaggctttaccagttagtgatcgtcgttccggaattgctttcaatgttaaatgac
aatcccttgattctcaaatactggactgaacccatccaaaaggcccataaatcgttgata
aagttccaggaactcgtagaaacgacaatcgacttgagtcctcttgactcttcagatctt
ctacacaatgattttaacatcaaacccgagtttgacgaatctctcgttaaaatcaacaac
caactcgaagccactttatcagacattaaacagtgtcaagttgacgccagtgacgacttg
aatttggaagtcgacaagaaactcaaacttgaaaaacatcaaaatcatggttggtgtttc
cgtgtaacgagaaacgactccaatgtgttaagaaacaattccaaatatcagcaattccaa
acggtcaaggcgggaacctacttttcaaccaaagaattgcgcaccctcgcattacagtac
caaaagtattccgatgaatacaactcgaaacaaagagagctcattagagagattctctcc
atcagcttgacgtatctgctggtattcatgccatttgcattgactttagcacatatcgat
gttatcgtcagttttgccaatctgtcggtatttgcaccgactccatacgtccgcccaatc
atccatggcctcaatgataaagagtctcgtactttaaaactcaaagatgctcgtcatcca
gtcttggaagtgcaagacgatatcaattttatcgctaatgatgtcgccatgtctccaggc
aagcagttttccatcataactggtcccaacatgggaggtaaatccacctacattcgtcaa
gttggagtgattgcgttgatgaaccaaattggatgttttgttcctgctcgagagggtgct
gagctcccagtattcgatgctatattgtcgcgtgtgggtgccggagactctcaactcaaa
ggattatctacatttatgattgagatgctagaaacttcttcaattctcgctacggcttcc
gccaactctttgataataatcgatgaattgggaagaggtaccagtacatacgacggattt
ggacttgcttgggcaattctggaacatatcatcaaggaaaaggaatgttttacactattt
gcaacacatttccacgaacttacacaacttgcagacaagtatcctctggttcagaacctt
catgtcgtggcccatgttgagcaagccgatgatataaccttgatgtaccgggtagagcct
ggagtgtcagacaaatcctttggtatacatgttgccgagctcgttaagtttccagccaag
atagtgaatatggccaaaagaaaggcagacgaactcggcggtgatggaaagcgatccaaa
tgtaccccagaagaaattcaacaggggattgaaaagttgaagggagtgttaatcaaatgg
agggagcaatgttacgacggtagtaagtgtactactgatcccgataccgccatttccaag
ttgagagaaatggttcaaccaattaacgacgacaaatacgtccatgaaatcatgagtcaa
ctataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (17)   

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