KEGG   Kluyveromyces marxianus: KLMA_20118
Entry
KLMA_20118        CDS       T05269                                 
Symbol
RAD9
Name
(RefSeq) uncharacterized protein
  KO
K06661  DNA repair protein RAD9
Organism
kmx  Kluyveromyces marxianus
Pathway
kmx04111  Cell cycle - yeast
kmx04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:kmx00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    KLMA_20118 (RAD9)
   04113 Meiosis - yeast
    KLMA_20118 (RAD9)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:kmx03400]
    KLMA_20118 (RAD9)
DNA repair and recombination proteins [BR:kmx03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    KLMA_20118 (RAD9)
SSDB
Motif
Pfam: Rad9_Rad53_bind BRCT RTT107_BRCT_5 Tudor_3
Other DBs
NCBI-GeneID: 34714602
NCBI-ProteinID: XP_022674457
Position
2:complement(261710..264601)
AA seq 963 aa
MTSEGSGSIAGSTPKPNSKAIRNNDGIHLSKVAQILGNERAGVIFDDDSGVEDTPEGDRD
VEIRRRDDIRSKNDILKRFQGAYDMDLSVELPSDLSETEGIKLNKNENTDTYHLEMLDTP
LKSKMSIRTLRNEGHNRNPENIKLDNDGNNNDDNEEEGDASVHSELPTNKTEDKLIETFV
STPKDTQNNMNMNFNVSMNTQSVTQNSKEMMVPATNSDRITQTQNIPTSIPDEKATQLIK
TQANDYEVSESLLKLDDQSQLQETSVLHTSPINFASFHQSLIASNGIFPAKDAASELVQS
PINANYRYPNHIKSTNTLQSTVVSEPEDQSQSQHQLQSQSESHTPSHSKAFNQGSQEGRL
SSSEMQFKLTYYAKPTSQPLNNNDDNSFAGEVSHSVENFAHDGDHEGSRSIEQSYNEFTR
LDTEQEYEQTQELPEVLDQADNNKIKQSFESEEPLNPSRKRKENIIILDDDFEDSSTPFK
IPRFQSTFKELRNSDPELLTSKDISCNNAVWYYFSDCNYYPGKVVSQKENEPGFCTVQFE
TRQNDVKIEDIYYLDLRCGEKLHWKMNEYEVVALECRNPNDSDVIRCIRGYDTVHLKRIL
RNGKLSKDTIVDSIGSVYITTEEWAKRAKIKLDDDGKKFGPLAELRRSARSRSARNSLSP
IKKVSESCNNSTTEIYRDTFHDTTILHQIDSNRGTIFEKCLFVLSGLSDEDRKRTSYLIE
LQAGYVVNVGFEKLLVYDETSHRLKWQDSWLENYEFVCLVSGGFSRSPKYLEALALGFPV
LHWRFIEQCLAKGQISVKLITQNLLPSGESNRFTSSVGKGVIKSSNIFQFLTNFNNSLTL
KDQLDISTVSMEHYAVIVLGNSYMDFFIDFIFKCFKVSYWEYISTSRTKNSNEKLDSSVL
DDLLNFREANSSKTKIIFINETSLQISKEWENAVSKSLDDKGVSDMIIEDKEWLVQTIIN
EEP
NT seq 2892 nt   +upstreamnt  +downstreamnt
atgaccagcgaagggagcggtagtattgctggaagcactcccaagccaaattcaaaagca
attaggaataatgatggtatccatctaagcaaagttgcgcagatattggggaatgaaaga
gcaggcgttatttttgatgatgattcgggagttgaagatactcctgagggagatcgtgat
gtagaaataaggcgacgcgatgatatacgttcaaagaatgatatattgaaacgatttcaa
ggcgcttatgatatggatctcagtgtggaacttccgtctgaccttagcgaaacagaggga
ataaagctcaacaagaatgaaaatacggatacctaccatttggaaatgctggatacccca
ttgaagagtaaaatgtctatacgaacgttaagaaatgaaggccacaatagaaatcctgaa
aacattaaattagataatgatggtaataataatgatgacaatgaggaggagggtgatgct
agcgtacacagcgagttgcctaccaataaaacggaggataaattgattgagacatttgtg
tctacaccaaaggatacccagaataatatgaacatgaattttaatgtaagtatgaataca
caatcagtgactcaaaattcaaaggaaatgatggtgcctgccaccaattcagaccgtatt
acacagacccagaatataccaacttctataccagacgaaaaggcaacacaattaataaaa
actcaggccaatgactacgaggtctccgaaagcttattgaagttggatgaccaaagtcag
ttgcaagagacttctgtattgcatacgtctccaataaactttgcttcatttcaccagagt
ttaatagcttcgaatggaatttttccagcaaaggatgcagcaagtgagttagttcaatcg
ccaatcaatgctaactatcgatatccaaaccatataaagagtactaatacccttcagtca
acggtggtaagtgaacctgaagaccaatcacagtcacagcatcagctgcagtcgcagtct
gaatcacatacaccttcacattcaaaggcatttaaccaaggaagtcaggagggccggtta
tcttctagcgaaatgcaattcaaactaacatattatgcaaagcctaccagtcagccatta
aacaataatgatgataatagttttgcgggggaggtttctcattcagtagagaacttcgct
catgatggagatcatgaaggaagtaggtcaatagaacagtcttacaatgaatttaccagg
cttgatacagaacaggaatacgaacagacgcaggaattaccggaagttctggatcaagct
gataataataaaataaaacagtcgtttgaatcagaagaaccactgaatccttcaaggaaa
aggaaagagaatattataatactcgatgatgattttgaagacagtagtacacctttcaaa
ataccgaggtttcaatcaacatttaaagaactacggaattcagaccctgaattattgact
tcaaaagatatttcttgtaataatgctgtttggtactactttagcgactgtaactactat
cctggcaaagtagtttcacaaaaggaaaacgagcctggcttctgtacggtccaatttgaa
acacgtcaaaacgatgtcaaaattgaggatatatactacttggatctacggtgcggggag
aagcttcattggaaaatgaacgaatatgaagttgtagctctagagtgcagaaatcccaat
gactctgatgtgattcgttgtattcgaggctatgatacagttcatttaaagaggatactg
aggaatgggaaactcagcaaggatactatagtggatagtataggatcagtttatataacg
actgaagagtgggcaaagcgagcaaaaataaaattggacgatgatggtaagaaattcgga
ccgttagcagaattaaggagatctgctcgtagtagatctgcaagaaattctctttcacca
ataaaaaaagtatccgaaagttgtaataattcaactacggaaatttatagggatacattt
catgacactacaattcttcatcaaattgacagtaacagaggaactatatttgagaaatgt
ttatttgtattaagtggtttgagtgacgaagatagaaaaaggacatcttacttgatcgag
ttgcaggcgggatatgttgttaacgtaggatttgagaaattattggtatatgatgagaca
agtcacagattgaaatggcaagactcctggcttgagaattatgaatttgtctgcttagtc
tcaggcggattctcgagaagccctaagtatctagaggcattagcactggggtttcccgtt
cttcattggagatttattgagcaatgcttagcaaaaggccaaatatccgtcaagctaata
acgcaaaatttactacctagcggtgagagtaacaggtttacttcctccgttggtaaaggc
gttataaaatcaagcaacatatttcagtttttaactaacttcaacaacagcttaactcta
aaagaccagctcgacatttccacggtctctatggagcattatgctgttatagtgttggga
aattcgtacatggatttctttatagactttattttcaaatgtttcaaggtgagctattgg
gaatacatatcgacatcccgcacaaagaatagcaatgagaaactagatagctcagttctc
gatgatttactaaactttagagaggcaaactcaagtaaaacaaaaatcatatttataaac
gaaacatcgttacaaatttctaaagaatgggaaaatgctgtgtcgaaatccttagatgat
aaaggtgtgtctgatatgattatagaagataaagagtggttagtacaaacgatcattaat
gaagagccataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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