KEGG   Naumovozyma dairenensis: NDAI_0C04870
Entry
NDAI_0C04870      CDS       T02234                                 
Symbol
NDAI0C04870
Name
(RefSeq) hypothetical protein
  KO
K06661  DNA repair protein RAD9
Organism
ndi  Naumovozyma dairenensis
Pathway
ndi04111  Cell cycle - yeast
ndi04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:ndi00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    NDAI_0C04870 (NDAI0C04870)
   04113 Meiosis - yeast
    NDAI_0C04870 (NDAI0C04870)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ndi03400]
    NDAI_0C04870 (NDAI0C04870)
DNA repair and recombination proteins [BR:ndi03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    NDAI_0C04870 (NDAI0C04870)
SSDB
Motif
Pfam: Rad9_Rad53_bind BRCT_2 BRCT RTT107_BRCT_5
Other DBs
NCBI-GeneID: 11496618
NCBI-ProteinID: XP_003669389
UniProt: G0W8N5
Position
3:complement(1127470..1131195)
AA seq 1241 aa
MNDTVEFQRTPTAEKTSSFHTTNNDILLPERNSAPIFSHSDMKDDTTSNDIRMSLPSSRD
KIVESSQNRFHDRSPVPNDIDETTTRLRYNRRTPDLDRITKFFKSNKSPGRNRLLEEFKN
ATLQDTPIGKRTSNTIESKNINNDTTGAIKEGGKFQSTEVISGALGDDNEHSLFFSNLKA
TNEDEESNYLNGSPRKTKMISRTSENNMLPPNLNFQLEDTPPSQRKSISLLSSNRIPSLK
HLDNIENNELLKAQINLLQKENENLISINGMENEAKTYNEDIQTEKKNIVESVNNSPVNH
ADTLTIAEDLIHPTSESNSKPMIVFSNPGEVVDIENDCSLQVVKEKEEEGENEGDDEEIR
HDFSTSKIQDDPNTSDYSRINDTTDASLSNKWVFRPEEQSEFNSNKSTQIIRNGQSKALN
NFDSTQTVLPTENIQPLHEEVETQLIYSPTLQNNPIRDSIISTLPIIENTNSSSTQEIIS
KPSSTATNTTLPETQPPMGDNNRLEPTIEVAETSSPSMNDIYTATFEQTDPEMQQQHQVS
QASNNEQESQNLQTEASRRFFLQVSSKPYSYKDSNGNLNYTDQDIQDNLALSEAEVTQEL
PELEEESVSQAQNNADQDNEPVETNEVLKSLRNDSQDIVYSRRKMKRKQFETVEISKGEE
HRSSMPSPKKRLIRGTDFMREEEKESVTNKDDTKDQEQEVVTQDNNTKDSDENERTYNFP
TELRNEDTQYLSRNDIQFENAIWSQYTLNYQFYPGILLPKEISKDRCWVLFYTGKEESKR
EDVYYLDIRIGDTVNWNGNKYVVTGLNCESHDPNIIRCVRGYDTVYMRKKTVSGGLGKRT
FIKPLSVITIDLDEWAKRPKIILEDGISTKGKAHKDLEHPIRGRKSIFINSPRKTTRRAT
NEESDIEAIIKEPTITPIKKPTGTSLDVELPLIPVSLKSKNSGTKIFDKCLFVLSNIYDN
KAELCHLIESNGGKVIELGFASLFDNPTVASTMPLGEDENIILRESQMHLEWNPNSPFKD
YKFACLLAKRHLRSLKYLETLALGWPILHWKFIHKCLKNNKLLLNSIYEFLLPAGESFRL
GLDRIMKTGIIKSYNIHSFYSKLLEGSTLQNQVSHLKNKMSGYIVLFYGYSQLDDFLKFL
FECLGINKFYESDMDVMSEDYSKPLLIILEKLFDVCMLENYKILVYMSDDTGKISSSLLD
EARKDISEKFGGSPVTFHVEGKEWLIQTIVNESTGFEDEDY
NT seq 3726 nt   +upstreamnt  +downstreamnt
atgaatgatacagtagaatttcagcgaacaccaactgcagagaaaacctcatcctttcac
actacaaataatgatatcctccttcctgaaaggaactctgcaccaatattctctcattcc
gatatgaaagatgatacaacaagtaatgatatacgaatgtcgctacctagttccagagat
aaaatagtggaatcatctcaaaataggtttcatgatcgttcaccagtgcctaacgatatt
gacgaaacaactactaggctgcggtacaatagaaggactcccgatctcgatagaattacg
aaattctttaaatcaaacaaatcacctggtagaaaccgtctattagaagaatttaaaaat
gcaacattacaagacactcctatagggaagagaacttcaaatacaatcgaaagtaaaaat
ataaataatgatactacaggtgcaataaaagagggaggaaaattccaaagtacagaagtt
attagtggcgccttaggagatgataacgagcattcgttatttttctctaatcttaaagct
actaatgaagacgaagaatcaaactatctgaatgggtcaccgcgaaaaacgaagatgatt
agccgtacgtcagaaaataatatgttacctccgaatttaaatttccaactagaagatacc
ccaccatcacaacggaaatctataagtttactatcaagtaatagaataccgtctttaaaa
catttggataatatagaaaataatgaattgttaaaggcacaaattaatttgcttcaaaag
gaaaatgaaaatctaatctcaattaatggtatggaaaatgaagcaaaaacatataatgaa
gacatccaaaccgaaaagaaaaatattgtagaatcggttaacaatagccctgtaaaccat
gctgacactctaacgatagcagaagatctgatacatcctacttcggaaagcaactcaaaa
ccaatgattgtattttcaaaccccggagaggtagtggacatcgaaaatgattgtagtttg
caagtagtaaaagaaaaagaggaagaaggagaaaatgaaggtgatgatgaagaaatacga
cacgacttttcaactagtaaaatccaggatgatccaaataccagtgattattcacgcatt
aatgatactacagatgccagtttatctaataaatgggtgtttcgtcctgaagaacaatct
gaatttaacagtaataaatccacacaaatcattaggaatggacaatctaaagcgttaaat
aattttgattcaacccaaacggtgctacctactgaaaacatccaaccattacacgaagaa
gtggaaacacagttgatttattctccaaccctccaaaataatcccattcgagattcaata
atatcgacccttccaatcattgagaacaccaattcctcctcaactcaagaaataatctct
aaaccatcttctactgctacgaatacgacgttgccagaaacccagcctcctatgggggac
aacaacaggttggaaccaacgatcgaagttgctgaaactagttcaccttctatgaatgat
atttatactgcaacatttgaacaaacagacccggagatgcaacagcaacatcaagtatca
caagcatcaaataatgaacaagaatctcaaaatctgcagacagaagcttcgagaagattt
tttcttcaagtatcaagcaaaccatattcgtacaaggactctaatggaaacctcaattat
acagatcaagatatacaagataacctagcattaagtgaagcagaggtaactcaagagctg
cctgaattggaagaggagtcagtaagccaagcgcaaaacaacgcagatcaagataatgaa
cctgttgaaacgaacgaagtactaaaatcactccgtaacgattctcaagatattgtatac
agtagaagaaagatgaaaagaaaacaattcgaaacggtagaaatttcgaaaggtgaggaa
catcgaagtagcatgccatctccaaagaaacgactgatacgtggaacagattttatgaga
gaagaagagaaggaatctgttacaaataaggacgatacgaaagatcaagagcaagaagtt
gtaacgcaagataataataccaaggattcagatgaaaacgaacgtacttataattttcca
actgagttacgaaatgaagatactcaatatctatcgagaaatgatatacaattcgaaaac
gcaatttggtctcaatatacattaaattatcaattttatccaggtattcttttgccaaaa
gagatttcgaaagatagatgttgggtattgttttatactggtaaagaagaaagtaaacgt
gaagatgtttactacttagatattaggattggtgacactgtgaattggaatggcaataag
tatgtagtcactggattgaactgtgaatcacatgatccgaatattatcagatgtgtccgt
ggttatgatactgtttatatgcgaaagaagacagtatctggaggtttaggtaaacggaca
tttattaaacctctttctgtcataacgattgatttagatgagtgggccaagagacccaaa
attatcttagaggatggaattagtaccaaggggaaagctcataaagatttggaacatcct
atacgaggaagaaagagcattttcattaattctcctagaaaaactaccaggagagctaca
aacgaagaatcagatatcgaagccattataaaggagccgacaataacaccaataaagaaa
cccacaggaacaagtcttgacgtagaactaccgctcataccagtttctttaaaatcgaaa
aactcaggtaccaaaatctttgataagtgtctttttgttctctcgaacatatatgataat
aaagcagaactttgtcatcttatagaatctaatggtggtaaagttatagaacttggcttt
gctagtttatttgataaccccactgtcgcatccacaatgccattaggtgaagatgaaaat
ataatcctaagagaaagtcaaatgcatctcgagtggaatccaaacagtccattcaaggat
tataaatttgcctgccttttagctaaacgccatttgagaagtctaaaatacttagagacc
ttagcgcttggttggcccattctacactggaaattcatccataaatgtctcaaaaataat
aaactccttttaaactcgatttatgaatttcttttacctgcgggtgaaagtttccgatta
ggtctagatcgtattatgaagactggtatcattaaatcgtacaacatacattcattttac
agtaaattacttgagggttcaactttgcaaaatcaggtaagtcatttaaagaataaaatg
tcaggctatattgttttattttatggttattctcaattggatgactttctcaaatttcta
ttcgaatgtttagggatcaataagttctacgaaagtgacatggatgtaatgagtgaagat
tattctaaacctttattaattattttggagaaattatttgatgtatgtatgcttgagaat
tataagatattagtatacatgagtgatgacacggggaaaataagtagtagtttactggat
gaagcaagaaaagacatatccgagaaattcggtggaagtcccgttacgtttcatgtagaa
gggaaagaatggcttattcaaactattgttaatgaatcaacaggtttcgaggatgaagat
tattag

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (16)   

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