KEGG T01140: CD36

Candida dubliniensis: CD36_24530

Entry

CD36_24530 CDS T01140

Definition

(RefSeq) dna repair and recombination protein rdh54, putative

K10877

DNA repair and recombination protein RAD54B [EC:3.6.4.-]

Organism

cdu Candida dubliniensis

Pathway

cdu03440

Homologous recombination

Brite

KEGG Orthology (KO) [BR:cdu00001]
Genetic Information Processing
  Replication and repair
   03440 Homologous recombination
    CD36_24530
Enzymes [BR:cdu01000]
3. Hydrolases
  3.6  Acting on acid anhydrides
   3.6.4  Acting on acid anhydrides to facilitate cellular and subcellular movement
    3.6.4.-
     CD36_24530
DNA repair and recombination proteins [BR:cdu03400]
Eukaryotic Type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    Rad54 family proteins
     CD36_24530

SSDB

Motif

Pfam:

SNF2_N Helicase_C ResIII DEAD HDA2-3 ERCC3_RAD25_C DUF2439 DUF2075

Other DBs

NCBI-GeneID:

8046455

NCBI-ProteinID:

XP_002418926

UniProt:

B9WCV9

Position

2:complement(2222220..2224868)

AA seq 882 aa
MFSRSKKKKKKKKKKRKSYLSNKTRIKTIRSDWTQSCSFFTTPQVVQMNIRPNAPFRPPR
PIQKNGDVPSVSTASSVVKRKLPTISNPKAAKILTPEAKNLKPSESIDFGSEKYSIQWRK
RTTKKNKTWDGDGYAVIKQLENGTWQMSIKNSDGKPMCKRIFNATPNLEDIISVGPYELE
LDEKMELQESTSSVLSKAVPKSIPPPIVSRNITHQFKKVAPPTHTEPANFRKPLYQDSPD
AIALPPPPKSKDYVTVNVDPHLSKVLRPHQVEGVRFMYECLMGYRDFDGNGCLLADEMGL
GKTLMTITTIWTLLKQNPFLDQKNAVVNKVLVVCPVTLISNWRQEFKKWLGANKLNVLTL
NNAMTNEKRDILNFGKLNVYQVLVVNYEKIMAHFDELSTVSFDLLVCDEGHRLKNSANKV
LNNLIKLNIPKKVVLTGTPIQNELVEFHTLISFLNPKVLPELKLFQRNFITPISRARDVN
CFDPEVKKRGEEISQQLIKLTQSFILRRTQSILANYLTQKTDILLFVPPTSSQLELFNYI
TNLKKFNQFNSGSDSFTMINLFKKICNSPSLLADDEFFKKIVEQKFNLGMSSGKLNILVP
LLLEIVSLKEKIVLISNYTKTLDLLETVLRKINLTFSRLDGSTPNNVRSKLVNQFNTNPD
INVFLLSSKSGGMGINLVGASRLILFDNDWNPATDLQSMSRIHRDGQVKPCFIYRLFTTG
CIDEKIFQRQLVKNKLSSKFLDNDSSSKSDVFDSEDLKNIFEIDTSTISNTHDLLECSCE
GDGSTLSQSTLSFKESEEHDSEPPATQAWVSALELQKKLDNNDDAVKRTAVKFALNDYRH
YNPEVNRNLEFDSALQRIANNSSYKNKKLPITFIMSRITNRE

NT seq 2649 nt +upstreamnt +downstreamnt
atgttttctcgactgaaaaaaaaaaaaaaaaaaaaaaaaaagaaacgaaaatcgtattta
tcaaacaaaacgcgtatcaaaacaattagactggactggacccaatcttgctcttttttt
actacaccacaggttgttcaaatgaatattcgacccaatgctccgtttcgacctcctaga
ccaattcagaaaaatggggatgttccactggtatcaacagcgtctctggtggtaaaacga
aaattgccaactatctcaaatcctaaagctgcaaagatcttaacaccagaagctaagaat
ttgaaaccatccgaatctatagattttggttcagagaaatacctgattcaatggagaaaa
agaactaccaagaaaaacaaaacttgggatggtgacggttatgcagtgattaaacagctt
gaaaatggtacttggcaaatgtctattaagaattctgatgggaaacctatgtgtaagaga
atatttaacgcaacgcctaatcttgaagacataattagcgtgggtccatatgaattagaa
ttggacgaaaaaatggagctccaagaatctacctctctggtgctttcaaaggctgttccc
aaaagcatcccaccacctatagtgtctcgaaacatcacccaccaattcaaaaaagtcgct
cctccaacacacactgaaccagctaattttcggaagccgctttatcaagatagtccagat
gctattgcgttacctcctcctccaaaatcaaaggactatgtaacagtgaatgtggaccca
catttgtcaaaagtattacgtccacatcaggttgaaggtgtaagattcatgtacgagtgc
ctaatgggttaccgtgactttgatggaaatggatgtttgttagcggatgaaatggggttg
ggcaaaactttgatgacaatcacaacaatatggactttgcttaaacaaaatccgttttta
gatcaaaaaaatgctgtcgtgaataaagtattggttgtttgccctgtaacacttatatct
aattggaggcaggaatttaaaaagtggctaggggccaataagctaaacgttttgactctc
aataacgcaatgacaaatgagaaacgtgacattcttaactttggaaagttaaatgtctat
caagtgctagtggtaaattatgaaaaaattatggctcattttgatgaattatcaacagta
agctttgatttattagtctgcgatgaaggccatcgtttgaagaatagtgcaaacaaagta
ttgaataatcttatcaagcttaatattcccaagaaagtcgttttgaccggtacaccgatt
caaaacgagttggtagaattccatactttgatttcatttctcaatccaaaggttcttcct
gagctaaaattgtttcaaagaaactttataacacccatatctagggctcgagatgtcaac
tgttttgatcctgaagtgaagaaacggggcgaggaaatctcacagcaattgattaaattg
acacagagttttattcttaggcggacacaatcgattttagcaaattacttgacacaaaaa
accgacatcttgttgtttgtccctcctacgtcctcacagctagaattgttcaactacata
acgaatttgaagaaatttaatcaattcaatagcggatctgactcattcacaatgatcaat
ttgttcaaaaagatttgtaattctccttcattattggcagacgatgagttttttaaaaaa
attgttgaacaaaagtttaatttgggtatgtcctctggtaaattaaatattctagtgccc
ttgctattagaaattgtgtctcttaaagaaaaaattgtgttgatttcgaactataccaag
actttagatttgctagaaacagttttgcgtaagatcaatttaactttttcaagattagat
ggatcaactccaaacaatgtgcgtagtaaattggttaatcagtttaacacaaatcccgat
atcaatgtgtttttgttgtcttctaaatctggggggatgggaataaacttggtaggggct
tcaagattgatattatttgacaatgactggaacccagcgacagatttgcagtcaatgtca
cgaattcatagagatggtcaggtgaaaccttgtttcatttatagattattcaccacgggt
tgcattgatgagaaaatctttcagcgacaattggtcaaaaataaattgagttcaaagttt
ttggataatgattcttcttccaaatctgatgtatttgacagtgaagatttgaagaatata
tttgagatagatacttctacaatttccaacactcatgatttattagaatgttcatgtgag
ggtgatggttccacattaagccagtctactctttctttcaaagagtctgaggagcacgac
agtgaaccccctgcgacacaagcatgggtttctgcattagaacttcaaaaaaagcttgat
aacaatgatgatgcggtgaagagaactgctgtgaaatttgccttgaacgattatcgacac
tacaatcctgaagtgaatcgtaacttagaatttgactctgccctacaaagaattgccaac
aattcaagttataaaaacaaaaaattaccaattacttttataatgctgaggataaccaat
cgagaataa

All links

Ontology (3)   
   KEGG BRITE (3)   
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 (8)   
   Pfam (8)   
All databases (20)   

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