KEGG T00189: CaO19.13267

Candida albicans: CaO19.13267

Entry

CaO19.13267 CDS T00189

Gene name

RNR3

Definition

one of two likely ribonucleotide reductase large subunit genes similar to S. cerevisiae RNR1 (YER070W) and RNR3 (YIL066C)

Orthology

K10807

ribonucleoside-diphosphate reductase subunit M1 [EC:1.17.4.1]

Organism

cal Candida albicans

Pathway

cal00230	Purine metabolism
cal00240	Pyrimidine metabolism
cal00480	Glutathione metabolism
cal01100	Metabolic pathways

Class

Metabolism; Nucleotide metabolism; Purine metabolism [PATH:cal00230]
Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:cal00240]
Metabolism; Metabolism of other amino acids; Glutathione metabolism [PATH:cal00480]

SSDB

Motif

Pfam:

Ribonuc_red_lgC Ribonuc_red_lgN ATP-cone

Other DBs

NCBI-GI:

68490738

NCBI-GeneID:

3647580

UniProt:

Q59M54

AA seq 816 aa
MTKIKVLSGEEEDFDSVKIHKLLEEVSFNLGDLDLDQIVESVQRGLPSSLTIEELYTFIA
EVIASRVIYHPDYAILAGRIETRKLYLKVPYSFSENVERLRKYRPRKSNSYSPISSAFYK
VVKKHGEFLDKVIDKTRDYNLTYFGIKTLESSYLLKIDGEVAELPQYLFMRVAIGIHQND
INAIAETYDLMSQKYFIHASPTLYNAGSEFNYLSSCFLVAMKDDSIDGIFKTLNEAALIS
KASGGIGIHVHNIRSNGSYIASTNGNSNGLVPMLRVYNNTARYVDQGGGKRPGAFAIYIE
PWHGDIFDILEMRKNHGNEEMRTRDLFYGLWIPDLFMKRVKENSDWTLFSPNEAVGLSDV
YGEEFEKLYCKYESEGFGTKVSAHKLWLAILHSQTETGGPYMLYKDACNTKSNQKNIGTI
KSSNLCCEIVEYSSPKETAVCNLASLALPTYLKTTEDAIGFDFEKLHSVTKVLTRNLNRV
IDVTKYPVETAEYSNKRHRPIALGVQGLADLFAELRLPFDSAMAKTLNIQIFETIYHAAL
EASVELAMKEGPYETFQGSPASKGILQFDMWKHKPSPMYDWHALKDNIQNFGLRNSLLVA
PMPTASTSQILGFNECFEPYTSNLYNRRVLAGEYQIVNKYLIKDLMDLGIWDSAMRNKII
MENGSIQNIPNIPDEIKQLYKTVWELSQKVIIDMAADRGKFVDQSQSMNIHLRNPTIGKL
TSCHFYAWEKGLKTGMYYLRTQAASRAIQFTVDAKEAEKVGTKVPQKSLKRKKYMEPQPR
KKTAYSTPDSELYDIHDSTPITCNIEDLESCQSCSG

NT seq 2451 nt +upstreamnt +downstreamnt
atgaccaaaatcaaggtgctatcaggtgaagaggaagatttcgatagtgttaaaatacac
aagctacttgaagaagtcagttttaatttgggagacctagacctagatcaaattgtggaa
agtgtgcaacgcggattgccttcatctttaaccatagaagaattatacacatttattgcc
gaagtgatcgctagtagagtcatttatcatcccgattacgcgatattggctggaagaata
gagacaagaaagctttatttaaaagtaccttatagttttagtgaaaatgtggaaagatta
cgaaaatatcgaccacggaaatccaactcgtattctccaatatcatctgctttttataag
gtagttaagaaacatggagagtttttagataaagtcattgacaaaactagagattacaac
ttgacatattttgggattaaaacattggaaagttcataccttttgaaaattgatggtgaa
gtcgctgaattgccccagtatttatttatgcgcgttgccataggaattcaccaaaacgat
ataaacgctattgccgaaacatatgatttgatgtcccagaagtactttattcatgctctg
cccacattgtataatgctggtagtgaattcaactatttatcatcatgtttcctagtagcc
atgaaagatgattcgatagatgggatattcaagactcttaatgaagcggctctaatttcc
aaagcttcaggaggaataggtattcatgtgcacaacattagatccaatggctcgtatatt
gccagcaccaatgggaattcaaacgggttggtacccatgttgcgtgtttacaacaatact
gcaaggtatgtcgatcaaggtgggggtaagcgtccaggagcatttgccatatatatagag
ccatggcatggtgatatatttgatattttagaaatgcgaaaaaatcatggaaacgaagaa
atgagaactagagatttgttttatggattatggatacctgacttatttatgaagcgtgtg
aaagaaaattctgactggactttgttttcaccaaatgaagctgttggcctaagtgatgtt
tacggcgaggaatttgaaaaattatactgcaaatatgaatcagaaggttttggaacaaag
gttagtgctcacaaattatggttagccattttgcattctcaaacagaaacaggtggcccc
tacatgttatacaaagacgcctgtaacacaaaatccaaccaaaaaaatattggtacaata
aagtcttcaaatttgtgttgtgagattgttgaatattcgtcaccaaaagaaaccgctgtc
tgtaatttggcatcccttgcattaccgacgtatttgaaaacaacagaagatgctattgga
tttgattttgaaaaattgcactctgtcaccaaagtgttgacaagaaatttgaatagagtt
attgatgtaacaaaataccccgttgaaacagcagaatactcaaataaaagacaccgtcca
attgctttaggtgtacaaggtttggcagacctatttgctgaacttcggttaccatttgat
tccgcaatggccaaaacattaaatattcaaatatttgaaactatataccatgctgcactt
gaagcctcggttgaactagcaatgaaagagggcccatatgaaactttccagggctcaccg
gcatcaaagggaatattgcaatttgatatgtggaagcataaaccttctccaatgtatgat
tggcatgctttaaaggacaacattcaaaattttggcttaagaaactcattactagtggca
ccaatgccaacggcatccacctcacaaattcttggattcaatgaatgctttgaaccttac
acttcgaatttgtataatcgtcgagtattagctggagagtatcaaattgtcaataaatat
ttaatcaaagatctaatggatcttggcatttgggattcagctatgagaaataagattatt
atggaaaatggttcaatacaaaacatacccaacattcctgacgaaatcaaacaactatat
aaaaccgtttgggaattgtcacaaaaggtgatcattgatatggctgcagatagaggaaaa
tttgttgatcaactgcaaagtatgaatatacatttgcgtaatcctacaattggtaagttg
actagctgtcatttttatgcttgggaaaaagggttaaaaaccggtatgtattatctaaga
actcaagcagcttctagagctatacagtttacagttgatgctaaagaagctgaaaaagtt
ggcaccaaagtgccccaaaagtcattaaaacggaaaaaatacatggaaccccaacctcgc
aagaagactgcctattcaacacccgattcagaattatatgatattcacgattcaactcca
attacttgtaatatagaagatttagagagctgtcaatcatgctctggctag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (15)   
   KEGG COMPOUND (15)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (36)   

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