KEGG T01140: CD36

Candida dubliniensis: CD36_80760

Entry

CD36_80760 CDS T01140

Definition

DNA ligase I, mitochondrial precursor, putative (EC:6.5.1.1)

Orthology

K10747

DNA ligase 1 [EC:6.5.1.1]

Organism

cdu Candida dubliniensis

Pathway

cdu03030	DNA replication
cdu03410	Base excision repair
cdu03420	Nucleotide excision repair
cdu03430	Mismatch repair

Class

Genetic Information Processing; Replication and repair; DNA replication [PATH:cdu03030]
Genetic Information Processing; Replication and repair; Base excision repair [PATH:cdu03410]
Genetic Information Processing; Replication and repair; Nucleotide excision repair [PATH:cdu03420]
Genetic Information Processing; Replication and repair; Mismatch repair [PATH:cdu03430]

SSDB

Motif

Pfam:

DNA_ligase_A_M DNA_ligase_A_N DNA_ligase_A_C DNA_ligase_OB_2

Other DBs

NCBI-GI:

241952605

NCBI-GeneID:

8046806

UniProt:

B9WD57

Position

3:complement(168434..170980)

AA seq 848 aa
MYQYCLRFLICDKRESHLEGSCTLLNCFTRKNRVSFFFSNIYILTKHRNCLLPFFFLYSN
RRKVDFLFIINYLHLNSLSYIFMFSRLVSHRYPTGVQLKQANRVMANKKQQSLARFFGGI
APATGSDSPSPKKQQTLTRFFGNSSNNSSPKKATSETKQKRQATPPKSPPPSKKAKIESK
SDELSSSNGDIEMETKPELKINGFGNDIRNEAEQLIKLSESEQAKHGNEKLGVKIPYAKL
ASVFEAIENESSRLAIIAIISQFFLEVLQQSTIDKLIRIVYLCINRLGPDYEPGLELGLG
ETILIKAISECYGRETSKIKADYKSTGDLGLIAQKSRSLQPTMFKTAPLDVDTVFDNSLK
IAKSTGKESQSKKISIIKQMLTACQMKSCEAKFLIRSLQGKLRIGSAEKSIIIGLAQAFV
NYENKSNKKIDASKLTEAEEIMKEAFSRVPNYEVVLKTAYQYGIFNLLEHCFVTPGIPLK
PMLANPTKSIGEVLDRFQNEEFTCEYKYDGVRAQVHILSDGSVKVFSRNLEDMTQTYPDL
ISIGKQFAVDGNTISMILDCEAVAWDREAHKILPFQKLTTRKRKDVNEEDIKVQICLFAF
DLLYYNNESLLPKSLADRRKIMQENLSPIEDRFQFATATNSSSNLEVLQQFLDQSIKDSC
EGLMVKMLNGSDSFYEPSKRSRNWLKLKKDYLEGVGDSLDLVVIGAYNGKGKRTGTYGGF
LLASYNEDSGDLETCCKIGTGFSDEDLLNLYNKLHPTEIASPKNYFVYDTNNSNAVPDVW
FEPSMLFEVLTADLSLSPIYKTGHQEFGKGVSLRFPRFIRVRDDKGVEDATSSSRVCEFY
QRQAHLNN

NT seq 2547 nt +upstreamnt +downstreamnt
atgtaccagtattgtttgaggtttttaatatgtgacaaaagagagagtcatctcgaagga
agttgtactttgttgaattgttttacacgtaaaaatcgcgtctctttttttttttcaaac
atatatatccttactaaacacagaaattgtcttcttccatttttttttctttacagtaat
agaaggaaagttgattttctttttattattaattatttacatcttaactcattactgtac
atttttatgttcagtagacttgtatcccatcgatatccaactggtgttcagttaaaacaa
gcaaatagggtcatggcaaataagaaacaacaatcattagctcggttttttggaggtatt
gctcctgccactggttcggattcaccatctcctaaaaaacaacaaacattgacaagattc
tttggtaattcctcaaacaatagtagtccgaaaaaagcaactagtgaaactaaacagaaa
agacaagctacaccacccaaatcgccacccccatccaaaaaagctaaaattgaatcaaaa
tctgatgagttgtcaagtagtaatggcgatatcgagatggaaactaaaccagaattgaaa
attaatgggtttggcaatgatattcgtaatgaagccgaacaattgatcaaactcagtgaa
tcagaacaagctaaacatggtaatgaaaaattgggtgttaaaattccgtatgccaaatta
gcatctgttttcgaggcaattgaaaatgaaagttctcgattagcaattattgccattata
tcacaattttttttggaagttttacaacaactgacaattgataaacttattcgaattgta
tatttatgcatcaatagacttggtcctgattatgaaccaggattggaattaggattaggt
gaaaccattttaattaaagctattagtgaatgttatggaagagaaacatcgaaaatcaaa
gctgattataaatctactggagatttaggattgattgcccaaaaatcaaggagtttacaa
ccaacaatgtttaaaactgctccacttgatgttgatactgttttcgataactcattaaag
attgctaaatcaactggcaaagaatctcaatcgaaaaaaattagtatcatcaaacagatg
ttaactgcatgtcaaatgaaaagttgtgaagccaaatttttaattcgttcattacaaggg
aaattacgaattggactggcagaaaaaagtattatcataggattagctcaagcatttgtt
aattatgaaaataaatctaataaaaaaattgatgcaagtaaattaactgaagctgaagaa
attatgaaggaagcattttcccgtgttcctaattatgaagtagtattgaaaacagcctat
caatatggtattttcaatcttttggaacattgttttgttactcctgggataccgttgaaa
ccaatgttggcaaaccccacaaaatccattggagaagtattggatcgtttccaaaatgaa
gaattcacttgtgaatataaatacgatggtgttagagctcaagttcatatattgtctgat
ggttctgttaaagtattttcaagaaatttggaagatatgactcaaacttatcctgatttg
atctccattggtaaacaatttgcagttgacgggaatacaatttctatgattttagattgt
gaagcagttgcatgggatagagaagctcataagattttaccatttcaaaaattaactact
agaaaacggaaagatgtcaacgaagaagatatcaaagtgcaaatttgtttatttgcattt
gatttattgtattataataatgagtcacttttaccaaaatcattagcagatagaaggaaa
atcatgcaagaaaatttatctccaattgaagatagatttcaatttgccaccgccacgaat
tcatcttcgaatttggaagtgctacaacagtttttggatcaatcaattaaagattcatgt
gaagggttgatggtgaagatgttaaatggactggactcattttacgaaccatcgaaacgt
tcaagaaattggttaaaattgaaaaaagattatcttgaaggtgttggtgattctttagac
ttggtagttattggtgcttataatgggaaaggtaaaagaacaggtacttatggtgggttt
ttattggcttcttataatgaagattcgggagatcttgaaacttgctgtaaaatcggtacc
gggtttagtgatgaggatttacttaatttatacaataaattacatccaacagaaattgca
tccccgaagaattattttgtttatgacaccaacaattcaaatgctgttcctgatgtttgg
tttgaaccaagtatgttgtttgaagttttaacagcagatttatctttaagtcctatttat
aaaacaggacatcaagaatttggaaaaggtgtatcattaagattccctagatttattcga
gtaagagatgataagggtgttgaagatgcaactagttcgagtcgtgtatgtgagttttac
caacgtcaagctcatttaaataattag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
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 (4)   
   Pfam (4)   
All databases (17)   

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