Preferred Label : Translesion DNA Synthesis;
MeSH definition : DNA damage tolerant, error-prone DNA replication by specialized DNA POLYMERASES that
can accommodate damaged bases in their active sites and insert NUCLEOTIDES in the
strand directly opposite the DNA DAMAGE.;
MeSH synonym : DNA Synthesis, Translesion; Translesion Synthesis; Translesional Synthesis; Translesional DNA Synthesis; DNA Synthesis, Translesional; Syntheses, Translesional DNA; Trans-Lesion Synthesis; Trans Lesion Synthesis; Translesion Synthesis Pathway; Trans-Lesion DNA Replication; DNA Replication, Trans-Lesion; Trans Lesion DNA Replication; Translesion DNA Replication; DNA Replication, Translesion; Replication, Translesion DNA; Replications, Translesion DNA; Trans-Lesion DNA Synthesis; DNA Syntheses, Trans-Lesion; DNA Synthesis, Trans-Lesion; Trans Lesion DNA Synthesis; Trans-Lesional DNA Synthesis; DNA Synthesis, Trans-Lesional; Trans-Lesional DNA Replication; DNA Replication, Trans-Lesional; Replications, Trans-Lesional DNA; Trans Lesional DNA Replication; Translesional Synthesis Pathway;
Origin ID : D000096963;
UMLS CUI : C1158535;
Allowable qualifiers
Currated CISMeF NLP mapping
Record concept(s)
Semantic type(s)
UMLS correspondences (same concept)
DNA damage tolerant, error-prone DNA replication by specialized DNA POLYMERASES that
can accommodate damaged bases in their active sites and insert NUCLEOTIDES in the
strand directly opposite the DNA DAMAGE.