PHENOMENA AND PROCESSES Genetic Phenomena [G05] Genetic Phenomena DNA Damage [G05.200] DNA Damage Base Pair Mismatch [G05.200.052] Base Pair Mismatch DNA Adducts [G05.200.104] DNA Adducts DNA Breaks [G05.200.210] DNA Breaks DNA Degradation, Necrotic [G05.200.220] DNA Degradation, Necrotic DNA Fragmentation [G05.200.230] DNA Fragmentation Pyrimidine Dimers [G05.200.615] Pyrimidine Dimers PHENOMENA AND PROCESSES Genetic Phenomena [G05] Genetic Phenomena Genetic Variation [G05.365] Genetic Variation Mutation [G05.365.590] Mutation Allelic Imbalance [G05.365.590.029] Allelic Imbalance Base Pair Mismatch [G05.365.590.060] Base Pair Mismatch Chromosome Aberrations [G05.365.590.175] Chromosome Aberrations Codon, Nonsense [G05.365.590.195] Codon, Nonsense DNA Repeat Expansion [G05.365.590.220] DNA Repeat Expansion Frameshift Mutation [G05.365.590.265] Frameshift Mutation Gain of Function Mutation [G05.365.590.288] Gain of Function Mutation Gene Amplification [G05.365.590.310] Gene Amplification Gene Duplication [G05.365.590.320] Gene Duplication Genomic Instability [G05.365.590.335] Genomic Instability Germ-Line Mutation [G05.365.590.350] Germ-Line Mutation INDEL Mutation [G05.365.590.500] INDEL Mutation Loss of Function Mutation [G05.365.590.538] Loss of Function Mutation Mutagenesis, Insertional [G05.365.590.575] Mutagenesis, Insertional Mutation Accumulation [G05.365.590.594] Mutation Accumulation Mutation Rate [G05.365.590.612] Mutation Rate Mutation, Missense [G05.365.590.650] Mutation, Missense Point Mutation [G05.365.590.675] Point Mutation Sequence Deletion [G05.365.590.762] Sequence Deletion Sequence Inversion [G05.365.590.770] Sequence Inversion Silent Mutation [G05.365.590.803] Silent Mutation Suppression, Genetic [G05.365.590.835] Suppression, Genetic Synthetic Lethal Mutations [G05.365.590.917] Synthetic Lethal Mutations

Base Pair Mismatch - Preferred

Concept UI	M0029876
Scope note	The presence of an uncomplimentary base in double-stranded DNA caused by spontaneous deamination of cytosine or adenine, mismatching during homologous recombination, or errors in DNA replication. Multiple, sequential base pair mismatches lead to formation of heteroduplex DNA; (NUCLEIC ACID HETERODUPLEXES).
Preferred term	Base Pair Mismatch
Entry term(s)	Base Pair Mismatches Mismatch, Base Pair Mismatches, Base Pair