Science · 2015 · 636 citations · 4 references
Life SciencesBiotechnologyGeneticsGenetic EngineeringGenome EditingMutation BreedingMutagenesis StrategiesMutation InductionMutation ProcessesBiological MutagenesisHomozygous Lethal MutationsMutant Phenotyping
Generating homozygous mutations is essential because loss‑of‑function phenotypes require both alleles to be altered, and MCR technology offers a broad‑range approach to achieve this. MCR autocatalytically converts a heterozygous mutation into homozygosity by using the mutated allele to induce a second mutation on the homologous chromosome. Science, this issue p.
Generating homozygous mutations Loss-of-function mutations may only produce a mutant phenotype when both copies of the gene are mutated. Gantz and Bier developed a method they call mutagenic chain reaction (MCR) that autocatalytically produces homozygous mutations. MCR uses the initial mutated allele to cause a mutation in the allele on the opposing chromosome and thus the homozygosity of the trait. MCR technology could have broad applications in diverse organisms. Science , this issue p. 442
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