Proceedings of the National Academy of Sciences · 1956 · 825 citations · 4 references
Life SciencesBiologyGeneticsHuman GeneticsPopulation GeneticsQuantitative GeneticsLoss Of HeterozygosityNatural SelectionConsanguineous MarriageEquilibrium Allele FrequenciesFitness Effects Of MutationsInbreeding EffectsInbreeding GeneticsMutation-selection ModelsMutational Effects
6 Here and later we are making the simplifying assumption that a pre-existing mutant allele has the same effect on viability as the new mutant.This is justified as a first approximation by the observation that compounds of mutants are often near the average of the mutant homozygotes.'his formula is given for only two alleles, but the extension to a larger number is obvious and the linearity in F remains.In applying this to a real population, we assume F = 0 for all individuals not known to come from a consanguineous marriage.
4
THE VIABILITY OF HETEROZYGOTES FOR LETHALS
Curt Stern, Gweneth L. Carson, M Kinst et al. · Genetics · 1952 · 90 citations · Full text
Life Sciences, Biology, Genetics +6