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Mathematical models for estimating mutation rates in cell populations

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TLDR
A statistical analysis is given of the mutant accumulation method of estimating mutation rates, and Phenotypic delay, that is delay from the epoch at which a cell mutates until cells in resulting clone possess the property which distinguishes them from nonmutant cells, is determined.
Abstract
SUMMARY A number of mathematical models for cell populations in which mutations are occurring are studied and compared by viewing the models as filtered Poisson processes. Based upon these models, a statistical analysis is given of the mutant accumulation method of estimating mutation rates. Phenotypic delay, that is delay from the epoch at which a cell mutates until cells in resulting clone possess the property which distinguishes them from nonmutant cells, is incorporated into the models and its effect upon some estimation procedures is determined. A suggestion is also given for obtaining information about the duration of phenotypic delay.

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Branching processes in biology

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References
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Journal ArticleDOI

Mutations of bacteria from virus sensitivity to virus resistance

TL;DR: This article reported Luria and Delbruck's breakthrough study in which they established that viruses do not induce mutations in bacteria, but that virus-resisting mutations are spontaneous.
Journal ArticleDOI

A mutational assay system using the thymidine kinase locus in mouse lymphoma cells

TL;DR: An estimate can be made of the relative mutagenicities of various treatments of the TK locus and the observed induced mutation rates with the spontaneous TK +/− → TK −/− mutation rate.
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