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A Two-Stage Test for Distinguishing Random, Pseudo-Random and Nonrandom Mating Populations

✍ Scribed by Dr. J. J. Tai; Joumiao Liu


Publisher
John Wiley and Sons
Year
1996
Tongue
English
Weight
426 KB
Volume
38
Category
Article
ISSN
0323-3847

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✦ Synopsis


Abstract

There is no such an implication that a population in Hardy‐Weinberg equilibrium must have undergone random mating. Therefore, it is unequivocal that the usual tests for “Hardy‐Weinberg equilibrium” are indeed tests for “random union of gametes” but not for “random mating”. In this paper, utilizing population characteristics expressed in equilibrium state (equilibrium or disequilibrium) and mating behavior (random or nonrandom), a two‐stage testing procedure for distinguishing random, pseudo‐random and nonrandom mating populations is proposed. At the first stage, a population is tested for Hardy‐Weinberg equilibrium. If insignificant result (i.e., in equilibrium) is obtained, then to a second stage the population is further tested for mating behavior. Random mating‐pairs data are needed here for analysis instead of random individuals for usual Hardy‐Weinberg equilibrium tests. Since distinguishing the three types of mating populations depends on the combined results of two stages, the probability of correct determination of the two‐stage tests is discussed by simulation studies.


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