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Dictionary » H » Hardy-Weinberg equilibrium Hardy-Weinberg equilibriumDefinition noun A principle stating that both allele and genotype frequencies in a randomly-mating population remain constant – and remain in this equilibrium across generations -- unless a disturbing influence is introduced.
For instance, a population containing the genotypes AA, aa and Aa, the frequency of AA will always be p2, aa will be q2, and Aa will be 2pq at equilibrium, where the p is the frequency of A and q is the frequency of a. Deviation from Hardy-Weinberg principle indicates evolution of species. Examples of disturbing influences include non-random mating, mutations, selection, limited population size, random genetic drift and gene flow.
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Results from our forumHardy Wein Berg Equilibrium problemHello, Can anybody help me with this? I'm completely stumped and have an exam tomorrow. 8. A population of white-clover plants on the coast of Wales includes individuals that release cyanide when their leaves are damaged (cyanogenic plants) and those that do not (acyanogenic plants). These differenc...
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Evolution Homework... you did there. As for the next generation, remember this system is in Hardy-Wienberg equilibrium, meaning allele frequencies remain constant. When you have mutation with a lethal ...
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Re: The Hardy-Weinburg equation describes a situation...I have had a think about it and I could only decide that H-W equilibrium wouldn't take place if the conditions for HW were incorrect A small population size which would cause genetic drift right? That covers two of the principals right? large pop size ...
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Frequencies in GenticsTime to go look up Hardy Wineberg equilibrium online. I don't do people's homework, sorry.
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How to calculate the p value for Hardy-Wenberg EquilibriumHi, I have used several online HW calculators, but I have noticed differences between them. How can I calculate the p value if I only know the Chi square?. Thanks a lot
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