BIOLOGY 1M03 Chapter Notes - Chapter 25: Inbreeding, Gene Pool, Antimicrobial Resistance

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25. 1: analyzing change in allele frequencies: the hardy-weinberg principle (pg. 528) Hardy and weinberg examined what happens to a the frequencies of alleles when many individuals in a population mate and produce offspring: wanted to know all the possible genotypes produced in a entire population. To analyze all the consequences of mating among the population, hardy and. Weinberg invented a novel approach: gene pool. Imagined all the gametes produced in each generation go into a single group then combined at random to form offspring. Determining genotypes present in the next generation: hardy and weinberg calculated what happened when two gametes were removed at random out of the gene pool, calculations help predict genotype of offspring and genotypic frequency. Frequency of: a1a1 genotype is p2 (homozygous dominant, a1a2 genotype is 2pq (heterozygous, a2a2 genotype is q2 (homozygous recessive) The genotype frequencies in the offspring generation must add up to 1.

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