Table 1. Use the numbers of individuals with each of the three CCRS genotypes among 1318 Caucasian blood donors, to fill in the empty boxes (Data Source: Glass et al. 2006). Numbers observed Frequency observed (round to 3 decimal places) Frequency expected for population in HWE (round to 3 decimal places) +/+ Numbers of individuals expected (frequency expected times 1318 round to nearest whole number) 1102 Genotypes +/632 Use the data above to calculate allele frequencies. Freq of + Freq of 432 203 432/432 13 (round to 3 decimal places) row must sum to -1 values must sum to-1 row must sum to-1 row sums to 13187

Table 1. Use the numbers of individuals with each of the three CCRS genotypes among 1318 Caucasian blood donors, to fill in the empty boxes (Data Source: Glass et al. 2006). Numbers observed Frequency observed (round to 3 decimal places) Frequency expected for population in HWE (round to 3 decimal places) +/+ Numbers of individuals expected (frequency expected times 1318 round to nearest whole number) 1102 Genotypes +/632 Use the data above to calculate allele frequencies. Freq of + Freq of 432 203 432/432 13 (round to 3 decimal places) row must sum to -1 values must sum to-1 row must sum to-1 row sums to 13187

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter14: Biotechnology And Society

Section: Chapter Questions

Problem 10QP

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