Principles of Population Genetics**** The first edition (1980) is one of the 10 titles on quantitative genetics/population genetics cited in BCL3. For upper-level undergraduates and beginning graduate students with some background in genetics and population biology. Contains nine chapters with illustrations, boxed examples and problems. Annotation copyrighted by Book News, Inc., Portland, OR |
From inside the book
Results 1-3 of 88
Page 12
... shown at the left separate from one another ; by this stage , the chromosomes have replicated , and each cen ... shown in ( A ) will occur with probability 1 c , and the sequence shown in ( B ) will occur with probability c ...
... shown at the left separate from one another ; by this stage , the chromosomes have replicated , and each cen ... shown in ( A ) will occur with probability 1 c , and the sequence shown in ( B ) will occur with probability c ...
Page 26
... shown on the right . The possibility of crossing over is ignored here , and the plane of cell division in the first meiotic division is indicated by the dotted lines . The two modes of alignment shown on the top lead to what is called ...
... shown on the right . The possibility of crossing over is ignored here , and the plane of cell division in the first meiotic division is indicated by the dotted lines . The two modes of alignment shown on the top lead to what is called ...
Page 126
... shown in the next section . If the proportion of first cousin matings in a popu- lation is c , then the total frequency of affected children will be q2 ( 1 c ) ( for the matings between nonrelatives ) + c [ q2 ( 1 1/16 ) + q ( 1/16 ) ...
... shown in the next section . If the proportion of first cousin matings in a popu- lation is c , then the total frequency of affected children will be q2 ( 1 c ) ( for the matings between nonrelatives ) + c [ q2 ( 1 1/16 ) + q ( 1/16 ) ...
Contents
The Genetic Background of Population Genetics | 3 |
The Molecular Basis of Molecular Population Genetics | 28 |
The Statistical Basis of Population Genetics | 40 |
Copyright | |
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Common terms and phrases
aaBB age structure allele frequency allozyme amino acid artificial selection assortative mating average breeding calculated called change in allele Chapter chromosome demes denoted distribution dominant Drosophila melanogaster effective number environment enzyme equal equation equilibrium estimates evolution evolutionary evolve example F₁ favored females Figure fitness gametes gene genetic variation genotype frequencies Hardy-Weinberg heritability heterozygosity heterozygous homozygotes homozygous human hybrid identical by descent inbreeding coefficient individual inversion involved loci locus males mean melanic migration mimicry mutation N₁ natural populations natural selection neutral nucleotide occur offspring p₁ percent plants polymorphism population genetics populations of Drosophila probability proportion protein quantitative genetics quantitative trait quency random genetic drift random mating recessive recombination relative represents seeds sequence shifting balance shown speciation species subpopulations Table tion twins ulation Univ σ²