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Chapter 16 Introductionmorris2e_ch16_1.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_1_dlap.xml5612ce73757a2ee069000000
16.1 Early Theories of Inheritance morris2e_ch16_2.html5612ce73757a2ee069000000
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Early theories of heredity predicted the transmission of acquired characteristics. morris2e_ch16_3.html5612ce73757a2ee069000000
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Belief in blending inheritance discouraged studies of hereditary transmission. morris2e_ch16_4.html5612ce73757a2ee069000000
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16.2 The Foundations of Modern Transmission Genetics morris2e_ch16_5.html5612ce73757a2ee069000000
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Mendel’s experimental organism was the garden pea. morris2e_ch16_6.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_6_dlap.xml5612ce73757a2ee069000000
In crosses, one of the traits was dominant in the offspring. morris2e_ch16_7.html5612ce73757a2ee069000000
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16.3 Segregation: Mendel’s Key Discovery morris2e_ch16_8.html5612ce73757a2ee069000000
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Genes come in pairs that segregate in the formation of reproductive cells. morris2e_ch16_9.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_9_dlap.xml5612ce73757a2ee069000000
The principle of segregation was tested by predicting the outcome of crosses. morris2e_ch16_10.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_10_dlap.xml5612ce73757a2ee069000000
A testcross is a mating to an individual with the homozygous recessive genotype. morris2e_ch16_11.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_11_dlap.xml5612ce73757a2ee069000000
Segregation of alleles reflects the separation of chromosomes in meiosis. morris2e_ch16_12.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_12_dlap.xml5612ce73757a2ee069000000
Dominance is not universally observed. morris2e_ch16_13.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_13_dlap.xml5612ce73757a2ee069000000
The principles of transmission genetics are statistical and are stated in terms of probabilities. morris2e_ch16_14.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_14_dlap.xml5612ce73757a2ee069000000
Mendelian segregation preserves genetic variation. morris2e_ch16_15.html5612ce73757a2ee069000000
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16.4 Independent Assortment morris2e_ch16_16.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_16_dlap.xml5612ce73757a2ee069000000
Independent assortment is observed when genes segregate independently of one another. morris2e_ch16_17.html5612ce73757a2ee069000000
DLAP questionsmorris2e_ch16_17_dlap.xml5612ce73757a2ee069000000
Independent assortment reflects the random alignment of chromosomes in meiosis. morris2e_ch16_18.html5612ce73757a2ee069000000
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Phenotypic ratios can be modified by interactions between genes. morris2e_ch16_19.html5612ce73757a2ee069000000
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16.5 Patterns of Inheritance Observed in Family Histories morris2e_ch16_20.html5612ce73757a2ee069000000
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Dominant traits appear in every generation. morris2e_ch16_21.html5612ce73757a2ee069000000
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Recessive traits skip generations. morris2e_ch16_22.html5612ce73757a2ee069000000
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Many genes have multiple alleles. morris2e_ch16_23.html5612ce73757a2ee069000000
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Incomplete penetrance and variable expression can obscure inheritance patterns. morris2e_ch16_24.html5612ce73757a2ee069000000
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Case 3: How do genetic tests identify disease risk factors? morris2e_ch16_25.html5612ce73757a2ee069000000
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Chapter 16 Summarymorris2e_ch16_26.html5612ce73757a2ee069000000
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