Mendellian genetics - Study guides, Class notes & Summaries

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Provides an overview of heredity concepts, including Mendellian and non-Mendellian genetics, the concept of multiple alleles, exceptions to Mendel, genes and the environment, linked genes, sex-linkage, crossover, recombination frequencies, the pedigree, x-inactivation, mutations, and nondisjunction.

Lecture notes for Dr. Ashmore of Genetics course BIOSC 0350, Spring 2023 at the University of Pittsburgh. Contains Mendelian Inheritance and Meiosis notes.

Explains Mendellian genetics, including Mendel's laws of heredity. Explains non-Mendellian genetics, types of dominance, and describes genetic interactions like pleiotropy and polygenetic inheritance. Defines key AP understandings and extensions to Mendel.

Lecture 4: Mendelian Inheritance I. How does inheritance work? A. Ancient Greeks ● Pangenesis i. Particles of man and woman blend together ii. Each body part has different particle (pangenes) B. Homunculus theory ● Preformed adult in a sperm ● Male “planted” homunculus in female ● Theory disproved, controversial C. Blending Inheritance ● Form of inheritance in which features of offspring are the average of those seen in parents i. If blending continued, everyone would ...

Lecture 4: Mendelian Inheritance I. How does inheritance work? A. Ancient Greeks ● Pangenesis i. Particles of man and woman blend together ii. Each body part has different particle (pangenes) B. Homunculus theory ● Preformed adult in a sperm ● Male “planted” homunculus in female ● Theory disproved, controversial C. Blending Inheritance ● Form of inheritance in which features of offspring are the average of those seen in parents i. If blending continued, everyone would ...