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Description
Fall 2017
Inder Saxena
BIO 325
Mendel's Priciples of Heredity
These notes cover the introduction to genetics, Mendel's laws and experiments, and extensions of Mendel's work such as incomplete dominance, codominance, multiple alleles, pleiotropy, and epistasis
Covers Chapter 3
These notes cover the material in chapter 4, which includes the processes of mitosis, meiosis, and sex-linked traits.
These notes cover material from chapters 2-4 that could be on our exam on Sep. 26
Meiosis, Mitosis, and Patterns of Inheritance
Outline of important concepts from chapters 2-5
Covers Chapters 5 and some parts of 6
These notes cover the first part of chapter 5, including topics like gene linkage, recombination, the chi squared test, mapping, and interference
Covers Chapter 6 in the textbook
These notes cover the material in Chapter 5, including gene linkage, chi squared, recombination, interference, gene mapping, tetrads, and mitotic recombination
These are all the notes from chapters 5 and 6 condensed to be used as a study guide for exam 2. (tetrad calculations are not included because they will not be tested)
Notes covering chapters 6.5, 7.1, 7.3, and 7.4
Lecture notes from Chapter 8
These notes cover recombination, DNA replication, DNA structure, and types of mutations
Covers Chapter 8, and Chapter 7.2
These notes cover transcription, translation, restriction enzymes, and DNA sequencing
These notes cover the material from chapters 8-10. This includes transcription, translation, and different types of DNA sequencing
Reviews material from chapters 6-8: DNA and RNA replication, mutagens, mutagen repair mechanisms, experiments
These notes cover different types of model genetic organisms, but focus on how mice are used as models
These notes cover regulation of gene expression, epigenetics, and organelle genomes
These notes cover materials from chapters 11 (sections 1-3), 12, and 14, as well as mice as a genetic model. This exam is comprehensive, so please refer to my past reviews as well.
These notes cover the CRISPR/CAS9 system
Contains a review of material from all chapters covered in the course