BIOL 240: General Genetics
School: University of Tennessee (UT Knoxville )
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From: GradeBuddy Pages: 2More on gene function including post-translational modifications, gene expression in prokaryotes and eukaryotes, transcription, and prokaryotic promoters.
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From: GradeBuddy Pages: 2Gene function, disease mutations, and protein structure.
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From: GradeBuddy Pages: 4Models of genetic recombination and telomere dysfunction.
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From: GradeBuddy Pages: 2Bacteria Transformation experiments and DNA structure.
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From: GradeBuddy Pages: 2More on bacterial genetics. Focus mainly on forms of recombination in bacteria.
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From: GradeBuddy Pages: 2More on inversions, gene duplications and gene evolution.
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From: GradeBuddy Pages: 2Explanation of inversion and reciprocal translocation.
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From: GradeBuddy Pages: 2Discussion on chromosome rearrangements and the effects on humans.
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From: GradeBuddy Pages: 2Sex determination and the structure of the Y chromosome.
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From: GradeBuddy Pages: 2Discussion of epistasis and how gene interactions affect phenotype.
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From: GradeBuddy Pages: 8Study guide for topics covering mendelian genetics, probability, the cell cycle and mutations. Mendelian Genetics, Cell Cycle, and Genetic Variations
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From: GradeBuddy Pages: 2Focus on the types of alleles, gene naming, mutations, incomplete dominance, and codominance.
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From: GradeBuddy Pages: 2A detailed explanation of how to test probability using chi-squared testing.
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From: GradeBuddy Pages: 3Explanation of Mendel's conclusion to his experiment regarding his law of independent assortment and gene segregation, as well as examples using Punnett Squares.
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From: GradeBuddy Pages: 2Explanation of Mendel's experimentation with pea plants and his discovery of the law of segregation
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From: GradeBuddy Pages: 2Details on meiosis I and II as well as male and female gamete production
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From: GradeBuddy Pages: 2Outlook on chromosomes, overview of the cell cycle and mitosis, and an introduction to meiosis.