1st Edition
BIO 325: Genetics
School: University of Texas at Austin (UT )
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Pages: 8Mutations, gene mapping, transcription, translation, DNA replication, mRNA, tRNA, ribosomes, enzymes, complementation test
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Pages: 2Overview of how to organize genes on a chromosome based on recombination frequencies
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Pages: 2Lecture 6; includes discussion of recombinant and oparental genes, as well as the chi-square test, relation to probability, and relevance in meiosis.
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Pages: 3Lecture 5 Notes: Notes from the in-class lecture including chromosomes, the celly cycle, meiosis, mitosis, and sex-linked inheritance; and how these all relate back to Mendel's theories
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Pages: 3Situations in which Mendel's laws still apply but they involve multiple genes instead of just one.
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Pages: 2Cases describing differences in gene behavior that Mendel would not have experienced, but that do not break any of his laws.
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Pages: 3An introduction into Mendel's Laws and the derivation of the theories of independent assortment, dominant and recessive traits, and segregating genes
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Pages: 2Review of Bio 1 terms such as phenotype and genotype, central dogma, and the human genome. Theories and history of genetics