BIOL 172 Lecture Notes - Lecture 1: Symbiogenesis, Red Algae, Cell Membrane

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19 Jan 2017
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Origin of nucleus: plasma membrane folded into cell and around dna. Origin of er: plasma membrane folded into cell. Origin of mitochondrion: cell engulfed an aerobic heterotrophic prokaryote. Origin of chloroplast (plastid): photosynthetic prokaryote was engulfed, resulting in plastid. Secondary: can have occurred more than once. Evidence of endosymbiosis: mitochondria and chloroplasts have their own dna. Why nuclear genome of eukaryotes is a mixture of bacteria, eukaryotes, and sequences of the archaea. Eukaryotes derived from community of cells exchanging dna. Biodiversity: variety of life, how different groups of organisms are related. Systematics: classification of organisms according to relationships; based on phylogeny. Major flaw in how the kingdom protista was defined. Protists didn"t lead to bacteria, eukaryotes, and archaea. Why cells of protists are the most complex eukaryotic cells. Unicellular protists carry out all function of organism. Multicellular protists adopt the division of labor system. Tree used to show relationships between various groups.

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