BIOL 1202 Lecture Notes - Lecture 28: Symbiogenesis, Heterokont, Mixotroph

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4 Sep 2018
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Protists: the protists represents an unusual mix of organisms. Remember the eukaryotic differences: nucleus (with a double membrane, organelles, 2 or more chromosomes (dna + proteins) Since the protista are eukaryotic cells, they are clearly different from the. The differences between the protists and the rest of the eukaryotes are not quite as clear. Protists are nutritionally diverse and can be organized them into general groups based on nutritional methods: autotrophic (photosynthetic, heterotrophic (decomposers, heterotrophic (ingestion - hunters and symbiotic, mixotrophic (combining photosynthesis and ingestive or absorptive methods) The evolution of protists is the results of endosymbiosis (see fig. 28. 2: primary endosymbiosis resulted in plastid-bearing lineages which evolved into red and green algae, secondary endosymbiosis resulted in greater diversification. The current state of what was kingdom protista is five supergroups (see fig. Excavates: move via flagella, have a feeding groove, heterotrophic and have modified mitochondria.

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