One of our expectations in this course is that students leave it with a thorough knowledge of either one particular protist group or a topic of particular relevance in protistology. Therefore you are asked to write one essay in each term of the course. Here are some guidelines for this term’s essay.
The prospectus will be worth ca. 10%-20% of the final grade for the Essay, and is due on Thursday, October 28th.
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-The history of plastids
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-Many roads towards multicellularity
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-The history of plastids in alveolates
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-The fate of mitochondria in amitochondriate
eukaryotes
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-Protists and the species concept
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-Evolutionary significance of nucleomorphs
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-Hydrogenosomes
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-The history of sex in protists
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-Evolutionary history of meiosis
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-Secondary endosymbiosis and protist diversity
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-The palaeontological view on the origin
of eukaryotes
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-The origin of (animals, fungi, higher plants)
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-How do (diatoms, gregarines, amoebae, foraminiferans)
move?
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-Morphogenesis of the diatom’s cell wall
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-Morphogenesis of coccoliths
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-Morphogenesis and evolution of the foraminiferan
shell
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-Bioluminescence in dinoflagellates
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-The eyes of dinoflagellates
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-Food vacuole processing in Paramecium
(or any other ciliate)
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-Ultrastructure of the apical complex
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-Ultrastructure of the (ciliate, apicomplexan)
cortex
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-How do (acantharians, polycystines, centrohelid
heliozoans, foraminiferans) eat?
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-Cell anatomy of phaeodarians
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-Food absorption in apicomplexans
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-What is a centrosome?
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-The nucleus of dinoflagellates
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-Losing immortality: ageing in ciliates
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-Mitosis in trichomonads
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-Control of (aggregation, differentiation)
in slime moulds
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-Macronuclear development in (karyorelictid,
hypotrich, oligohymenophoran) ciliates
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-Anatomy of the kinetosome
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-DNA editing in ciliates
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-Types of mitosis in protists
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-Protein transport into plastids (plants
vs. chromists)
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-Nuclear dualism in foraminiferans
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-Dinoflagellate toxins
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-Feeding mechanisms of karyorelictid ciliates
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-The glycocalyx of (lobose) amoebae
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-Endosymbiotic gene transfer and protein
targeting
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-Cellular slime moulds as models for developmental
biology
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-How does (Plasmodium, Trypanosoma, Leishmania,
Babesia, Toxoplasma, Eimeria) interact with the host to evade host defenses?
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-How does (Plasmodium, Eimeria, Babesia)
enter its host cell?
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-Molecular biology of (Phytophthora,
Plasmopara) infections in plants
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-Plasmodiophora infections in plants
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-Parasitism in (dinoflagellates, ciliates)
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-The microbial loop in planktonic foodchains
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-Plankton behaviour: circadian cycles
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-Can plankton blooms influence the planet’s
weather?
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-(Phototaxis, chemotaxis) in protists
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-Photosynthetic protists symbiotic in invertebrates
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-Phagotrophy in euglenoids
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-Ciguatera fish poisoning
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-Ichtyotoxicity caused by blooms of Heterosigma
akashiwo
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-The role of dinoflagellates in coral reef
formation
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-Protists and the search for oil
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-Symbioses and green algae
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-Lobose testate amoebae as pollution markers
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-You may choose to write an essay on a topic that is not included in the list above, but please see me before you start. Please avoid medical topics.
-This assignment will require a substantial amount of library work. I strongly recommend that you take one of the scheduled library tours and attend workshops on the use of reference material and the CD ROM-based reference system. It is a good idea to initially look for a fairly recent review article on your topic. As you find information, use the bibliographies of articles as sources for further information. When you have the names of individual researchers, you can use the Science Citation Index to find articles in which other people have referred to their work.