Gram positive, flagellated rod. Produce endospores to survive harsh environmental periods ... Gram-negative, rod-shaped and flagellated ... Some Hot Springs Microbes ...
The Protozoans Ciliates Amoeboid Protozoans Flagellated Protozoans Kingdom Protozoa Defining Characteristics All are unicellular eukaryotes What is a prokaryote?
Kingdom Protista Chlamydomonas are actually unicellular and flagellated. Fungus-like protists, Myxomycota and Oomycota are decomposers. Phylum Myxomycota are made up ...
Kingdom Protista Chlamydomonas are actually unicellular and flagellated. Fungus-like protists, Myxomycota and Oomycota are decomposers. Phylum Myxomycota are made up ...
Flagellated heterotroph with no mitochondria & 3 flagella at its anterior end ... Stoneworts. Green algae. Volvox. 500 to 60,000 flagellated cells. Freshwater ponds ...
Giardia duodenalis (G. lamblia; G. intestinalis) Giardiasis. Most distinctive of the flagellates. Has both a trophozoite and cyst stage. Giardia duodenalis ...
Biomes Freshwater Ecosystem Animal Life Flagellates Diatoms Leeches River rats, Muskrats, Otters and Minks Sunfish and Bass Salmon and Perch Catfish species Turtle ...
Dinoflagellates Introduction Dinoflagellates are unicellular, flagellated protists The first modern dinoflagellate was described by Baker in 1753 The dinoflagellates ...
lack fruiting structure of Basidiomycota & Ascomycota. no flagellated state in life cycle ... dominant in coniferous forests, especially boreal or alpine regions ...
More than 500 viruses could fit inside a single bacterial cell. Viral Shapes. Helical Viruses ... Trichonympha: breakdown cellulose in termite hindgut. Flagellates ...
Macromolecules (proteins, nucleic acids, carbohydrates, and lipids) ... may be flagellated or ciliated (Paramecium), lack cell walls, some are parasitic. ...
Host range: infection of a limited range of host cells (receptor molecules on ... heterotrophic flagellates; Trypanosoma (African sleeping sickness; tsetse fly) ...
oyster effects on flagellates -grazing of 20um ciliates. Acknowledgements. REU/ NSF Oyster Reef Study. Dr. Eric Koepfler and Dr. Alan Lewitus. for guidance ...
Sponge Form and Function. Dermal ostia (body pores) Flagellated choanocytes trap food ... 95% of living sponge species. Spicules of silica. If absent, skeleton ...
Plants carry out photosynthesis using chlorophyll a and b ... Structure of flagellated sperm. Formation of a phragmoplast. 5 mm. Chara species, a pond organism ...
Figure 32.0 Coral Reef. Figure 32.1 Early embryonic development (Layer 1) ... Figure 32.3 One hypothesis for the origin of animals from a flagellated protist ...
Photosynthetic pigments are chlorophylls a and b. Chloroplasts have ... Micromonas very small, marine flagellate, single flagellum, primitive ... biflagellate ...
Video 4.5 Epidermal cells of an onion, with ... Video 4.13 Paramecium bursaria with green algal endosymbionts ... Video 4.16 A Paramecium uses cilia for feeding ...
Cryptosporidium is the organism most commonly isolated in HIV positive patients presenting with diarrhea. Treatment is symptomatic, with fluid rehydration, ...
Eukaryotic Pathogens: Algae and Protozoans What types of eukaryotic organisms are pathogenic, and how do they differ from bacteria? Algae: dinoflagellates and saxitoxin
Chapter 11 Protists Protist Charateristics Protists unicellular or multicellular eukaryotes that may be autotrophic or heterotrophic Autotrophs are organism ...
unicellular or multicellular (colonial or filamentous) reproduce sexually and asexually ... e.g. Paramecium. Apicomplexa -non motile -usually intracellular parasites ...
and some other organelles suggest that the ancestors of ... Paramecium is typical of this group. Ciliated alveolates. Alveolates have unique arrays of small, ...
Title: Cell Division and Mitosis Author: Mattie Roig Last modified by: Christine Pramuk Created Date: 5/10/1999 3:09:58 AM Document presentation format
A. plants with complex bodies comprised of subterranean organs (to access water ... water loss (especially in embryo); developed a cuticle; stomata in the leaf ...
How do they support themselves and locomote? How do they feed and digest? ... Cells are totipotent - they change form and function and they are mobile ...
... an echinoderm (sea urchin) embryo. Sea urchin development, from ... 47.11 Gastrulation in a sea urchin embryo. 32.8 Body plans of triploblastic bilateria ...
Protists on Parade Living things are classified into Six Kingdoms: Eubacteria Archaebacteria Protists Fungi Plants Animals We have discussed bacteria, which fit into ...
Sponges and Placozoans Chapter 12 * Phylum Placozoa Trichoplax adhaerens is the sole species of phylum Placozoa (marine). No symmetry No muscular or nervous organs ...