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Do dinoflagellates push or pull themselves through the water with their flagella? How does this compare to euglenoid movement? Blue coloration of this giant clar by symbiotic dinoflagellates that live Describe the number and arrangement of grooves in the cellulose plates of your specimens.

Do dinoflagellates push or pull themselves through the water with their flagella? How does this compare to euglenoid movement? Blue coloration of this giant clar by symbiotic dinoflagellates that live Describe the number and arrangement of grooves in the cellulose plates of your specimens.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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6 coverslips plastic droppers dissecting needle compound microscope 90 groove. The primary photosynthetic pigment is corophy of glucose may be stored as starch or lipids. When nutrients are abundant, certain marine dinoflagellates undergo large population "blooms" in such enormous numbers that they color the ocean waters a deep reddish hue for miles. The toxins and anoxic conditions produced by these red tides often poison massive numbers of fish and make shellfish in these areas unfit for human consumption. PROCEDURE 1 Obtain a prepared slide of dinoflagellates and examine with medium or high power. 2 Look for the two perpendicular grooves and the rigid cellulose plates. It may even be possible to make out flagella on well-prepared specimens (Figs. 6.5 and 6.6). 3 Next make a wet mount of a living dinoflagellate (either Peridinium or Ceratium) and examine it under medium or high power. 4 If the organisms are moving too quickly to observe easily, make another slide, this time adding a drop of methylcellulose, Protoslo, or Detain to slow their movement. Do dinoflagellates push or pull themselves through the water with their flagella? How does this compare to euglenoid movement? Exploring Zoology: A Laboratory Guide 6.4 Blue coloration of this giant clam, Tridacna, is caused by symbiotic dinoflagellates that live on the clam's skin. Describe the number and arrangement of grooves in the cellulose plates of your specimens.
Transcribed Image Text:6 coverslips plastic droppers dissecting needle compound microscope 90 groove. The primary photosynthetic pigment is corophy of glucose may be stored as starch or lipids. When nutrients are abundant, certain marine dinoflagellates undergo large population "blooms" in such enormous numbers that they color the ocean waters a deep reddish hue for miles. The toxins and anoxic conditions produced by these red tides often poison massive numbers of fish and make shellfish in these areas unfit for human consumption. PROCEDURE 1 Obtain a prepared slide of dinoflagellates and examine with medium or high power. 2 Look for the two perpendicular grooves and the rigid cellulose plates. It may even be possible to make out flagella on well-prepared specimens (Figs. 6.5 and 6.6). 3 Next make a wet mount of a living dinoflagellate (either Peridinium or Ceratium) and examine it under medium or high power. 4 If the organisms are moving too quickly to observe easily, make another slide, this time adding a drop of methylcellulose, Protoslo, or Detain to slow their movement. Do dinoflagellates push or pull themselves through the water with their flagella? How does this compare to euglenoid movement? Exploring Zoology: A Laboratory Guide 6.4 Blue coloration of this giant clam, Tridacna, is caused by symbiotic dinoflagellates that live on the clam's skin. Describe the number and arrangement of grooves in the cellulose plates of your specimens.
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Dinoflagellates are protists that play an important role in ocean ecosystems, and they possess certain unique features that allow them to survive in their environment. In this essay, we will explore the external features of dinoflagellates, including their cellulose plates and flagella, and compare their movement to other protists.

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