Model of a schistosome

Biology Demonstration Manual (Peace Corps, 1993, 35 p.)

		(introduction...)
		Foreword
		Acknowledgements
		Bibliography
		Classification of living organisms
		The food chain game
		Growing peanuts
		Roots
		Root hairs
		Vascular bundles
		Presence of minerals in soil
		Necessity of sunlight
		Transport of water in plants
		Transpiration
		Presence of starch in leaves
		Pollination
		Seed dissemination
		Seed structure
		Cotyledons
		Necessity of water for germination
		Rainfall on leaves
		Growth curve of a plant
		Grafting
		Importance of ground cover
		Cell-tissue-organ-system-organism
		Length of the small intestine
		Enzymes
		The three food groups
		Three food groups homework
		Carnivore and herbivore teeth
		The food chain game
		Long capacity
		Model lung
		Blood circulation
		How physical activity affects heart and breathing rates
		Locomotion
		Antagonistic muscles
		Suction
		Fern reproduction
		Moss preservation
		Are yeast living organisms?
		Yeast
		Yeast budding
		Nitrogen fixing nodules
		Amoeba
		Bursting red blood cells
		Length of a ténia
		Model of a schistosome
		Adaptations
		Mountain formation
		Artesian well
		Bone structure
		Reflexes
		Test for glucose
		Test for starch
		Test for fats
		Test for proteins
		Cooling effect of sweat
		MICROSCOPE PREPARATIONS

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Model of a schistosome

Class: 5.

Lesson: La bilharzie

Rationale: Make a clay model of a male schistosome worm.

Materials:

clay (science kit)
20 cm of string

Procedure:

1. See Bordas Biologie Humaine 3, p. 199 for making the model.
2. Use the clay to make a male worm and the string to represent the female worm.
3. Use the model to explain the reproductive adaptation of the schistosome.

Source: Bordas Biologie Humaine 3, p. 199.