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	item		title / description	chapter	type
	1		activity 1.2, Introduction to Experimental Design Regardless of the outcome, a well-designed experiment can yield valuable information. In this activity you will learn the fundamental rules of scientific experimentation and then apply them in an experiment on behavior in the Zonosemata fly. \cd_activities\1_2\index.htm	01	CD Activities
	2		activity 1.2, Introduction to Experimental Design > concept 5, The Zonosemata Fly Experiment \cd_activities\1_2_5\index.htm	01	Animated Concepts
	3		activity 1.2, Introduction to Experimental Design > concept 6, Postquiz \cd_activities\1_2_6\index.htm	01	Animated Concepts
	4		activity 1.2, Introduction to Experimental Design concept 5, The Zonosemata Fly Experiment > screen 1, 1_2_5_1.swf \individual_animations\1_2_5_1.swf	01	Individual Animations
	5		activity 1.2, Introduction to Experimental Design concept 5, The Zonosemata Fly Experiment > screen 2, 1_2_5_2.swf \individual_animations\1_2_5_2.swf	01	Individual Animations
	6		activity 1.2, Introduction to Experimental Design concept 5, The Zonosemata Fly Experiment > screen 3, 1_2_5_3.swf \individual_animations\1_2_5_3.swf	01	Individual Animations
	7		activity 1.2, Introduction to Experimental Design concept 5, The Zonosemata Fly Experiment > screen 4, 1_2_5_4.swf \individual_animations\1_2_5_4.swf	01	Individual Animations
	8		activity 9.1, Meiosis How does a cell reduce its chromosome number by half in preparation for sexual reproduction? \cd_activities\9_1\index.htm	09	CD Activities
	9		activity 11.2, The Triplet Nature of the Genetic Code Explore how scientists deduced the length of a genetic word, called a codon. \cd_activities\11_2\index.htm	11	CD Activities
	10		activity 11.2, The Triplet Nature of the Genetic Code concept 5, Combining Three Deletions > screen 1, 11_2_5_1.swf \individual_animations\11_2_5_1.swf	11	Individual Animations
	11		activity 11.2, The Triplet Nature of the Genetic Code concept 5, Combining Three Deletions > screen 2, 11_2_5_2.swf \individual_animations\11_2_5_2.swf	11	Individual Animations
	12		activity 11.2, The Triplet Nature of the Genetic Code concept 5, Combining Three Deletions > screen 3, 11_2_5_3.swf \individual_animations\11_2_5_3.swf	11	Individual Animations
	13		activity 13.1, Transcription Explore how the cell converts the code in DNA into an RNA copy that can be used to direct protein synthesis. \cd_activities\13_1\index.htm	13	CD Activities
	14		activity 13.1, Transcription concept 5, The Termination Step > screen 1, 13_1_5_1.swf \individual_animations\13_1_5_1.swf	13	Individual Animations
	15		activity 40.2, Understanding Diabetes Mellitus How is blood glucose regulated, and how is that regulation impaired in individuals with diabetes mellitus? \cd_activities\40_2\index.htm	40	CD Activities
	16		activity 48.1, Modeling Population Growth How does a population grow when it has no limits, compared to when it faces limited environmental resources? \cd_activities\48_1\index.htm	48	CD Activities
	17		activity 48.1, Modeling Population Growth concept 3, Density-Dependent Growth > screen 2, 48_1_3_2.swf \individual_animations\48_1_3_2.swf	48	Individual Animations
	18		activity 50.3, Community Stability Explore how resilience and resistance can be used to measure stability. \cd_activities\50_3\index.htm	50	CD Activities
	18 items exported