Electron Transport, ATP Synthesis, and Chemiosmosis , Biology

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Electron Transport, ATP Synthesis, and Chemiosmosis

Molecular oxygen is the ultimate electron acceptor. It accepts electrons from the electron transport chain.
These electrons originate from the energy-rich foods we eat.
In this Lesson, we’ll learn how the electron transport chain uses the energy released from food to synthesize ATP.

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Table of Contents

I. Welcome to Biology
	Biology and Biologists	18:11
	The Chemical Basis of Life	12:17
	Water and Life	17:48
	Acids, Bases and Buffers
	Organic Molecules	16:32
	Macromolecules	16:07
	Cells: The Basics	16:03
	More about Cells	23:19
	Cell Membranes	24:14
II. The Gene
	DNA Discovery & Structure	13:01
	DNA Replication	21:03
	The Transcription of DNA to RNA	17:05
	Translation: Protein Synthesis	18:30
	Eukaryotic Genomes	18:37
	Viral & Bacterial Genomes	12:50
	Applications of Biotechnology	13:29
III. Principles of Heredity
	The Cell Cycle & Mitosis	15:41
	Sexual Life Cycle & Meiosis	26:05
	The Mendelian Model of Inheritance	16:33
	Extensions of Mendel
	Genes & Chromosomes	16:57
IV. Evolutionary Biology
	Darwin in Historical Context	13:24
	Mechanisms of Evolution	19:21
	Speciation	12:15
V. Biological Diversity
	Systematics: Classifying Organisms	20:38
	The History of Life on Earth	1:41
	Prokaryotes	20:52
	Unicellular Eukaryotes	23:09
	Plants and Their Relatives	12:46
	The Fungi	17:08
	An Introduction to the Animals	16:11
	From Invertebrates to Vertebrates	20:45
VI. The Energetics of Life
	Cellular Energy Currency
	Enzymes and Metabolism	17:52
	An Overview of Metabolism	10:54
	Glycolysis	29:51
	The TCA Cycle	21:04
	Electron Transport, ATP Synthesis, and Chemiosmosis	21:05
VII. Animal Structure, Reproduction and Development
	Animal Form and Function	15:00
	Animal Reproduction	16:17
	Animal Development	20:38
VIII. Circulation, Body's Defenses, Nutrition
	The Circulatory System	20:19
	The Respiratory System	25:41
	The Lymphatic System and the Blood	12:23
	Nonspecific Immune Defenses	11:28
	Specific Immune Defenses	24:09
	Diet and Feeding Mechanisms	17:12
	The Digestive System	21:05
	Osmoregulation and Excretion	21:00
IX. Nervous System and Internal Controls
	Nervous Systems and Sensation	25:08
	How Nerves Work	22:50
	Hormones	30:22
	The Endocrine System	19:24
	Skeletons	13:58
	Muscle Structure and Contraction	17:26
X. Plants: Form and Function
	Plant Nutrition	21:04
	Introduction to Photosynthesis	20:51
	The Light Reactions	18:24
	The Calvin-Benson Cycle	14:32
	Plant Reproduction and Development	21:35
	Control Systems in Plants	16:52
XI. Ecology
	The Natural Setting	21:18
	Population Ecology	21:02
	CommModuley Ecology	22:29
	Energy Flow and the Water Cycle	21:56
	Chemical Element Cycles	20:47
XII. Conservation Biology
	Generation Advancement	21:49
	Basics of Behavior	23:00
	Social Behavior	24:03

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Electron Transport, ATP Synthesis, and Chemiosmosis

QuickNotes™

Electron Transport, ATP Synthesis, and Chemiosmosis

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