Lipids Contain a Carbon-To-Hydrogen Ratio of 1:2 2-11. Carbohydrates Contain Carbon, Hydrogen, and Oxygen in a 1:2:1 Ratio 2-10.
Acids, Bases, and Salts have Important Physiological Roles 2-9. Body Fluid pH is Vital for Homeostasis 2-8. Physiological Systems Depend on Water 2-7. Inorganic Compounds Usually Lack Carbon, and Organic Compounds Always Contain Carbon 2-6. Enzymes Catalyze Specific Biochemical Reactions by Lowering a Reaction’s Activation Energy 2-5. Decomposition, Synthesis, and Exchange Reactions are Important Chemical Reactions in Physiology 2-4. Chemical Bonds are Forces Formed by Interactions Among Atoms 2-3. Atoms are the Basic Particles of Matter 2-2. The Chemical Level of Organization An Introduction to the Chemical Level of Organization 2-1. Body Cavities of the Trunk Protect Internal Organs and Allow them to Change Shape Levels of Organization Homeostasis and Disease Imaging Techniques Chapter Review 2. Anatomical Terms Describe Body Regions, Anatomical Positions and Directions, and Body Sections 1-8. Negative Feedback Opposes Variations from Normal, Whereas Positive Feedback Exaggerates them 1-7. Homeostasis is the State of Internal Balance 1-6. The Human Body Consists of 11 Organ Systems 1-5. Levels of Organization Progress from Atoms and Molecules to a Complete Organism 1-4. Anatomy is Structure, and Physiology is Function 1-3.
All Living Things Display Responsiveness, Growth, Reproduction, Movement, and Metabolism 1-2. An Introduction to Anatomy and Physiology An Introduction to Studying the Human Body 1-1. Table of contents : Cover Copyright Page Text and Illustration Team Dedication Preface Acknowledgments Contents 1.
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