MARC details
| 000 -LEADER |
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| fixed length control field |
23596cam a22003014a 4500 |
| 003 - CONTROL NUMBER IDENTIFIER |
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| control field |
OSt |
| 005 - DATE AND TIME OF LATEST TRANSACTION |
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| control field |
20240221080037.0 |
| 008 - FIXED-LENGTH DATA ELEMENTS--GENERAL INFORMATION |
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| fixed length control field |
100318s2011 nyua 001 0 eng |
| 020 ## - INTERNATIONAL STANDARD BOOK NUMBER |
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| International Standard Book Number |
9780073378107 (hard copy : alk. paper) |
| 020 ## - INTERNATIONAL STANDARD BOOK NUMBER |
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| International Standard Book Number |
0073378100 (hard copy : alk. paper) |
| 040 ## - CATALOGING SOURCE |
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| Original cataloging agency |
BUL |
| Transcribing agency |
BUL |
| Modifying agency |
BUL |
| Language of cataloging |
eng |
| Description conventions |
rda |
| 082 ## - DEWEY DECIMAL CLASSIFICATION NUMBER |
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| Classification number |
QT 104 W641v 2008 |
| 100 1# - MAIN ENTRY--PERSONAL NAME |
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| Personal name |
Widmaier, Eric P. |
| 245 10 - TITLE STATEMENT |
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| Title |
Vander's human physiology : |
| Remainder of title |
the mechanisms of body function. |
| 246 30 - VARYING FORM OF TITLE |
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| Title proper/short title |
Human physiology |
| 250 ## - EDITION STATEMENT |
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| Edition statement |
12th ed. / |
| Remainder of edition statement |
Eric P. Widmaier, Hershel Raff, Kevin T. Strang. |
| 260 ## - PUBLICATION, DISTRIBUTION, ETC. |
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| Place of publication, distribution, etc. |
New York : |
| Name of publisher, distributor, etc. |
McGraw-Hill, |
| Date of publication, distribution, etc. |
c2011. |
| 300 ## - PHYSICAL DESCRIPTION |
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| Extent |
1 v. (various pagings) : |
| Other physical details |
col. ill. ; |
| Dimensions |
29 cm. |
| 504 ## - BIBLIOGRAPHY, ETC. NOTE |
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| Bibliography, etc. note |
Includes index. |
| 505 ## - FORMATTED CONTENTS NOTE |
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| Formatted contents note |
Contents<br/><br/>Chapter. 1 Homeostasis: A Framework for Human Physiology <br/>1.1. The Scope of Human Physiology<br/>1.2. How Is the Body Organized? <br/>Muscle Cells and Tissue <br/>Neurons and Nervous Tissue <br/>Epithelial Cells and Epithelial Tissue <br/>Connective-Tissue Cells and Connective Tissue <br/>Organs and Organ Systems <br/>1.3. Body Fluid Compartments <br/>1.4. Homeostasis: A Defining Feature of Physiology <br/>1.5. General Characteristics of Homeostatic Control Systems <br/>Feedback Systems <br/>Resetting of Set Points <br/>Feedforward Regulation <br/>1.6. Components of Homeostatic Control Systems <br/>Reflexes <br/>Local Homeostatic Responses<br/>1.7. Intercellular Chemical Messengers <br/>1.8. Processes Related to Homeostasis<br/>Adaptation and Acclimatization<br/>Biological Rhythms <br/>Balance in the Homeostasis of Chemical Substances in the Body <br/>Chapter. 1 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 2 Chemical Composition of the Body. <br/>2.1. Atoms<br/>Components of Atoms<br/>Atomic Number <br/>Atomic Weight<br/>Ions <br/>Atomic Composition of the Body <br/>2.2. Molecules <br/>Covalent Chemical Bonds<br/>Hydrogen Bonds <br/>Molecular Shape<br/>Ionic Molecules <br/>Free Radicals<br/>2.3. Solutions<br/>Water<br/>Molecular Solubility <br/>Concentration<br/>Hydrogen Ions and Acidity<br/>2.4. Classes of Organic Molecules<br/>Carbohydrates <br/>Lipids<br/>Proteins<br/>Nucleic Acids<br/>ATP <br/>Chapter. 2 Clinical Case Study <br/>Test Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 3 Cellular Structure, Proteins, and Metabolism <br/>Section A Cell Structure <br/>3A.1. Microscopic Observations of Cells <br/>3A.2. Membranes <br/>Membrane Structure <br/>Membrane Junctions <br/>3A.3. Cell Organelles <br/>Nucleus <br/>Ribosomes <br/>Endoplasmic Reticulum <br/>Golgi Apparatus <br/>Endosomes <br/>Mitochondria <br/>Lysosomes <br/>Peroxisomes <br/>Vaults <br/>Cytoskeleton<br/>Section B Proteins <br/>3B.1. Genetic Code <br/>3B.2. Protein Synthesis <br/>Transcription: mRNA Synthesis <br/>Translation: Polypeptide Synthesis <br/>Regulation of Protein Synthesis<br/>Mutation. <br/>3B.3. Protein Degradation<br/>3B.4. Protein Secretion <br/>Section C Protein-Binding Sites<br/>3C.1. Binding Site Characteristics <br/>Chemical Specificity <br/>Affinity <br/>Saturation <br/>Competition <br/>3C.2. Regulation of Binding Site Characteristics <br/>Allosteric Modulation <br/>Covalent Modulation <br/>Section D Enzymes and Chemical Energy<br/>3D.1. Chemical Reactions <br/>Determinants of Reaction Rates <br/>Reversible and Irreversible Reactions<br/>Law of Mass Action<br/>3D.2. Enzymes <br/>Cofactors<br/>3D.3. Regulation of Enzyme-Mediated Reactions <br/>Substrate Concentration <br/>Enzyme Concentration <br/>Enzyme Activity<br/>3D.4. Multienzyme Reactions <br/>Section E Metabolic Pathways<br/>3E.1. Cellular Energy Transfer<br/>Glycolysis<br/>Krebs Cycle<br/>Oxidative Phosphorylation <br/>3E.2. Carbohydrate, Fat, and Protein Metabolism <br/>Carbohydrate Metabolism<br/>Fat Metabolism <br/>Protein and Amino Acid Metabolism<br/>Metabolism Summary <br/>3E.3. Essential Nutrients <br/>Vitamins <br/>Chapter. 3 Clinical Case Study<br/>Test Questions<br/>Quantitative and Thought Questions<br/>Answers to Physiological Inquiries. <br/><br/>Chapter. 4 Movement of Molecules Across Cell Membranes<br/>4.1. Diffusion<br/>Magnitude and Direction of Diffusion<br/>Diffusion Rate Versus Distance<br/>Diffusion Through Membranes<br/>4.2. Mediated-Transport Systems<br/>Facilitated Diffusion<br/>Active Transport <br/>4.3. Osmosis<br/>Extracellular Osmolarity and Cell Volume<br/>4.4. Endocytosis and Exocytosis<br/>Endocytosis <br/>Exocytosis <br/>4.5. Epithelial Transport<br/>Chapter. 4 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions<br/>Answers to Physiological Inquiries<br/><br/>Chapter. 5 Control of Cells by Chemical Messengers<br/>5.1. Receptors <br/>Regulation of Receptors <br/>5.2. Signal Transduction Pathways<br/>Pathways Initiated by Lipid-Soluble Messengers <br/>Pathways Initiated by Water-Soluble Messengers <br/>Plasma Membrane Receptors and Gene Transcription <br/>Cessation of Activity in Signal Transduction Pathways <br/>Chapter. 5 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 6 Neuronal Signaling and the Structure of the Nervous System <br/>Section A Neural Tissue. 6A.1. Structure and Maintenance of Neurons <br/>6A.2. Functional Classes of Neurons <br/>6A.3. Glial Cells<br/>6A.4. Neural Growth and Regeneration <br/>Section B Membrane Potentials <br/>6B.1. Basic Principles of Electricity<br/>6B.2. The Resting Membrane Potential<br/>6B.3. Graded Potentials and Action Potentials <br/>Graded Potentials <br/>Action Potentials<br/>Section C Synapses <br/>6C.1. Functional Anatomy of Synapses<br/>6C.2. Mechanisms of Neurotransmitter Release <br/>6C.3. Activation of the Postsynaptic Cell <br/>Excitatory Chemical Synapses<br/>Inhibitory Chemical Synapses <br/>6C.4. Synaptic Integration <br/>6C.5. Synaptic Strength <br/>Modification of Synaptic Transmission by Drugs and Disease<br/>6C.6. Neurotransmitters and Neuromodulators<br/>Acetylcholine <br/>Biogenic Amines <br/>Amino Acid Neurotransmitters <br/>Neuropeptides <br/>Gases <br/>Purines<br/>6C.7. Neuroeffector Communication <br/>Section D Structure of the Nervous System <br/>6D.1. Central Nervous System: Brain <br/>Forebrain <br/>Cerebellum <br/>Brainstem <br/>6D.2. Central Nervous System: Spinal Cord. <br/>6D.3. Peripheral Nervous System <br/>6D.4. Autonomic Nervous System <br/>6D.5. Blood Supply, Blood-Brain Barrier, and Cerebrospinal Fluid <br/>Chapter. 6 Clinical Case Study <br/>Test Questions<br/>Quantitative and Thought Questions<br/>Answers to Physiological Inquiries <br/><br/>Chapter. 7 Sensory Physiology <br/>Section A General Principles <br/>7A.1. Sensory Receptors <br/>The Receptor Potential <br/>7A.2. Primary Sensory Coding <br/>Stimulus Type <br/>Stimulus Intensity <br/>Stimulus Location <br/>Central Control of Afferent Information <br/>7A.3. Ascending Neural Pathways in Sensory Systems <br/>7A.4. Association Cortex and Perceptual Processing <br/>Factors That Affect Perception <br/>Section B Specific Sensory Systems <br/>7B.1. Somatic Sensation<br/>Touch and Pressure <br/>Sense of Posture and Movement<br/>Temperature <br/>Pain <br/>Neural Pathways of the Somatosensory System <br/>7B.2. Vision <br/>Light <br/>Overview of Eye Anatomy <br/>The Optics of Vision <br/>Photoreceptor Cells and Phototransduction <br/>Neural Pathways of Vision<br/>Color Vision<br/>Color Blindness <br/>Eye Movement.<br/>7B.3. Hearing <br/>Sound <br/>Sound Transmission in the Ear <br/>Hair Cells of the Organ of Corti<br/>Neural Pathways in Hearing<br/>7B.4. Vestibular System<br/>The Semicircular Canals<br/>The Utricle and Saccule<br/>Vestibular Information and Pathways<br/>7B.5. Chemical Senses <br/>Taste <br/>Smell <br/>Chapter. 7 Clinical Case Study<br/>Test Questions<br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 8 Consciousness, the Brain, and Behavior <br/>8.1. States of Consciousness<br/>Electroencephalogram <br/>The Waking State<br/>Sleep <br/>Neural Substrates of States of Consciousness <br/>Coma and Brain Death <br/>8.2. Conscious Experiences <br/>Selective Attention <br/>Neural Mechanisms of Conscious Experiences<br/>8.3. Motivation and Emotion<br/>Motivation <br/>Emotion <br/>8.4. Altered States of Consciousness<br/>Schizophrenia <br/>The Mood Disorders: Depressions and Bipolar Disorders <br/>Psychoactive Substances, Dependences, and Tolerance <br/>8.5. Learning and Memory <br/>Memory <br/>The Neural Basis of Learning and Memory <br/>8.6. Cerebral Dominance and Language. <br/>Chapter. 8 Clinical Case Study <br/>Test Questions<br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 9 Muscle <br/>Section A Skeletal Muscle <br/>9A.1. Structure<br/>9A.2. Molecular Mechanisms of Skeletal Muscle Contraction <br/>Sliding-Filament Mechanism <br/>Roles of Troponin, Tropomyosin, and Ca2+ in Contraction <br/>Excitation-Contraction Coupling<br/>Membrane Excitation: The Neuromuscular Junction<br/>9A.3. Mechanics of Single-Fiber Contraction <br/>Twitch Contractions<br/>Load-Velocity Relation<br/>Frequency-Tension Relation<br/>Length-Tension Relation<br/>9A.4. Skeletal Muscle Energy Metabolism<br/>Muscle Fatigue<br/>9A.5. Types of Skeletal Muscle Fibers<br/>9A.6. Whole-Muscle Contraction <br/>Control of Muscle Tension<br/>Control of Shortening Velocity <br/>Muscle Adaptation to Exercise <br/>Lever Action of Muscles and Bones <br/>9A.7. Skeletal Muscle Disorders<br/>Muscle Cramps <br/>Hypocalcemic Tetany <br/>Muscular Dystrophy<br/>Myasthenia Gravis <br/>Section B Smooth and Cardiac Muscle <br/>9B.1. Structure of Smooth Muscle. 9B.2. Smooth Muscle Contraction and Its Control <br/>Cross-Bridge Activation <br/>Sources of Cytosolic Ca2+ <br/>Membrane Activation <br/>Types of Smooth Muscle <br/>9B.3. Cardiac Muscle<br/>Cellular Structure of Cardiac Muscle<br/>Excitation-Contraction Coupling in Cardiac Muscle<br/>Chapter. 9 Clinical Case Study<br/>Test Questions<br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries<br/><br/>Chapter. 10 Control of Body Movement <br/>10.1. Motor Control Hierarchy<br/>Voluntary and Involuntary Actions <br/>10.2. Local Control of Motor Neurons <br/>Interneurons <br/>Local Afferent Input <br/>10.3. The Brain Motor Centers and the Descending Pathways They Control <br/>Cerebral Cortex<br/>Subcortical and Brainstem Nuclei <br/>Cerebellum <br/>Descending Pathways. Note continued: 10.4. Muscle Tone <br/>Abnormal Muscle Tone<br/>10.5. Maintenance of Upright Posture and Balance <br/>10.6. Walking<br/>Chapter. 10 Clinical Case Study<br/>Test Questions<br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 11 The Endocrine System<br/>Section A Principles of Hormonal Control Systems <br/>11A.1. Hormone Structures and Synthesis <br/>Amine Hormones <br/>Peptide and Protein Hormones <br/>Steroid Hormones <br/>11A.2. Hormone Transport in the Blood <br/>11A.3. Hormone Metabolism and Excretion <br/>11A.4. Mechanisms of Hormone Action <br/>Hormone Receptors <br/>Events Elicited by Hormone-Receptor Binding <br/>Pharmacological Effects of Hormones <br/>11A.5. Inputs That Control Hormone Secretion <br/>Control by Plasma Concentrations of Mineral Ions or Organic Nutrients <br/>Control by Neurons <br/>Control by Other Hormones<br/>11A.6. Types of Endocrine Disorders <br/>Hyposecretion <br/>Hypersecretion <br/>Hyporesponsiveness and Hyperresponsiveness. <br/><br/>Section B The Hypothalamus and Pituitary Gland <br/>11B.1. Control Systems Involving the Hypothalamus and Pituitary Gland<br/>Posterior Pituitary Gland Hormones<br/>Anterior Pituitary Gland Hormones and the Hypothalamus <br/><br/>Section C The Thyroid Gland<br/>11C.1. Synthesis of Thyroid Hormones <br/>11C.2. Control of Thyroid Function<br/>11C.3. Actions of Thyroid Hormones <br/>Metabolic Actions <br/>Permissive Actions <br/>Growth and Development <br/>11C.4. Hypothyroidism and Hyperthyroidism <br/><br/>Section D The Endocrine Response to Stress <br/>11D.1. Physiological Functions of Cortisol <br/>11D.2. Functions of Cortisol in Stress <br/>11D.3. Adrenal Insufficiency and Cushing's Syndrome <br/>11D.4. Other Hormones Released During Stress<br/>11D.5. Psychological Stress and Disease <br/><br/>Section E Endocrine Control of Growth <br/>11E.1. Bone Growth <br/>11E.2. Environmental Factors Influencing Growth <br/>11E.3. Hormonal Influences on Growth <br/>Growth Hormone and Insulin-Like Growth Factors <br/>Thyroid Hormones <br/>Insulin <br/>Sex Hormones <br/>Cortisol <br/>Section F Endocrine Control of Ca2+ Homeostasis. <br/>11F.1. Effector Sites for Ca2+ Homeostasis<br/>Bone <br/>Kidneys <br/>Gastrointestinal Tract<br/>11F.2. Hormonal Controls <br/>Parathyroid Hormone<br/>1, 25-Dihydroxyvitamin D<br/>Calcitonin<br/>11F.3. Metabolic Bone Diseases <br/>Hypercalcemia <br/>Hypocalcemia <br/><br/>Chapter. 11 Clinical Case Study <br/>Test Questions<br/>Quantitative and Thought Questions<br/>Answers to Physiological Inquiries<br/><br/>Chapter. 12 Cardiovascular Physiology<br/>Section A Overall Design of the Circulatory System <br/>12A.1. System Overview<br/>12A.2. Pressure, Flow, and Resistance <br/>Section B The Heart <br/>12B.1. Anatomy<br/>Cardiac Muscle<br/>12B.2. Heartbeat Coordination <br/>Sequence of Excitation <br/>Cardiac Action Potentials and Excitation of the SA Node <br/>The Electrocardiogram<br/>Excitation-Contraction Coupling <br/>Refractory Period of the Heart <br/>12B.3. Mechanical Events of the Cardiac Cycle<br/>Mid-Diastole to Late Diastole<br/>Systole <br/>Early Diastole<br/>Pulmonary Circulation Pressures <br/>Heart Sounds <br/>12B.4. The Cardiac Output<br/>Control of Heart Rate<br/>Control of Stroke Volume <br/>12B.5. Measurement of Cardiac Function. <br/>Section C The Vascular System <br/>12C.1. Arteries <br/>Arterial Blood Pressure<br/>Measurement of Systemic Arterial Pressure<br/>12C.2. Arterioles <br/>Local Controls <br/>Extrinsic Controls<br/>Endothelial Cells and Vascular Smooth Muscle <br/><br/>Arteriolar Control in Specific Organs<br/>12C.3. Capillaries<br/>Anatomy of the Capillary Network<br/>Velocity of Capillary Blood Flow <br/>Diffusion Across the Capillary Wall: Exchanges of Nutrients and Metabolic End Products <br/>Bulk Flow Across the Capillary Wall: Distribution of the Extracellular Fluid<br/>12C.4. Veins <br/>Determinants of Venous Pressure <br/>12C.5. The Lymphatic System<br/>Mechanism of Lymph Flow <br/>Section D Integration of Cardiovascular Function: Regulation of Systemic Arterial Pressure<br/>12D.1. Baroreceptor Reflexes<br/>Arterial Baroreceptors<br/>The Medullary Cardiovascular Center <br/>Operation of the Arterial Baroreceptor Reflex<br/>Other Baroreceptors <br/>12D.2. Blood Volume and Long-Term Regulation of Arterial Pressure <br/>12D.3. Other Cardiovascular Reflexes and Responses <br/>Section E Cardiovascular Patterns in Health and Disease. <br/>12E.1. Hemorrhage and Other Causes of Hypotension <br/>Shock <br/>12E.2. The Upright Posture <br/>12E.3. Exercise <br/>Maximal Oxygen Consumption and Training <br/>12E.4. Hypertension <br/>12E.5. Heart Failure <br/>12E.6. Hypertrophic Cardiomyopathy<br/>12E.7. Coronary Artery Disease and Heart Attacks <br/>Section F Blood and Hemostasis<br/>12F.1. Plasma <br/>12F.2. The Blood Cells <br/>Erythrocytes<br/>Leukocytes <br/>Platelets <br/>Regulation of Blood Cell Production <br/>12F.3. Hemostasis: The Prevention of Blood Loss <br/>Formation of a Platelet Plug <br/>Blood Coagulation: Clot Formation <br/>Anticlotting Systems <br/>Anticlotting Drugs<br/>Chapter. 12 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions<br/>Answers to Physiological Inquiries <br/><br/>Chapter. 13 Respiratory Physiology<br/>13.1. Organization of the Respiratory System <br/>The Airways and Blood Vessels <br/>Site of Gas Exchange: The Alveoli<br/>Relation of the Lungs to the Thoracic (Chest) Wall<br/>13.2. Ventilation and Lung Mechanics <br/>How is a Stable Balance Achieved Between Breaths? <br/>Inspiration <br/>Expiration <br/>Lung Compliance <br/>Airway Resistance <br/>Lung Volumes and Capacities <br/>Alveolar Ventilation. <br/>13.3. Exchange of Gases in Alveoli and Tissues<br/>Partial Pressures of Gases <br/>Alveolar Gas Pressures<br/>Gas Exchange Between Alveoli and Blood<br/>Matching of Ventilation and Blood Flow in Alveoli <br/>Gas Exchange Between Tissues and Blood<br/>13.4. Transport of Oxygen in Blood <br/>What is the Effect of Po2 on Hemoglobin Saturation? <br/>Effects of Blood Pco2' H+ Concentration, Temperature, and DPG Concentration on Hemoglobin Saturation<br/>13.5. Transport of Carbon Dioxide in Blood <br/>13.6. Transport of Hydrogen Ion Between Tissues and Lungs <br/>13.7. Control of Respiration <br/>Neural Generation of Rhythmic Breathing <br/>Control of Ventilation by Po2' Pco2, and H+ Concentration <br/>Control of Ventilation During Exercise <br/>Other Ventilatory Responses <br/>13.8. Hypoxia <br/>Why Do Ventilation-Perfusion Abnormalities Affect O2 More Than CO2? <br/>Emphysema <br/>Acclimatization to High Altitude <br/>13.9. Nonrespiratory Functions of the Lungs <br/>Chapter. 13 Clinical Cast Study <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 14 The Kidneys and Regulation of Water and Inorganic Ions <br/>Section A Basic Principles of Renal Physiology. <br/>14A.1. Renal Functions <br/>14A.2. Structure of the Kidneys and Urinary System <br/>14A.3. Basic Renal Processes <br/>Glomerular Filtration <br/>Tubular Reabsorption <br/>Tubular Secretion <br/>Metabolism by the Tubules <br/>Regulation of Membrane Channels and Transporters <br/>"Division of Labor" in the Tubules<br/>14A.4. The Concept of Renal Clearance <br/>14A.5. Micturition <br/>Incontinence <br/>Section B Regulation of Ion and Water Balance <br/>14B.1. Total-Body Balance of Sodium and Water <br/>14B.2. Basic Renal Processes for Sodium and Water<br/>Primary Active Na+ Reabsorption<br/>Coupling of Water Reabsorption to Na+ Resbsorption <br/>Urine Concentration: The Countercurrent Multiplier System <br/>14B.3. Renal Sodium Regulation <br/>Control of GFR <br/>Control of Na+ Reabsorption<br/>14B.4. Renal Water Regulation <br/>Osmoreceptor Control of Vasopressin Secretion<br/>Baroreceptor Control of Vasopressin Secretion <br/>14B.5. A Summary Example: The Response to Sweating <br/>14B.6. Thirst and Salt Appetite <br/>14B.7. Potassium Regulation<br/>Renal Regulation of K+ <br/>14B.8. Renal Regulation of Calcium and Phosphate Ion. <br/>14B.9. Summary <br/>Division of Labor <br/>14B.10. Diuretics <br/>Section C Hydrogen Ion Regulation <br/>14C.1. Sources of Hydrogen Ion Gain or Loss <br/>14C.2. Buffering of Hydrogen Ion in the Body <br/>14C.3. Integration of Homeostatic Controls <br/>14C.4. Renal Mechanisms <br/>HCO3 <br/>Handling <br/>Addition of New HCO3<br/>to the Plasma <br/>Renal Responses to Acidosis and Alkalosis <br/>14C.5. Classification of Acidosis and Alkalosis<br/><br/>Chapter. 14 Clinical Case Study --<br/>Hemodialysis, Peritoneal Dialysis, and Transplantation <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 15 The Digestion and Absorption of Food <br/>15.1. Overview: Functions of the Gastrointestinal Organs <br/>15.2. Structure of the Gastrointestinal Tract Wall <br/>15.3. Digestion and Absorption <br/>Carbohydrate <br/>Protein <br/>Fats<br/>Vitamins <br/>Water and Minerals <br/>15.4. How Are Gastrointestinal Processes Regulated? <br/>Basic Principles <br/>Mouth, Pharynx, and Esophagus <br/>Stomach <br/>Pancreatic Secretions <br/>Bile Secretion and Liver Function <br/>Small Intestine <br/>Large Intestine. <br/>15.5. Pathophysiology of the Gastrointestinal Tract <br/>Ulcers <br/>Vomiting <br/>Gallstones <br/>Lactose Intolerance <br/>Constipation and Diarrhea <br/>Chapter. 15 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 16 Regulation of Organic Metabolism and Energy Balance <br/>Section A Control and Integration of Carbohydrate, Protein, and Fat Metabolism <br/>16A.1. Events of the Absorptive and Postabsorptive States <br/>Absorptive State <br/>Postabsorptive State. Note continued: <br/>16A.2. Endocrine and Neural Control of the Absorptive and Postabsorptive States <br/>Insulin <br/>Glucagon<br/>Epinephrine and Sympathetic Nerves to Liver and Adipose Tissue <br/>Cortisol <br/>Growth Hormone <br/>Summary of Hormonal Controls <br/>Hypoglycemia <br/>16A.3. Energy Homeostasis in Exercise and Stress <br/>Section B Regulation of Total-Body Energy Balance and Temperature <br/>16B.1. Basic Concepts of Energy Expenditure <br/>Metabolic Rate<br/>16B.2. Regulation of Total-Body Energy Stores<br/>Control of Food Intake <br/>Overweight and Obesity <br/>Eating Disorders: Anorexia Nervosa and Bulimia Nervosa<br/>What Should We Eat?<br/>16B.3. Regulation of Body Temperature <br/>Mechanisms of Heat Loss or Gain<br/>Temperature-Regulating Reflexes<br/>Temperature Acclimatization <br/>16B.4. Fever and Hyperthermia<br/>Chapter. 16 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries. <br/><br/>Chapter. 17 Reproduction <br/>Section A Overview of Terminology and General Principles <br/>Section B Gametogenesis, Sex Determination, and Sex Differentiation <br/>17B.1. Gametogenesis <br/>17B.2. Sex Determination <br/>17B.3. Sex Differentiation <br/>Differentiation of the Gonads <br/>Differentiation of Internal and External Genitalia <br/>17B.4. Sexual Differentiation of the Central Nervous System and Homosexuality <br/>Section C Male Reproductive Physiology<br/>17C.1. Anatomy<br/>17C.2. Spermatogenesis<br/>17C.3. Transport of Sperm<br/>Erection <br/>Ejaculation <br/>17C.4. Hormonal Control of Male Reproductive Functions <br/>Control of the Testes <br/>Testosterone <br/>17C.5. Puberty <br/>Secondary Sex Characteristics and Growth <br/>Behavior <br/>17C.6. Hypogonadism <br/>17C.7. Andropause <br/>Section D Female Reproductive Physiology <br/>17D.1. Anatomy <br/>17D.2. Ovarian Functions<br/>Oogenesis <br/>Follicle Growth <br/>Formation of the Corpus Luteum <br/>Sites of Synthesis of Ovarian Hormones. <br/>17D.3. Control of Ovarian Function <br/>Follicle Development and Estrogen Synthesis During the Early and Middle Follicular Phases <br/>LH Surge and Ovulation <br/>The Luteal Phase <br/>17D.4. Uterine Changes in the Menstrual Cycle <br/>17D.5. Other Effects of Estrogen and Progesterone <br/>17D.6. Androgens in Women <br/>17D.7. Puberty <br/>17D.8. Female Sexual Response <br/>17D.9. Pregnancy <br/>Egg Transport <br/>Intercourse, Sperm Transport, and Capacitation <br/>Fertilization <br/>Early Development, Implantation, and Placentation <br/>Hormonal and Other Changes During Pregnancy <br/>Parturition <br/>Lactation <br/>Contraception <br/>Infertility <br/>17D.10. Menopause <br/>Chapter. 17 Clinical Case Study<br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 18 The Immune System <br/>18.1. Cells and Secretions Mediating Immune Defenses<br/>Immune Cells <br/>Cytokines <br/>18.2. Innate Immune Responses<br/>Defenses at Body Surfaces <br/>Inflammation <br/>Interferons <br/>Toll-Like Receptors. <br/>18.3. Adaptive Immune Responses <br/>Overview<br/>Lymphoid Organs and Lymphocyte Origins <br/>Functions of B Cells and T Cells <br/>Lymphocyte Receptors <br/>Antigen Presentation to T Cells <br/>NK Cells <br/>Development of Immune Tolerance <br/>Antibody-Mediated Immune Responses: Defenses Against Bacteria, Extracellular Viruses, and Toxins <br/>Defenses Against Virus-Infected Cells and Cancer Cells <br/>18.4. Systemic Manifestations of Infection <br/>18.5. Factors That Alter the Resistance to Infection <br/>Acquired Immune Deficiency Syndrome (AIDS) <br/>Antibiotics <br/>18.6. Harmful Immune Responses <br/>Graft Rejection <br/>Transfusion Reactions <br/>Allergy (Hypersensitivity) <br/>Autoimmune Disease <br/>Excessive Inflammatory Responses <br/>Chapter. 18 Clinical Case Study <br/>Test Questions <br/>Quantitative and Thought Questions <br/>Answers to Physiological Inquiries <br/><br/>Chapter. 19 Medical Physiology: Integration Using Clinical Cases <br/>Case 19-1 A Woman with Palpitations and Heat Intolerance<br/>19-1.1. Case Presentation --<br/>19-1.2. Physical Examination. <br/>19-1.3. Laboratory Tests <br/>19-1.4. Diagnosis <br/>19-1.5. Physiological Integration <br/>19-1.6. Therapy <br/>Case 19-2 A Man with Chest Pain After a Long Airplane Flight <br/>19-2.1. Case Presentation <br/>19-2.2. Physical Examination <br/>19-2.3. Laboratory Tests <br/>19-2.4. Diagnosis <br/>19-2.5. Physiological Integration <br/>19-2.6. Therapy<br/>Case 19-3 A Man with Abdominal Pain, Fever, and Circulatory Failure <br/>19-3.1. Case Presentation<br/>19-3.2. Physical Examination <br/>19-3.3. Laboratory Tests <br/>19-3.4. Diagnosis <br/>19-3.5. Physiological Integration <br/>19-3.6. Therapy <br/>Case 19-4 A College Student with Nausea, Flushing, and Sweating <br/>19-4.1. Case Presentation <br/>19-4.2. Physical Examination<br/>19-4.3. Laboratory Tests <br/>19-4.4. Diagnosis <br/>19-4.5. Physiological Integration <br/>19-4.6. Therapy. |
| 650 #0 - SUBJECT ADDED ENTRY--TOPICAL TERM |
|---|
| Topical term or geographic name entry element |
Human physiology |
| Form subdivision |
Textbooks. |
| 700 1# - ADDED ENTRY--PERSONAL NAME |
|---|
| Personal name |
Raff, Hershel, |
| Dates associated with a name |
1953- |
| 700 1# - ADDED ENTRY--PERSONAL NAME |
|---|
| Personal name |
Strang, Kevin T. |
| 700 1# - ADDED ENTRY--PERSONAL NAME |
|---|
| Personal name |
Vander, Arthur J., |
| Dates associated with a name |
1933- |
| Title of a work |
Human physiology. |
| 906 ## - LOCAL DATA ELEMENT F, LDF (RLIN) |
|---|
| a |
7 |
| b |
cbc |
| c |
orignew |
| d |
1 |
| e |
ecip |
| f |
20 |
| g |
y-gencatlg |
| 942 ## - ADDED ENTRY ELEMENTS (KOHA) |
|---|
| Source of classification or shelving scheme |
Dewey Decimal Classification |
| Koha item type |
Book Open Access |
| Edition |
12th edition |
| Classification part |
QT 104 |
| Item part |
1 |
| Call number prefix |
W641v 2008 |
| Call number suffix |
QT 104 W641v 2008 |
