Physics in Biology and Medicine / Edition 4 available in Paperback, eBook
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Physics in Biology and Medicine / Edition 4
- ISBN-10:
- 0123865131
- ISBN-13:
- 9780123865137
- Pub. Date:
- 12/05/2012
- Publisher:
- Elsevier Science
- ISBN-10:
- 0123865131
- ISBN-13:
- 9780123865137
- Pub. Date:
- 12/05/2012
- Publisher:
- Elsevier Science
![Physics in Biology and Medicine / Edition 4](http://img.images-bn.com/static/redesign/srcs/images/grey-box.png?v11.9.4)
Physics in Biology and Medicine / Edition 4
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Overview
Paul Davidovits, Professor of Chemistry at Boston College, was co-awarded the prestigious R.W. Wood prize from the Optical Society of America for his seminal work in optics. His contribution was foundational in the field of confocal microscopy, which allows engineers and biologists to produce optical sections through 3D objects such as semiconductor circuits, living tissues, or a single cell. Dr. Davidovits earned his doctorate, masters, and undergraduate degrees from Columbia University. Prior to his appointment at Boston College, he was a faculty member at Yale University. He has published more than 150 papers in physical chemistry and is a Fellow of the American Physical Society and of the American Association for Advancement of Science. The second edition of Physics in Biology and Medicine received the Alpha Sigma Nu Book Award in the Discipline of the Natural Sciences.
A PERFECT FIT TO COURSES IN PHYSICS AND BIOPHYSICS
Physics in Biology and Medicine, Fourth Edition covers topics in physics as they apply to the life sciences, specifically medicine, physiology, nursing, and other applied health fields. The text provides clear descriptions of medical devices and techniques such as MRI, CAT scan, and cochlear implant.
Physics in Biology and Medicine, Fourth Edition is a concise introductory paperback that surveys and relates basic physics to living systems. It discusses biological systems that can be analyzed quantitatively, and shows how advances in the life sciences have been aided by the knowledge of physical and engineering analysis techniques.
- Provides practical techniques for applying knowledge of physics to the study of living systems
- Presents material in a straightforward manner requiring very little background in physics or biology
- Includes many figures, examples, illustrative problems, and appendices which provide convenient access to the most important concepts of mechanics, electricity, and optics
- An Instructor Solutions Manual is available at textbooks.elsevier.com
- Updated to include current research topics, including nanoscience, basal metabolism, laser imaging, and atomic force microscopy
Product Details
ISBN-13: | 9780123865137 |
---|---|
Publisher: | Elsevier Science |
Publication date: | 12/05/2012 |
Series: | Complementary Science |
Edition description: | Older Edition |
Pages: | 352 |
Product dimensions: | 6.00(w) x 9.00(h) x 0.70(d) |
About the Author
Table of Contents
Preface | xiii | |
1 | Static Forces | 1 |
1.1 | Equilibrium and Stability | 2 |
1.2 | Equilibrium Considerations for the Human Body | 3 |
1.3 | Stability of the Human Body under the Action of an External Force | 4 |
1.4 | Skeletal Muscles | 7 |
1.5 | Levers | 10 |
1.6 | The Elbow | 11 |
1.7 | The Hip | 15 |
1.7.1 | Limping | 17 |
1.8 | The Back | 17 |
1.9 | Standing Tip-Toe on One Foot | 19 |
1.10 | Dynamic Aspects of Posture | 19 |
Exercises | 21 | |
2 | Friction | 23 |
2.1 | Standing at an Incline | 25 |
2.2 | Friction at the Hip Joint | 26 |
2.3 | Spine Fin of a Catfish | 27 |
Exercises | 28 | |
3 | Translational Motion | 30 |
3.1 | Vertical Jump | 31 |
3.2 | Effect of Gravity on the Vertical Jump | 34 |
3.3 | Running High Jump | 35 |
3.4 | Range of a Projectile | 36 |
3.5 | Standing Broad Jump | 37 |
3.6 | Running Broad Jump | 38 |
3.7 | Motion through Air | 39 |
3.8 | Energy Consumed in Physical Activity | 41 |
Exercises | 42 | |
4 | Angular Motion | 44 |
4.1 | Forces on a Curved Path | 44 |
4.2 | A Runner on a Curved Track | 46 |
4.3 | Pendulum | 47 |
4.4 | Walking | 48 |
4.5 | Physical Pendulum | 49 |
4.6 | Speed of Walking and Running | 50 |
4.7 | Energy Expended in Running | 52 |
Exercises | 54 | |
5 | Elasticity and Strength of Materials | 56 |
5.1 | Longitudinal Stretch and Compression | 56 |
5.2 | A Spring | 57 |
5.3 | Bone Fracture: Energy Considerations | 59 |
5.4 | Impulsive Forces | 61 |
5.5 | Fracture Due to a Fall: Impulsive Force Considerations | 62 |
5.6 | Airbags: Inflating Collision Protection Devices | 63 |
5.7 | Whiplash Injury | 64 |
5.8 | Falling from Great Height | 65 |
Exercises | 65 | |
6 | Insect Flight | 67 |
6.1 | Hovering Flight | 67 |
6.2 | Insect Wing Muscles | 69 |
6.3 | Power Required for Hovering | 70 |
6.4 | Kinetic Energy of Wings in Flight | 72 |
6.5 | Elasticity of Wings | 73 |
Exercises | 74 | |
7 | Fluids | 76 |
7.1 | Force and Pressure in a Fluid | 76 |
7.2 | Pascal's Principle | 77 |
7.3 | Hydrostatic Skeleton | 78 |
7.4 | Archimedes' Principle | 81 |
7.5 | Power Required to Remain Afloat | 81 |
7.6 | Buoyancy of Fish | 82 |
7.7 | Surface Tension | 83 |
7.8 | Soil Water | 86 |
7.9 | Insect Locomotion on Water | 87 |
7.10 | Contraction of Muscles | 89 |
Exercises | 90 | |
8 | The Motion of Fluids | 92 |
8.1 | Bernoulli's Equation | 92 |
8.2 | Viscosity and Poiseuille's Law | 94 |
8.3 | Turbulent Flow | 95 |
8.4 | Circulation of the Blood | 96 |
8.5 | Blood Pressure | 98 |
8.6 | Control of Blood Flow | 100 |
8.7 | Energetics of Blood Flow | 100 |
8.8 | Turbulence in the Blood | 101 |
8.9 | Arteriosclerosis and Blood Flow | 101 |
8.10 | Power Produced by the Heart | 103 |
8.11 | Measurement of Blood Pressure | 103 |
Exercises | 104 | |
9 | Heat and Kinetic Theory | 106 |
9.1 | Heat and Hotness | 106 |
9.2 | Kinetic Theory of Matter | 106 |
9.3 | Definitions | 109 |
9.3.1 | Unit of Heat | 109 |
9.3.2 | Specific Heat | 109 |
9.3.3 | Latent Heats | 110 |
9.4 | Transfer of Heat | 110 |
9.4.1 | Conduction | 110 |
9.4.2 | Convection | 111 |
9.4.3 | Radiation | 112 |
9.4.4 | Diffusion | 113 |
9.5 | Transport of Molecules by Diffusion | 116 |
9.6 | Diffusion through Membranes | 118 |
9.7 | The Respiratory System | 119 |
9.8 | Diffusion and Contact Lenses | 122 |
Exercises | 122 | |
10 | Thermodynamics | 124 |
10.1 | First Law of Thermodynamics | 124 |
10.2 | Second Law of Thermodynamics | 126 |
10.3 | Difference between Heat and Other Forms of Energy | 127 |
10.4 | Thermodynamics of Living Systems | 129 |
10.5 | Information and the Second Law | 132 |
Exercises | 133 | |
11 | Heat and Life | 134 |
11.1 | Energy Requirements of People | 135 |
11.2 | Energy from Food | 136 |
11.3 | Regulation of Body Temperature | 138 |
11.4 | Control of Skin Temperature | 140 |
11.5 | Convection | 140 |
11.6 | Radiation | 142 |
11.7 | Radiative Heating by the Sun | 142 |
11.8 | Evaporation | 144 |
11.9 | Resistance to Cold | 145 |
11.10 | Heat and Soil | 147 |
Exercises | 148 | |
12 | Waves and Sound | 151 |
12.1 | Properties of Sound | 151 |
12.2 | Some Properties of Waves | 154 |
12.2.1 | Reflection and Refraction | 154 |
12.2.2 | Interference | 155 |
12.2.3 | Diffraction | 157 |
12.3 | Hearing and the Ear | 157 |
12.3.1 | The Performance of the Ear | 160 |
12.3.2 | Frequency and Pitch | 161 |
12.3.3 | Intensity and Loudness | 162 |
12.4 | Bats and Echoes | 164 |
12.5 | Sounds Produced by Animals | 165 |
12.6 | Clinical Uses of Sound | 165 |
12.7 | Ultrasonic Waves | 166 |
Exercises | 167 | |
13 | Electricity | 168 |
13.1 | The Nervous System | 168 |
13.1.1 | The Neuron | 169 |
13.1.2 | Electrical Potentials in the Axon | 171 |
13.1.3 | The Action Potential | 172 |
13.1.4 | The Axon as an Electric Cable | 174 |
13.1.5 | Propagation of the Action Potential | 175 |
13.1.6 | An Analysis of the Axon Circuit | 178 |
13.1.7 | Synaptic Transmission | 181 |
13.1.8 | Action Potentials in Muscles | 182 |
13.1.9 | Surface Potentials | 182 |
13.2 | Electricity in Plants | 183 |
13.3 | Electricity in the Bone | 184 |
13.4 | Electric Fish | 185 |
Exercises | 186 | |
14 | Electrical Technology | 188 |
14.1 | Electrical Technology in Biological Research | 188 |
14.2 | Diagnostic Equipment | 190 |
14.2.1 | The Electrocardiograph | 190 |
14.2.2 | The Electroencephalograph | 191 |
14.3 | Physiological Effects of Electricity | 192 |
14.4 | Control Systems | 194 |
14.5 | Feedback | 196 |
Exercises | 198 | |
15 | Optics | 200 |
15.1 | Vision | 200 |
15.2 | Nature of Light | 201 |
15.3 | Structure of the Eye | 201 |
15.4 | Accommodation | 202 |
15.5 | Eye and the Camera | 203 |
15.5.1 | Aperture and Depth of Field | 204 |
15.6 | Lens System of the Eye | 205 |
15.7 | Reduced Eye | 206 |
15.8 | Retina | 208 |
15.9 | Resolving Power of the Eye | 209 |
15.10 | Threshold of Vision | 211 |
15.11 | Vision and the Nervous System | 212 |
15.12 | Defects in Vision | 212 |
15.13 | Lens for Myopia | 213 |
15.14 | Lens for Presbyopia and Hyperopia | 214 |
15.15 | Extension of Vision | 215 |
15.15.1 | Telescope | 215 |
15.15.2 | Microscope | 216 |
15.15.3 | Confocal Microscopy | 217 |
15.15.4 | Fiber Optics | 220 |
Exercises | 222 | |
16 | Atomic and Nuclear Physics | 224 |
16.1 | The Atom | 224 |
16.2 | Spectroscopy | 229 |
16.3 | Quantum Mechanics | 231 |
16.4 | Electron Microscope | 232 |
16.5 | X-Rays | 234 |
16.6 | X-Ray Computerized Tomography | 235 |
16.7 | The Nucleus | 237 |
16.8 | Radiation Therapy | 238 |
16.9 | Food Preservation by Radiation | 239 |
16.10 | Isotopic Tracers | 240 |
16.11 | Magnetic Resonance Imaging | 241 |
16.11.1 | Nuclear Magnetic Resonance | 242 |
16.11.2 | Imaging with NMR | 246 |
16.12 | Atomic Theory and Life | 248 |
Exercises | 251 | |
Appendix A | Basic Concepts in Mechanics | 252 |
Appendix B | Review of Electricity | 266 |
Appendix C | Review of Optics | 272 |
Appendix D | Bibliography | 281 |
Appendix E | Answers to Numerical Exercises | 289 |
Index | 293 |
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Fully-revised and updated text on the application of physics principles in the life sciences, specifically medicine, physiology, biology, nursing and physical therapy.