Biophysical science:
Gespeichert in:
| Hauptverfasser: | , , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Englewood Cliffs, NJ
Prentice-Hall
1979
|
| Ausgabe: | 2. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVIII, 634 S. graph. Darst. |
| ISBN: | 0130769010 |
Internformat
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| 100 | 1 | |a Ackerman, Eugene |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Biophysical science |c Eugene Ackerman ; Lynda B. Ellis ; Lawrence E. Williams* |
| 250 | |a 2. ed. | ||
| 264 | 1 | |a Englewood Cliffs, NJ |b Prentice-Hall |c 1979 | |
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Datensatz im Suchindex
| _version_ | 1804121804280692736 |
|---|---|
| adam_text | IMAGE 1
CONTENTS
PREFACE XV
PART A
SPECIAL SENSORY SYSTEMS
1 SOUND AND THE EAR 2
1.1 HEARING, 2/ 1.2 ACOUSTICS, 4/ 1.3 HEARING TESTS, 9/ 1.4 ANATOMY AND
ACTION OF THE EAR, 16/ REFERENCES, 22/
2 LIGHT AND THE EYE 24
2.1 VISION, 24/ 2.2 OPTICS, 26/ 2.3 ANATOMY OF THE EYE, 30/ 2.4
THRESHOLDS AND ACUITY, 40/ REFERENCES, 46/
3 INSECT COMMUNICATION 48
3.1 INTRODUCTION, 48/ 3.2 VISUAL COMMUNICATION, 50/ 3.3 COMMUNICATION BY
SOUND, 53/ 3.4 CHEMICAL COMMUNICATION, 54/ 3.5 INTERSPECIES
COMMUNICATION, 56/ 3.6 SUMMARY, 57/ REFERENCES, 58/
IMAGE 2
4 ALTERNATIVE METHODS OF ORIENTATION 59
4.1 INTRODUCTION, 59/ 4.2 T HE BATS, 59/ 4.3 THE DOLPHINS AND WHALES,
65/ 4.4 INFRARED SENSITIVITY OF SNAKES, 67/ 4.5 ELECTRIC FISH, 68/ 4.6
BIRD NAVIGATION AND HOMING, 71/ 4.7 SUMMARY, 73/ REFERENCES, 74/
PART B
NERVE AND MUSCLE
5 CONDUCTION OF IMPULSES BY NERVES 78
5.1 THE ROLE OF THE NERVOUS SYSTEM, 78/ 5.2 A BRIEF GLANCE AT
ELECTRICITY, 80/ JJ ANATOMY AND HISTOLOGY OF NEURONS, 83/ 5.4 THE SPIKE
POTENTIAL, 87/ 5.5 CLAMPED NERVE EXPERIMENTS, 91/ 5.6 SYNAPTIC
CONDUCTION, 97/ 5.7 SUMMARY, 100/
REFERENCES, 101/
6 ELECTRICAL POTENTIALS OF THE BRAIN 102
6.1 ELECTROENCEPHALOGRAPHY, 102/ 6.2 THE CENTRAL NERVOUS SYSTEM, 103/
6.3 ORIGINS OF THE ELECTROENCEPHALOGRAPHIC POTENTIALS, 107/ 6.4 THE
ELECTROENCEPHALOGRAPHIC PATTERNS, 110/
6.5 SLEEP STAGES, 113/ 6.6 EVOKED RESPONSE AVERAGING, 115/ 6.7 SUMMARY,
117/ REFERENCES, 117/
7 NEURAL MECHANISMS OF HEARING 119
7.1 THE TYPES OF THEORIES, 119/ 7.2 SPATIAL THEORIES, 120/ 7.3 TEMPORAL
THEORIES, 129/ 7.4 AUDITORY SYSTEM PATHWAYS, 130/ 7.5 ACOUSTIC ENCODING,
132/ 7.6 SUMMARY, 135/ REFERENCES, 135/
8 NEURAL ASPECTS OF VISION 137
8.1 INTRODUCTION, 137/ 8.2 COLOR DISCRIMINATION, 138/ 8.3 ISOLATED
NEURAL RESPONSES, 142/ 8.4 COORDINATED NEURAL RESPONSES, 144/ 8.5
CORTICAL REPRESENTATION, 146/ 8.6 SUMMARY OF VISION, 148/ REFERENCES,
149/
IMAGE 3
9 MUSCLES 151
9.1 INTRODUCTION, 151/ 9.2 MUSCLE STRUCTURE, 152/ 9.3 PHYSICAL CHANGES
DURING MUSCULAR CONTRACTION, 157/ 9.4 MUSCLE CHEMISTRY, 162/ 9.5
SUMMARY, 167/ REFERENCES, 168/
10 MECHANICAL AND ELECTRICAL CHARACTER OF THE HEARTBEAT 169
10.1 ROLE OF THE VERTEBRATE CIRCULATORY SYSTEM, 169/ 10.2 BLOOD
PRESSURES AND VELOCITIES, 170/ 10.3 THE VERTEBRATE HEART, 172/
10.4 THE HEART SEQUENCE, 174/ 10.5 VENTRICULAR CONTRACTILITY AND ENERGY,
177/ 10.6 ELECTROCARDIOGRAPHY, 180/
70.7 PHYSICS OF DIPOLES, 183/ 10.8 VECTOR ELECTROCARDIOGRAPHY, 187/ 10.9
SUMMARY, 189/ REFERENCES, 190/
PART C
PHYSICAL BIOLOGY
11 IONIZING RADIATION IN TISSUE 196
11.1 INTRODUCTION, 196/ 11.2 QUANTITATION OF DOSE, 197/ 11.3
CONTEMPORARY DOSE LEVELS, 198/ 11.4 ANNUAL DOSE LIMITS, 200/
11.5 CELLULAR CONSIDERATIONS, 201/ 11.6 MACRO BIOLOGICAL EFFECTS, 209/
11.7 SUMMARY, 213/ REFERENCES, 213/
12 BIOLOGICAL EFFECTS OF ELECTROMAGNETISM 215
12.1 INTRODUCTION, 215/ 12.2 ELECTRICAL IMPEDANCE, 216/ 12.3 BIOLOGICAL
IMPEDANCE MEASUREMENTS, 217/ 12.4 THE ATTENUATION OF ELECTROMAGNETIC
RADIATION, 222/
12.5 LOW-FREQUENCY EFFECTS, 223/ 12.6 MICROWAVE RADIATION, 224/ 12.7
LASER IRRADIATION, 227/ 12.8 ULTRAVIOLET RADIATION, 229/ 12.9 SUMMARY,
230/
REFERENCES, 231/
IMAGE 4
13 SONIC IRRADIATION 233
13.1 INTRODUCTION, 233/ 13.2 SOUND AND ULTRASOUND, 234/ 13.3 SONIC
CHARACTERISTICS OF BIOLOGICAL MATERIALS, 236/ 13.4 CAVITATION, 242/ 13.5
CAVITATION DAMAGE TO BIOLOGICAL CELLS, 245/
13.6 HIGH-INTENSITY IRRADIATION, 251/ 13.7 SUMMARY, 254/ REFERENCES,
254/
14 X-RAY ANALYSIS 256
14.1 X-RAY DIFFRACTION, 256/ 14.2 PROTEIN STRUCTURE, 263/ 14.3 NUCLEIC
ACIDS, 269/ 14.4 SUMMARY, 273/ REFERENCES, 275/
15 VIRUSES 276
15.1 INTRODUCTION, 276/ 15.2 PHYSICAL METHODS USED IN VIRUS STUDIES,
278/ 15.3 PHYSICAL BIOCHEMISTRY OF VIRUSES, 283/ 15.4 PHAGE GENETICS,
286/ 15.5 SUMMARY, 289/
REFERENCES, 290/
PART D
MOLECULAR BIOLOGY
16 PROTEINS AND NUCLEIC ACIDS 294
16.1 INTRODUCTION, 294/ 16.2 ULTRACENTRIFUGATION, 294/ 16.3 DNA
REPLICATION, 297/ 16.4 TRANSCRIPTION OF RNA, 298/
16.5 TRANSLATION OF RNA INTO PROTEIN, 299/ 16.6 THE GENETIC CODE, 302/
16.7 CONTROL OF PROTEIN SYNTHESIS, 303/ 16.8 SUMMARY, 304/ REFERENCES,
305/
17 MOLECULAR EFFECTS OF IONIZING RADIATION 306
17.1 INTRODUCTION, 306/ 17.2 ABSORPTION OF RADIATION, 307/ 17.3 DIRECT
EFFECTS OF RADIATION ON WATER, 311/ 17.4 RADIATION EFFECTS ON SYNTHETIC
POLYMERS, 312/ 17.5 TARGET THEORY, 317/ 17.6 INACTIVATION OF DRIED
PROTEIN FILMS, 319/ 17.7 INDIRECT EFFECTS, 322/ 17.8 SUMMARY, 323/
REFERENCES, 324/
IMAGE 5
18 ENZYME KINETICS 325
18.1 INTRODUCTION, 325/ 18.2 ENZYMES, 327/ 18.3 MICHAELIS-MENTEN
KINETICS, 329/ 18.4 ACTION OF INHIBITORS, 337/ 18.5 CATALASE AND
PEROXIDASE, 341/ 18.6 BIOLOGICAL OXIDIZING AGENTS, 347/ 18.7 GLYCOLYSIS
AND THE CITRIC ACID CYCLE, 348/ 18.8 OXIDATIVE PHOSPHORYLATION, 350/
18.9 SUMMARY OF ENZYME KINETICS, 354/ REFERENCES, 355/
19 MOLECULAR BASIS OF VISION 357
19.1 VISION AND PHOTOPIGMENTS, 357/ 19.2 RHODOPSIN, 358/ 19.3 OTHER
PHOTOPIGMENTS, 363/ 19.4 COLOR VISION DEFECTS, 364/ 19.5 ORIGIN OF THE
EARLY RECEPTOR POTENTIAL, 366/ 19.6 SUMMARY, 367/ REFERENCES, 367/
20 PHOTOSYNTHESIS 369
20.1 INTRODUCTION, 369/ 20.2 A LITTLE PLANT HISTOLOGY, 371/ 20.3 BASIC
PROCESSES OF PHOTOSYNTHESIS, 373/ 20.4 T HE PHOTOSYNTHETIC PIGMENTS,
375/ 20.5 T HE LIGHT REACTIONS, 381/ 20.6 T HE PATH OF CARBON IN
PHOTOSYNTHESIS, 383/ 20.7 SUMMARY, 387/ REFERENCES, 388/
PART E
THERMODYNAMICS AND TRANSPORT SYSTEMS
21 THERMODYNAMICS AND BIOLOGY 393
21.1 T HE ROLE OF THERMODYNAMICS IN BIOLOGY, 393/ 21.2 T HE LAWS OF
THERMODYNAMICS, 394/ 21.3 OTHER THERMODYNAMIC FUNCTIONS, 398/ 21.4
EQUILIBRIUM, 400/ 27.5 COLLISION THEORY, 405/ 21.6 ABSOLUTE RATE THEORY,
409/ REFERENCES, 412/
22 IRREVERSIBLE THERMODYNAMICS 413
22.1 NONEQUILIBRIUM AND IRREVERSIBLE SYSTEMS, 4 1 3/ 22.2 DISSIPATION
FUNCTIONS, 417/ 22.3 PHENOMENOLOGICAL EQUATIONS, 421/ 22.4 APPLICATIONS
OF IRREVERSIBLE THERMODYNAMICS, 424/ 22.5 SUMMARY OF THERMODYNAMICS,
430/ REFERENCES, 431/
IMAGE 6
23 DIFFUSION, PERMEABILITY, AND ACTIVE TRANSPORT 432
23.1 INTRODUCTION, 432/ 23.2 DIFFUSION EQUATIONS, 434/ 23.3 PERMEABILITY
AND THE R ED BLOOD CELL, 439/ 23.4 ACTIVE TRANSPORT, 444/
23.5 IRREVERSIBLE THERMODYNAMIC INTERPRETATION OF PERMEABILITY, 447/
23.6 SUMMARY, 451/ REFERENCES, 452/
24 BIOLOGICAL MEMBRANES 453
24.1 INTRODUCTION, 453/ 24.2 DONNAN MEMBRANE POTENTIALS, 454/ 24.3
MEMBRANE STRUCTURE, 456/ 24.4 MEMBRANE FUNCTION, 460/ 24.5 SUMMARY, 463/
REFERENCES, 464/
25 INFORMATION THEORY AND BIOLOGY 465
25.1 LANGUAGES, 465/ 25.2 INFORMATION THEORY AND COMPUTING, 466/ 25.3
INFORMATION THEORY AND SENSORY PERCEPTION, 470/ 25.4 INFORMATION
THEOREMS AND BIOMEDICAL COMPUTING, 474/ 25.5 INFORMATION THEORY AND
PROTEIN STRUCTURE, 475/ 25.6 T HE CODING OF GENETIC INFORMATION, 477/
25.7 SUMMARY, 479/ REFERENCES, 479/
PART F
SPECIALIZED INSTRUMENTATION AND TECHNIQUES
26 ABSORPTION SPECTROSCOPY 485
26.1 INTRODUCTION, 485/ 26.2 QUANTUM THEORY, 486/ 26.3 QUANTUM THEORY
AND SPECTROSCOPY, 490/ 26.4 LIGHT ABSORPTION, 496/ 26.5 OPTICAL
ACTIVITY, 503/
26.6 MAGNETIC RESONANCE, 506/ 26.7 SUMMARY, 513/ REFERENCES, 513/
27 EMISSION SPECTROSCOPY 515
27.1 INTRODUCTION, 515/ 27.2 FLUORESCENCE AND PHOSPHORESCENCE, 515/ 27.3
X - R AY FLUORESCENCE, 520/ 27.4 STIMULATED EMISSION, 523/ 27.5
MOESSBAUER SPECTROSCOPY, 526/ 27.6 SUMMARY, 529/
REFERENCES, 531/
IMAGE 7
28 MEDICAL ULTRASONOGRAPHY 532
28.1 INTRODUCTION, 532/ 28.2 METHODS, 533/ 28.3 WAVE REFLECTION
TECHNIQUES, 537/ 28.4 DOPPLER TECHNIQUES, 542/ 28.5 ACOUSTIC HOLOGRAPHY,
543/ 28.6 SUMMARY, 545/
REFERENCES, 545/
29 TRACER METHODS 547
29.1 INTRODUCTION, 547/ 29.2 RADIOACTIVITY, 548/ 29.3 OTHER TRACERS,
551/ 29.4 RADIOACTIVE IMAGING, 553/ 29.5 APPLICATIONS, 558/ 29.6
SUMMARY, 562/
REFERENCES, 562/
30 BIOMEDICAL COMPUTATION 563
30.1 BACKGROUND, 563/ 30.2 DATA PROCESSING, 567/ 30.3 SIMULATION, 570/
30.4 ON-LINE APPLICATIONS, 572/ 30.5 INFORMATION SYSTEMS, 575/ 30.6
SUMMARY, 578/ REFERENCES, 578/
APPENDICES
A ACOUSTICS 583
REFERENCES, 588/
B ELECTRICAL TERMINOLOGY 589
REFERENCES, 594/
C THE FAST FOURIER TRANSFORM 595
C.I THEORY, 595/ C.2 APPLICATIONS, 598/ REFERENCES, 599/
D BIOCHEMISTRY 600
D.I AMINO ACIDS AND PROTEINS, 600/ D.2 PURINES, PYRIMIDINES, AND NUCLEIC
ACIDS, 605/ D.3 LIPIDS AND CARBOHYDRATES, 608/ D.4 BIOCHEMICAL TAXONOMY,
613/ REFERENCES, 613/
IMAGE 8
E CELLULAR PHYSIOLOGY 614
E.I THE CELL, 614/ E.2 CELLULAR REPRODUCTION, 616/ REFERENCES, 619/
INDEX 621
|
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| illustrated | Illustrated |
| indexdate | 2024-07-09T17:03:48Z |
| institution | BVB |
| isbn | 0130769010 |
| language | English |
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| spelling | Ackerman, Eugene Verfasser aut Biophysical science Eugene Ackerman ; Lynda B. Ellis ; Lawrence E. Williams* 2. ed. Englewood Cliffs, NJ Prentice-Hall 1979 XVIII, 634 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Biophysics Biophysik (DE-588)4006891-2 gnd rswk-swf Biophysik (DE-588)4006891-2 s DE-604 Ellis, Lynda B. Verfasser aut Williams, Lawrence E. Verfasser aut SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=004890146&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Ackerman, Eugene Ellis, Lynda B. Williams, Lawrence E. Biophysical science Biophysics Biophysik (DE-588)4006891-2 gnd |
| subject_GND | (DE-588)4006891-2 |
| title | Biophysical science |
| title_auth | Biophysical science |
| title_exact_search | Biophysical science |
| title_full | Biophysical science Eugene Ackerman ; Lynda B. Ellis ; Lawrence E. Williams* |
| title_fullStr | Biophysical science Eugene Ackerman ; Lynda B. Ellis ; Lawrence E. Williams* |
| title_full_unstemmed | Biophysical science Eugene Ackerman ; Lynda B. Ellis ; Lawrence E. Williams* |
| title_short | Biophysical science |
| title_sort | biophysical science |
| topic | Biophysics Biophysik (DE-588)4006891-2 gnd |
| topic_facet | Biophysics Biophysik |
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