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Ch. 1 | The Senses | 1 |
Early Studies of the Anatomy of the Sense Organs | 2 | |
The Physiology of Sensation | 5 | |
Cracking the Problem: Molecular Physiology | 9 | |
The Revolution of Molecular Biology | 11 | |
The Code Deciphered: Sensory Transduction | 16 | |
Ch. 2 | Mechanisms of Sensation | 19 |
Sensory Membrane | 21 | |
Organization of Membrane and Sensory Protein | 24 | |
Membrane Renewal | 26 | |
External Specializations | 29 | |
Detection of the Stimulus | 34 | |
Primary and Secondary Receptor Cells | 35 | |
Sensitivity of Transduction | 37 | |
Noise | 39 | |
Sex Pheromone Detection in the Male Moth | 39 | |
Ch. 3 | Channels and Electrical Signals | 43 |
Structure and Function of Ion Channels | 43 | |
The Structure of the Pore | 45 | |
Gating | 46 | |
Ionotropic Receptor Molecules | 48 | |
Membrane Potentials | 51 | |
The Nernst Equation | 52 | |
Ion Homeostasis | 55 | |
The Goldman Voltage Equation | 57 | |
Driving Force and Voltage Change | 58 | |
The Voltage Response of Hair Cells | 59 | |
The Technique of Voltage Champing | 60 | |
Voltage Clamping the Hair Cell | 63 | |
Ion Selectivity | 66 | |
Ch. 4 | Metabotropic Signal Transduction | 69 |
G Protein-Coupled Receptors | 72 | |
Heterotrimeric G Proteins | 75 | |
Effector Molecules | 77 | |
Second Messengers | 80 | |
Calcium and NO | 82 | |
Channels Gated by Second Messengers | 84 | |
A Metabotropic Sensory Receptor | 87 | |
Ch. 5 | Mechanoreceptors and Touch | 93 |
Mechanoreception in Paramecium | 93 | |
Transduction of Touch in the Roundworm Caenorhabditis Elegans | 96 | |
Crayfish Stretch Receptor | 101 | |
Insect Mechanoreceptors | 107 | |
Mechanoreceptors and Touch in Mammals | 111 | |
Molecular Biology of Mechanoreception in Mammals | 115 | |
Ch. 6 | Hair Cells and the Detection of Movement and Sound | 119 |
Tip Links | 123 | |
The Channels | 126 | |
Gating and Bundle Stiffness | 129 | |
Adaptation of Hair Cells | 134 | |
Modulation of Sensitivity | 138 | |
Organs of the Lateral Line | 140 | |
The Vestibular System | 142 | |
The Cochlea | 146 | |
Endolymph and Endocochlear Potential | 149 | |
Outer Hair Cells and Tuning | 151 | |
Electrical Resonance | 154 | |
Ch. 7 | Chemoreception and the Sense of Smell | 159 |
Chemotaxis | 159 | |
Olfaction in Insects | 164 | |
Receptor Proteins and Coding in Insects | 167 | |
Olfaction in Vertebrates: The Nasal Epithelium | 169 | |
Olfactory Receptor Proteins | 171 | |
The Mechanism of Transduction in Vertebrates | 172 | |
Desensitization and Adaptation | 178 | |
Olfactory Coding | 181 | |
The Olfactory Bulb | 182 | |
Alternative Mechanisms of Transduction | 184 | |
Vomeronasal Organ | 185 | |
Ch. 8 | Taste | 191 |
Gustation in Insects | 193 | |
Mammals: Taste Buds and the Tongue | 197 | |
The Transduction of Taste | 199 | |
Bitter | 202 | |
Sweet | 203 | |
Umami | 205 | |
Salty | 206 | |
Sour | 209 | |
Ch. 9 | Photoreception | 215 |
Photopigment Activation | 217 | |
Phototransduction | 219 | |
The Photoreceptors of Arthropods | 222 | |
Transduction in Arthropods | 226 | |
Photoreceptor Channels in Arthropods | 230 | |
The Role of Ca[superscript 2+] in the Regulation of Gain and Turn-Off | 234 | |
Vertebrate Rods and Cones | 237 | |
Transduction in Vertebrate Photoreceptors | 239 | |
Ion Channels of Rods and Cones | 242 | |
The Photocurrent | 244 | |
Shutting Down the Light Response | 248 | |
Light Adaptation | 253 | |
Pigment Renewal and the Recovery of Sensitivity after Bright Light | 256 | |
Ch. 10 | Extra Sensory Receptors | 261 |
Thermoreception | 262 | |
Seeing in the Dark: Heat Receptors as Detectors of Infrared | 267 | |
Electroreception | 271 | |
Tuberous Receptors and Electrolocation | 277 | |
Magnetoreception | 282 | |
References | 291 | |
Index | 329 |
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Add Sensory Transduction, Fain (UCLA) describes the major discoveries that have shown how sensory signals are detected by the organs of the body. The text's focus is on transduction—the ion channels, G proteins, enzymes, and second messengers that produce the responses of sensory , Sensory Transduction to the inventory that you are selling on WonderClubX
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Add Sensory Transduction, Fain (UCLA) describes the major discoveries that have shown how sensory signals are detected by the organs of the body. The text's focus is on transduction—the ion channels, G proteins, enzymes, and second messengers that produce the responses of sensory , Sensory Transduction to your collection on WonderClub |