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Sensory Transduction Book

Sensory Transduction
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 has a rating of 4 stars
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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
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  • Sensory Transduction
  • Written by author Gordon L. Fain
  • Published by Sinauer Associates, Incorporated, January 2003
  • 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
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Book Categories

Authors

Ch. 1The Senses1
Early Studies of the Anatomy of the Sense Organs2
The Physiology of Sensation5
Cracking the Problem: Molecular Physiology9
The Revolution of Molecular Biology11
The Code Deciphered: Sensory Transduction16
Ch. 2Mechanisms of Sensation19
Sensory Membrane21
Organization of Membrane and Sensory Protein24
Membrane Renewal26
External Specializations29
Detection of the Stimulus34
Primary and Secondary Receptor Cells35
Sensitivity of Transduction37
Noise39
Sex Pheromone Detection in the Male Moth39
Ch. 3Channels and Electrical Signals43
Structure and Function of Ion Channels43
The Structure of the Pore45
Gating46
Ionotropic Receptor Molecules48
Membrane Potentials51
The Nernst Equation52
Ion Homeostasis55
The Goldman Voltage Equation57
Driving Force and Voltage Change58
The Voltage Response of Hair Cells59
The Technique of Voltage Champing60
Voltage Clamping the Hair Cell63
Ion Selectivity66
Ch. 4Metabotropic Signal Transduction69
G Protein-Coupled Receptors72
Heterotrimeric G Proteins75
Effector Molecules77
Second Messengers80
Calcium and NO82
Channels Gated by Second Messengers84
A Metabotropic Sensory Receptor87
Ch. 5Mechanoreceptors and Touch93
Mechanoreception in Paramecium93
Transduction of Touch in the Roundworm Caenorhabditis Elegans96
Crayfish Stretch Receptor101
Insect Mechanoreceptors107
Mechanoreceptors and Touch in Mammals111
Molecular Biology of Mechanoreception in Mammals115
Ch. 6Hair Cells and the Detection of Movement and Sound119
Tip Links123
The Channels126
Gating and Bundle Stiffness129
Adaptation of Hair Cells134
Modulation of Sensitivity138
Organs of the Lateral Line140
The Vestibular System142
The Cochlea146
Endolymph and Endocochlear Potential149
Outer Hair Cells and Tuning151
Electrical Resonance154
Ch. 7Chemoreception and the Sense of Smell159
Chemotaxis159
Olfaction in Insects164
Receptor Proteins and Coding in Insects167
Olfaction in Vertebrates: The Nasal Epithelium169
Olfactory Receptor Proteins171
The Mechanism of Transduction in Vertebrates172
Desensitization and Adaptation178
Olfactory Coding181
The Olfactory Bulb182
Alternative Mechanisms of Transduction184
Vomeronasal Organ185
Ch. 8Taste191
Gustation in Insects193
Mammals: Taste Buds and the Tongue197
The Transduction of Taste199
Bitter202
Sweet203
Umami205
Salty206
Sour209
Ch. 9Photoreception215
Photopigment Activation217
Phototransduction219
The Photoreceptors of Arthropods222
Transduction in Arthropods226
Photoreceptor Channels in Arthropods230
The Role of Ca[superscript 2+] in the Regulation of Gain and Turn-Off234
Vertebrate Rods and Cones237
Transduction in Vertebrate Photoreceptors239
Ion Channels of Rods and Cones242
The Photocurrent244
Shutting Down the Light Response248
Light Adaptation253
Pigment Renewal and the Recovery of Sensitivity after Bright Light256
Ch. 10Extra Sensory Receptors261
Thermoreception262
Seeing in the Dark: Heat Receptors as Detectors of Infrared267
Electroreception271
Tuberous Receptors and Electrolocation277
Magnetoreception282
References291
Index329


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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

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