Nicotinic acetylcholine receptors in vertebrate muscle: properties, distribution and neural control
MM Salpeter, RH Loring - Progress in neurobiology, 1985 - Elsevier
MM Salpeter, RH Loring
Progress in neurobiology, 1985•Elsevier3 3.1 2. Insertion into plasma membrane 308 3.3 1.3. Steps m biosynthetic pathway at which
control may be exerted 309 3.3 1.4. Post-translational modifications 309 3.3. 2. Receptor
degradation 310 3 3.3. Neural effects on receptor site density and turnover 311 3.3 3.1.
Neural effect on synthesis 311 3.3 3.2 Neural effect on degradation 312 4. Conclusions 314
control may be exerted 309 3.3 1.4. Post-translational modifications 309 3.3. 2. Receptor
degradation 310 3 3.3. Neural effects on receptor site density and turnover 311 3.3 3.1.
Neural effect on synthesis 311 3.3 3.2 Neural effect on degradation 312 4. Conclusions 314
3 3.1 2. Insertion into plasma membrane 308 3.3 1.3. Steps m biosynthetic pathway at which control may be exerted 309 3.3 1.4. Post-translational modifications 309 3.3. 2. Receptor degradation 310 3 3.3. Neural effects on receptor site density and turnover 311 3.3 3.1. Neural effect on synthesis 311 3.3 3.2 Neural effect on degradation 312 4. Conclusions 314
Elsevier