Studies on the effect of denervation in developing muscle. 3. Diversification of myofibrillar structure and origin of the heterogeneity of muscle fiber types.
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Results for “Muscle Denervation”
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Acetylcholine contracture and excitation-contraction coupling in denervated rat diaphragm muscle.
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Acetylcholine↗
Changes in ascorbic acid content in denervated frog gastrocnemius muscle.
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Adrenal Glands↗
Calcium sensitivity of succinate and pyruvate dehydrogenase in the denervated amphibian skeletal muscle.
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Sodium influx into denervated rat diaphragm muscle fibre.
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Sugar uptake in acutely denervated levator ani muscle of rat.
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Motor neurotrophic factor in denervated adult skeletal muscle.
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Action of a cobra neurotoxin on denervated rat skeletal muscle.
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Acetylcholine↗
Electrical, mechanical, and physical properties of denervated latissimus dorsi muscles of the chicken.
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Action Potentials↗
An electrophysiological study of the effects of D-tubocurarine, atropine, and alpha-bungarotoxin on the cholinergic receptor in innervated and chronically denervated mammalian skeletal muscles.
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Action Potentials↗
Contractile activation, inactivation and repriming in denervated short scale muscles of the garter snake.
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Effects of ouabain on denervated and dystrophic muscles of the mouse.
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Molecular species of acetylcholinesterase in denervated rat skeletal muscle.
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Acetylcholinesterase↗
Early changes in the ultrastructure of denervated rat skeletal muscle.
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Effect of nerve extract of atrophy of denervated or immobilized muscles.
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Structural changes in myosin in dystrophic, denervated and regenerating muscle in mice.
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Adenosine Triphosphatases↗
Denervation of insect muscle: a comparative study of the changes in L-glutamate sensitivity on locust retractor unguis and extensor tibiae muscle.
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Independent effects of denervating the cricothyroid muscle and stenting on the anterior cricoid split: canine model.
The anterior cricoid split (ACS) has gained in popularity since its introduction in 1980, for the treatment of the difficult to extubate child. The procedure allows a successful extubation and avoids a tracheotomy about 75% of the time. How the ACS allows extubation remains poorly understood. Animal research has shown that in the canine model the ACS results in a gap in the cricoid cartilage with a subjective increase in the subglottic space (Senders and Eisele, 1978). This gap in the cricoid cartilage develops whether or not an endotracheal tube stent is used. This experiment was designed to quantitatively evaluate the effect of the ACS on the subglottic space with or without the use of the stent, and to evaluate the effect of the cricothyroid muscle on the ACS procedure. The results show that the ACS does result in an increase in the subcricoid space, and that the use of an endotracheal tube stent does result in a larger increase. The cricothyroid muscle has a strong immediate effect on the gap in the cricoid cartilage, which is eliminated by sectioning the external laryngeal nerve. The long-term effects of sectioning the external laryngeal nerve on the gap in the cricoid cartilage were not conclusive.
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