Background Chronic alcoholic myopathy is characterised by reduced muscle strength and structural changes including a decrease in the diameter of Type II (glycolytic, fast-twitch, anaerobic) fibres. In contrast, the Type I fibres (oxidative, slow-twitch, aerobic) are relatively protected. It is possible that adduct formation with reactive metabolites of ethanol may be a contributory process
Ethanol causes dysregulated muscle protein homeostasis while simultaneously causing hepatocyte injur...
Skeletal muscle dysfunction is highly prevalent and is one of the earliest pathological tissue chang...
Alcoholism is considered a physical dependence disorder. More than 18 million people are alcoholics ...
Background Chronic alcoholic myopathy is characterised by reduced muscle strength and structural cha...
Aims: Previous immunohistochemical studies have shown that the post-translational formation of aldeh...
Alcohol consumption induces a dose-dependent noxious effect on skeletal muscle, leading to progressi...
Alcoholic myopathy is characterized by muscle weakness and difficulties in gait and locomotion. It i...
The extensor digitorum longus (EDL) and soleus (SOL) muscle fibres from albino rats submitted to exp...
Abstract — Aims: Skeletal muscle appears to be susceptible to chronic and acute excess alcohol intak...
Abstract — Rats were chronically fed a nutritionally complete liquid diet containing 35 % of total c...
Chronic alcoholic myopathy affects up to two-thirds of all alcohol misusers and is characterized by ...
Alcohol can be considered as a nutritional toxin when ingested in excess amounts and leads to skelet...
This article represents the proceedings of a symposium at the 2000 ISBRA Meeting in Yokohama, Japan....
Background Chronic alcohol ingestion may cause severe biochemical and pathophysiological derangement...
Alcohol-related myopathy (Alc-M) is highly prevalent among heavy drinkers, although its pathogenesis...
Ethanol causes dysregulated muscle protein homeostasis while simultaneously causing hepatocyte injur...
Skeletal muscle dysfunction is highly prevalent and is one of the earliest pathological tissue chang...
Alcoholism is considered a physical dependence disorder. More than 18 million people are alcoholics ...
Background Chronic alcoholic myopathy is characterised by reduced muscle strength and structural cha...
Aims: Previous immunohistochemical studies have shown that the post-translational formation of aldeh...
Alcohol consumption induces a dose-dependent noxious effect on skeletal muscle, leading to progressi...
Alcoholic myopathy is characterized by muscle weakness and difficulties in gait and locomotion. It i...
The extensor digitorum longus (EDL) and soleus (SOL) muscle fibres from albino rats submitted to exp...
Abstract — Aims: Skeletal muscle appears to be susceptible to chronic and acute excess alcohol intak...
Abstract — Rats were chronically fed a nutritionally complete liquid diet containing 35 % of total c...
Chronic alcoholic myopathy affects up to two-thirds of all alcohol misusers and is characterized by ...
Alcohol can be considered as a nutritional toxin when ingested in excess amounts and leads to skelet...
This article represents the proceedings of a symposium at the 2000 ISBRA Meeting in Yokohama, Japan....
Background Chronic alcohol ingestion may cause severe biochemical and pathophysiological derangement...
Alcohol-related myopathy (Alc-M) is highly prevalent among heavy drinkers, although its pathogenesis...
Ethanol causes dysregulated muscle protein homeostasis while simultaneously causing hepatocyte injur...
Skeletal muscle dysfunction is highly prevalent and is one of the earliest pathological tissue chang...
Alcoholism is considered a physical dependence disorder. More than 18 million people are alcoholics ...