1. 1. Protein synthesis was measured in the hearts of rats exposed to acetaldehyde vapour for 21 days. 2. 2. Exposure to acetaldehyde significantly increased heart weight (expressed as % body weight) but was without effect on the rate of synthesis of mixed cardiac proteins. 3. 3. Concentrations of RNA in the hearts were not altered by acetaldehyde exposure, indicating no change in RNA activity for protein synthesis
1. 1. Cardiac hypertrophy, induced in rats by either tri-iodothyronine or isoproterenol, administere...
In previous studies we have shown that ethanol-fed rats generate antibodies reactive with proteins m...
AbstractCaloric excess has been postulated to disrupt cardiac function via (i) the generation of tox...
Abstract — The present study was designed to evaluate the kinetics of acetaldehyde (ACT) and its act...
Rats fed ethanol for periods of 3-27 months were found to produce an immune response to acetaldehyde...
Liver cytosolic fractions, obtained from rats pair-fed diets supplemented with either ethanol or an ...
Liver disease has been shown to affect the cardiovascular system and may influence cardiac protein m...
Supernatant of rat heart homogenates obtained by centrifugation at 700 × g for 10 min, incubated in ...
Ethanol depresses the incorporation of amino acids into cell proteins of rat liver slices. This inhi...
1. 1. The activities of leucine aminotransferase (BCAT) and 2-oxoisocaproate dehydrogenase (OADH) we...
Although chronic diarrhea affects heart function and morphology, the pathogenic mechanisms are unkno...
Alcoholism is one of the major causes of non-ischemic heart damage. The myopathic state of the heart...
Changes in tissue protein synthesis in hypertension have usually been measured in vitro in heart fro...
Previous studies have shown that acetaldehyde (AcH)-modified proteins are formed in the liver and bl...
Abstract —^Previous studies have shown that acetaldehyde (AcH>modified proteins are formed in the...
1. 1. Cardiac hypertrophy, induced in rats by either tri-iodothyronine or isoproterenol, administere...
In previous studies we have shown that ethanol-fed rats generate antibodies reactive with proteins m...
AbstractCaloric excess has been postulated to disrupt cardiac function via (i) the generation of tox...
Abstract — The present study was designed to evaluate the kinetics of acetaldehyde (ACT) and its act...
Rats fed ethanol for periods of 3-27 months were found to produce an immune response to acetaldehyde...
Liver cytosolic fractions, obtained from rats pair-fed diets supplemented with either ethanol or an ...
Liver disease has been shown to affect the cardiovascular system and may influence cardiac protein m...
Supernatant of rat heart homogenates obtained by centrifugation at 700 × g for 10 min, incubated in ...
Ethanol depresses the incorporation of amino acids into cell proteins of rat liver slices. This inhi...
1. 1. The activities of leucine aminotransferase (BCAT) and 2-oxoisocaproate dehydrogenase (OADH) we...
Although chronic diarrhea affects heart function and morphology, the pathogenic mechanisms are unkno...
Alcoholism is one of the major causes of non-ischemic heart damage. The myopathic state of the heart...
Changes in tissue protein synthesis in hypertension have usually been measured in vitro in heart fro...
Previous studies have shown that acetaldehyde (AcH)-modified proteins are formed in the liver and bl...
Abstract —^Previous studies have shown that acetaldehyde (AcH>modified proteins are formed in the...
1. 1. Cardiac hypertrophy, induced in rats by either tri-iodothyronine or isoproterenol, administere...
In previous studies we have shown that ethanol-fed rats generate antibodies reactive with proteins m...
AbstractCaloric excess has been postulated to disrupt cardiac function via (i) the generation of tox...
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