Why the study?
The cardiovascular effects of ingesting a festive versus a standard meal accompanied with alcohol were not well understood.
Does a festive high-fat meal (cheese fondue) with alcohol alter postprandial hemodynamics and orthostatic tolerance compared to a standard meal with alcohol in healthy young men?
Does a festive high-fat meal (cheese fondue) with alcohol alter postprandial hemodynamics and orthostatic tolerance compared to a standard meal with alcohol in healthy young men?
Ingestion of a high-fat festive meal with alcohol induces a greater cardiometabolic load and encroaches on hemodynamic reserves during active standing compared to a standard meal with alcohol.
Answers are grounded in this paper and cite their sources.
May warrant caution with high-fat festive meals in at-risk patients; hypothesis-generating for meal effects on postprandial load.
Aim: Sharing a festive meal associated with alcohol is quite common. While the cardiovascular changes occurring after meal ingestion of different nutrient composition has been well established, the effects of ingesting a festive versus a standard meal accompanied with alcohol is less clear. Here, we compared the postprandial hemodynamics, cutaneous and psychomotor performance responses after ingestion of a classical Swiss festive meal (cheese fondue, CF) versus a light ready-meal (Nasi Goreng, NG), both accompanied with white wine. Methods: In a randomized cross over design, we examined in 12 healthy young men the continuous cardiovascular, cutaneous and reaction time responses to ingestion of cheese fondue versus a standard meal at rest (sitting position) and hemodynamic changes in response to orthostatic challenge (active standing) in pre- and postprandial phases. Results: Breath alcohol concentration after wine ingestion was similar after both meal types. Compared to the standard meal, consumption of CF induced higher increases in heart rate (HR), cardiac output (CO), double product (DP) and cardiac power output (CPO), greater vasodilation and rises in skin blood flow and skin temperature. Greater increases in HR, DP and mean blood pressure (MBP) were observed during orthostatic challenges with CF compared to NG. A two-choice reaction time task revealed similar reaction times with both meals, suggesting no influence of meal composition on psychomotor performance. Conclusion: In sitting position, CF ingestion induced a more important cardiovascular load compared to NG. Although the dose of alcohol and the festive meal used here did not lead to orthostatic hypotension, eating CF induced a greater cardiometabolic load suggesting that hemodynamic reserves have been encroached during active standing. This may impede the cardiovascular capacity during physical exercise or stress situations, particularly in elderly subjects who are at greater risk for postprandial hypotension and cardiovascular diseases.
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Sarafian et al. (2019) studied this question.
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