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• W4246618045 abstract "1482 It is widely accepted that participation in regular physical activity can cause favorable changes in the lipoprotein profile, typically increasing HDL-C and its cardioprotective HDL2 subclass as well as decreasing triglyceride (TG). While the lipid and lipoprotein response to acute bouts of exercise has previously been examined, the effects of repeated, acute exercise bouts are not well documented. PURPOSE: This study was designed to examine repeated endurance exercise bouts on blood lipid and lipoprotein levels in highly fit male runners. METHODS: Nine highly fit college-age males (VO2 max 51.1 ml/kg/min) performed exhaustive cardiovascular exercise on three successive days. The exercise protocol consisted of a 3-stage treadmill run (Stage 1: 10% above ventilatory threshold; Stage 2: a 5% reduction in work rate; Stage 3: an additional 5% reduction in work rate). Stage 3 was performed until volitional exhaustion. Fasting venous blood samples were taken immediately before (resting) and after each exercise bout, as well as 24 and 48 hours post-exercise. TG, HDL-C, and its subfractions (HDL3-C, HDL2-C) were analyzed and adjusted for shifts in plasma volume. Data were statistically analyzed using repeated measures ANOVA with a Tukey post hoc test. RESULTS: Pre-exercise TG values on day 1 were significantly greater than pre-exercise values on day 3 (137.49 ± 48.29 vs. 92.52 ± 37.52 mg/dl), as well as 24 (82.14 ± 26.62 mg/dl) and 48 hours (95.51 ± 34.21 mg/dl) post-exercise (p<0.05). Although resting HDL-C (53.9 mg/dl) was increased immediately post-exercise by 9–10% (59.1 mg/dl, bout 1; 59.9 mg/dl, bout 3) and remained elevated at 24 hours post-exercise by 5% (56.6 mg/dl), these increases were not found to be significant. No changes were observed for HDL2 post-exercise. CONCLUSIONS: Vigorous aerobic exercise reduces resting TG levels, however it appears the change requires more than one successive daily bout of exercise. Within the context of this design, once a reduction in TG was attained, an additional day of exercise did not initiate further reductions in TG. It appears that these reductions in TG will last a minimum of 48 hours post-exercise." @default.
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• W4246618045 date "2004-05-01" @default.
• W4246618045 modified "2023-10-18" @default.
• W4246618045 title "The Effect of Repeated Bouts of Exhaustive Endurance Exercise on Blood Lipid and Lipoprotein Profiles" @default.
• W4246618045 doi "https://doi.org/10.1249/00005768-200405001-01034" @default.
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