|
| Reference | Sample | Intensity | Duration | Results |
|
| Mondon et al. [22] | Rat males | Moderate intensity 60% VO2max | 12 weeks | Reduction TG, FFA levels, VLDL-TG secretion was 50% lower in exercise trained rats |
| Stein et al. [17] | Untrained men | 65%, 75% and 85% maximal heart rate | 12 weeks | Increases in the HDL cholesterol fractions in the 75% and 85% groups. Significant decreases in LDL fractions in the 75% group |
| Wallace et al. [23] | Trained men | Moderate (73% of 1 RM) and High intensity (92% 1 RM) | Acute 90 min | Increases HDL-c and its subfractions (HDL2 and HDL3) in moderate when compared to high intensity strength exercise |
| Aellen et al. [2] | Untrained men | 16 trained intensity above and 17 below the anaerobic threshold | 9 weeks | Increases in the HDL and HDL2 cholesterol fractions in the below the anaerobic threshold |
| Lira et al. [11] | Rat males | Moderate intensity 60% VO2max | 8 weeks | Exercised rats showed reduction of TG, VLDL-TG levels, hepatic tissue TAG content, and lower rate of hepatic VLDL secretion, gene expression of apoB and MTP when compared with control rats |
| Magkos et al. [15] | Untrained men | 80% of peak torque production | Acute 90 min | Resistance exercise lowered fasting plasma VLDL-TG, increased VLDL-TG plasma clearance rate, and shortened the mean residence time of VLDL-TG in the circulation |
| Tsekouras et al. [19] | Untrained men | 60 and 90% of VO2peak | 8 weeks | High-intensity interval training VLDL-TG concentration was reduced, and this was due to reduced hepatic VLDL-TG secretion rate |
| Tsekouras et al. [24] | Untrained men | 80% of peak torque production | Acute 90 min | Reduced VLDL-TAG concentrations, plasma clearance rate of VLDL-TAG was significantly higher after exercise than rest, and the mean residence time of VLDL-TG in the circulation was significantly shorter. Fasting plasma NEFA and serum beta-hydroxybutyrate concentrations were both significantly higher after exercise than rest |
| Chapados et al. [12] | Rat males | Moderate intensity 60% VO2max | 8 weeks | Reduction in liver TG content, reduces VLDL synthesis and/or secretion in fed rats probably via MTP regulation |
| Lira et al. [14] | Trained men | 90% VO2max | Acute ~8 min | Total cholesterol and LDL cholesterol were reduced after the exhaustion and 1 h recovery periods when compared with rest periods |
| Lira et al. [25] | Untrained men | 50%, 75%, 90% and 110%-1 RM | Acute ~10 min | The 75%-1 RM group demonstrated TG reduction when compared to other groups. HDL-c concentration was significantly greater after resistance exercise in 50%-1 RM and 75%-1 RM when compared to 110%-1 RM group |
| Lira et al. [21] | Trained men | 115% VO2max | Acute ~4 min | There were no significant changes in the lipid profile |
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