Concurrent training is associated with enhanced post-exercise ceramide clearance and fat oxidation capacity in individuals with type 2 diabetes following lifestyle intervention.
Mikael Flockhart, Michael Svensson, Emad Ehtesham et al.
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In 30 seconds
This randomized controlled trial examined the effects of concurrent training combined with a palaeolithic-type diet on lipid dynamics in individuals with type 2 diabetes. Among 21 participants, those in the concurrent training group (PD+E) demonstrated enhanced clearance of very-long-chain ceramides and improved fat oxidation capacity during recovery, compared to the diet-only group. These findings suggest that concurrent training may augment lipid handling beyond dietary changes.
Key findings
- The PD+E group showed improved cardiometabolic fitness compared to the diet-only group.
- Only the PD+E group had reduced very-long-chain ceramides after the intervention.
- PD+E resulted in improved clearance of sphingomyelins and ceramides during recovery.
- Enhanced lipid response during recovery was linked to better fat oxidation during exercise.
Why it matters
Understanding the impact of concurrent training on lipid metabolism in individuals with type 2 diabetes can inform lifestyle interventions aimed at improving cardiometabolic health. Enhanced lipid clearance may contribute to better overall metabolic outcomes.