Short-Term Combined Intake of Vitamin B2 and Vitamin E Decreases Plasma Homocysteine Concentrations in Female Track Athletes
Expiry Date
: 30/07/2029
CPD Units
: 3.00 Points
Rating
: Not yet rated.
This study explores how vitamin B2 and E supplementation affects plasma homocysteine levels in female athletes with a specific genetic variant.
Keywords: vitamin B2; vitamin E; homocysteine; methylenetetrahydrofolate reductase; stress fractures; female athletes
Reading material:
Educational Objectives
Educational Aim:
The article aims to study how vitamin B2 and E supplementation affects plasma homocysteine levels in female athletes with the MTHFR C677T polymorphism, exploring potential benefits for preventing stress fractures and enhancing athletic health.
Educational Outcomes:
Upon completion of this module practitioners should have a clear understanding of:
-
How vitamin B2 and E affect homocysteine levels in athletes with the MTHFR C677T polymorphism.
- Their potential role in preventing stress fractures.
- Nutritional strategies to improve athletic health in genetically susceptible individuals.
Instructions for this Module
- Read the supplied reading material and complete the quiz that follows;
- You have three attempts to pass the quiz;
- The pass grade is 70%;
- You need to pass the quiz to claim your CPD certificate;
- Please click on the CPD certificate link below to claim your CPD certificate and to update your CPD Manager.
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