Hormonal Health & RED-S Awareness focuses on understanding how hormones affect overall well-being, especially in athletes or active individuals. RED-S (Relative Energy Deficiency in Sport) occurs when energy intake is insufficient for the demands of exercise, leading to hormonal imbalances and negative impacts on metabolism, bone health, immunity, and mental function. Raising awareness helps prevent and address these issues, promoting optimal health, performance, and long-term wellness.
Hormonal Health & RED-S Awareness focuses on understanding how hormones affect overall well-being, especially in athletes or active individuals. RED-S (Relative Energy Deficiency in Sport) occurs when energy intake is insufficient for the demands of exercise, leading to hormonal imbalances and negative impacts on metabolism, bone health, immunity, and mental function. Raising awareness helps prevent and address these issues, promoting optimal health, performance, and long-term wellness.
What is RED-S and why does it matter for athletes?
RED-S stands for Relative Energy Deficiency in Sport. It occurs when energy intake doesn’t meet training and daily needs, leading to hormonal imbalances and potential health and performance problems.
How can low energy availability affect hormones?
Insufficient energy can slow metabolism, raise stress hormones, and disrupt reproductive hormones, which may affect menstrual function, bone health, and overall well-being.
What are common signs of RED-S?
Persistent fatigue, reduced performance, missed or irregular periods, frequent injuries, slow recovery, or sudden changes in weight or appetite.
How can RED-S be prevented or treated?
Aim for adequate daily energy intake to cover training, eat a balanced diet, prioritize recovery, and consult a sports dietitian or clinician for personalized nutrition and hormonal guidance.
Is RED-S the same as the Female Athlete Triad?
No. The Female Athlete Triad focuses on energy availability, menstrual function, and bone health. RED-S is a broader framework that covers more systems affected by energy balance.