30/10/2026
Training the same, but suddenly feeling more aches, pains or taking longer to recover?
You’re not imagining the changes in how your body feels.
As women move through their 30s, 40s and beyond, several factors can influence how our bodies respond to exercise.
Hormonal changes
Oestrogen plays a role in muscle, bone and connective tissue health. During perimenopause and menopause, hormonal changes may contribute to changes in joint discomfort, tendon symptoms and recovery.
Nutrition
Your body needs adequate energy and nutrients to repair and adapt to training.
Protein provides the building blocks for tissue repair, vitamin C supports collagen production, and sufficient carbohydrates help fuel training and replenish energy stores.
Consistently under-fuelling can affect recovery, performance and injury risk.
Training load
One of the biggest contributors to overuse injuries is increasing training demands faster than your body can adapt.
A commonly used guideline is to increase training volume gradually, often by no more than around 10% per week.
But the 10% rule isn’t a guarantee against injury. Consider changes in intensity, frequency, overall workload and how well you’re recovering. Avoid suddenly increasing several of these at once.
Sleep & stress
Poor sleep and ongoing stress can influence pain sensitivity, fatigue and how well you recover.
So, what can you do?
✔ Prioritise strength training and progressive loading.
✔ Eat enough to support your activity.
✔ Include protein-rich foods and a variety of fruit and vegetables.
✔ Increase training demands gradually rather than making sudden jumps.
✔ Allow adequate recovery between demanding sessions.
✔ Address persistent pain rather than continually pushing through it.
Hormones aren’t always the reason behind new aches and pains, but they can be one piece of a bigger picture.
Your recovery needs may change, even when your training doesn’t.
The goal isn’t to stop moving. It’s to support your body so you can keep doing what you love.
Thrive Active | Myotherapy • Recovery • Performance