Menopause is a natural life stage, but its hormonal changes can significantly impact musculoskeletal health, especially tendons. While hot flushes and mood swings often dominate the conversation, tendon injuries are an overlooked consequence of estrogen decline. This blog explores why tendon health changes during menopause and how physiotherapy can help women stay active and pain-free.

Why Menopause Affects Tendons

Estrogen is more than a reproductive hormone; it plays a vital role in tendon structure and function. Research shows estrogen influences collagen synthesis, vascular supply, and tendon elasticity. When estrogen levels drop during menopause:

·      Collagen turnover slows, reducing tendon flexibility.

o   Collagen is the most abundant protein in the human body and a major structural component of connective tissues, including tendons, ligaments, cartilage, and skin. In tendons, collagen fibers provide strength, flexibility, and resistance to tensile forces. As collagen synthesis slows, it reduces tendon strength and elasticity. This also means that healing after injury becomes prolonged, increasing the risk of chronic tendinopathy.

Research shows that postmenopausal women have lower collagen density in tendons, which correlates with higher injury rates and slower recovery.

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“Tennis elbow,” clinically known as lateral epicondylitis, can affect anyone who repeatedly uses their wrist and forearm. From typing, gardening, and DIY tasks to lifting at work, everyday movements can overload the tendons that attach to the outside of your elbow. The result? Pain, weakness, and difficulty with everyday activities like opening jars, turning keys, or shaking hands.

What Causes Tennis Elbow?

Tennis elbow develops when the extensor tendons of the forearm are repeatedly stressed. Over time, this leads to microtears and changes in tendon structure, which can cause pain and weakness. Tendon overload, rather than inflammation alone, drives tennis elbow pain. This highlights the importance of load management and progressive strengthening in recovery.

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When it comes to fitness, many people focus on building muscle strength, improving cardiovascular health, and increasing flexibility. However, one often-overlooked aspect of physical health is pelvic floor strength. The pelvic floor plays a crucial role in supporting various bodily functions, including bladder and bowel control, sexual health, and core stability. Unfortunately, this area of health is sometimes neglected, especially when it comes to exercising at the gym. In this post, we will explore how to support your pelvic floor during gym workouts and highlight the latest research and Australian guidelines to help guide your approach.

Understanding the Pelvic Floor

The pelvic floor consists of a group of muscles, ligaments, and tissues that form a supportive hammock-like structure at the base of your pelvis. These muscles support vital organs such as the bladder, uterus (in women), bowel, and rectum. A healthy pelvic floor allows for efficient control over urination, bowel movements, and sexual function. It also plays an important role in stabilising the core during exercise, providing balance and preventing injury.

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Anterior cruciate ligament reconstruction (ACLR) is one of the most common orthopaedic procedures performed in active populations. Although surgical outcomes are generally good, recovery is often complicated by persistent swelling, difficulty achieving full extension, cyclops lesions, and elevated reinjury risk. Physiotherapists are central to identifying and addressing these challenges throughout rehabilitation, with evidence strongly supporting a criterion-based, individualised approach

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Instead of looking only at weekly mileage, researchers analysed what happens when a runner increases the distance of a single run—and the findings suggest that session-to-session spikes may matter far more than weekly totals.

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As a physiotherapist working with young people, I often hear concerns from parents about adolescents engaging in weight lifting. The questions are valid: Is it safe? Will it stunt growth? What are the benefits? Fortunately, decades of research and updated clinical guidelines now give us clear answers.

The Myth of Growth Plate Damage

One of the most persistent myths is that weight lifting can damage growth plates and stunt growth. However, evidence shows that properly supervised resistance training does not negatively affect growth or development. In fact, when done correctly, it can enhance bone density, muscular strength, and overall physical health

There are many physical and psychological benefits to strength training and starting this early in life is a great way to establish positive benefits early, which can be carried through to adulthood. Some benefits for adolescent strength training include:

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As a physiotherapist, I’ve always believed that movement is medicine. Yoga integrates breath, posture, and mindfulness in a way that complements physiotherapy beautifully. Yoga has increasingly become a valuable adjunct in physiotherapy practice, offering evidence-based benefits across a range of musculoskeletal and pelvic health conditions. It’s integration into rehabilitation is supported by recent research and clinical guidelines, highlighting its role in improving physical function, neuromuscular control, and psychological well-being.

As a physiotherapist I teach yoga because it allows patients to reconnect with their bodies in a safe, empowering way. It’s especially effective for those who feel disconnected due to injury, trauma, or chronic conditions.

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Muscle cramps are sudden, involuntary, and often painful contractions that occur in skeletal muscles. They’re a common complaint among athletes, gym-goers, and even sedentary individuals after prolonged inactivity. While cramps are usually short-lived, they can significantly affect performance, recovery, and confidence -especially when they strike during a critical moment in competition.

Why Do Muscle Cramps Happen?

Although traditionally blamed on dehydration or electrolyte loss

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