Bone Health in Menopause with Pamela Koskinen
These insights are based on Pamela Koskinen, PT, DPT, OCS’s presentation at the June 23 Women’s Wellness Event: Menopause Reimagined. The session explored how menopause affects bone health and how functional medicine and physical therapy can work together to support strength, mobility, and injury prevention.
Bone health is often discussed in narrow terms, focused primarily on bone density scores and osteoporosis risk. However, bone health is far more dynamic. It is deeply connected to movement, muscle strength, hormonal changes, and overall resilience. At Vail Health’s Howard Head Sports Medicine, we view bone health not simply as a marker on a scan, but as a foundation for mobility, independence, and long-term quality of life. With the right approach, bone loss is not only detectable, but modifiable.
How Menopause Impacts Bone Health
One of the key physiological changes during menopause is a decline in bone mineral density, largely driven by decreasing estrogen levels. Estrogen plays an important role in regulating the balance between two types of bone cells: osteoblasts, which build bone, and osteoclasts, which break bone down. When estrogen levels decline, this balance shifts. Osteoclast activity increases while osteoblast activity cannot keep pace. Over time, this can lead to decreased bone mineral density and conditions such as osteopenia or osteoporosis.
This matters because lower bone density is associated with an increased risk of fractures and injury, which can significantly impact independence and quality of life.
Bone Loss Is Influenced by More Than Calcium
While calcium is often emphasized in bone health discussions, it is only one piece of a much larger picture. Bone loss is also influenced by chronic inflammation, elevated cortisol and stress levels, sleep disruption, loss of muscle mass, sedentary behavior, low protein intake, smoking, alcohol use, and chronic dieting. These factors interact over time, influencing how effectively the body can maintain and rebuild bone tissue.
Bone Is Living Tissue
Bone is not static. It is a living, dynamic tissue that is constantly remodeling in response to the demands placed on it. A foundational principle in bone physiology is Wolff’s Law, which states that healthy bone adapts to the stress placed upon it. When mechanical load increases, bone responds by building stronger, denser tissue to accommodate that load. This process is driven by osteoblast activity, the cells responsible for bone formation. This means that bone health is not fixed. It responds directly to how we move and load our bodies.
The Good News: Bone Health Can Be Improved
One of the most important messages in modern bone health science is that cellular imbalance can be modified. Bone responds to stress, and appropriately applied loading can strengthen the skeletal system over time.
It is never too late to make meaningful improvements in bone health, even after a diagnosis of osteopenia or osteoporosis.
Common Misconceptions About Bone Health
A common misconception is that a T-score or bone density measurement defines overall fracture risk. In reality, two individuals with the same bone density may have very different levels of functional strength, balance, and injury risk.
Another misconception is that lifting weights or engaging in impact activity is always dangerous for individuals with low bone density. However, recent high-quality research, including the LIFTMOR trial, has demonstrated that supervised high-intensity resistance and impact training can safely improve bone mineral density in postmenopausal women without significant adverse events. When appropriately prescribed and supervised, loading is not a risk to bone health. It is a critical component of improving it.
Physical Therapy and Functional Medicine for Bone Health
Howard Head Sports Medicine’s Bone Health Program is designed to support education, empowerment, and confidence while reducing fear around movement and activity. A comprehensive physical therapy approach includes assessing functional mobility, strength, movement patterns, and balance. Bone density is one piece of the picture, but functional ability is equally important in understanding real-world risk.
Key components of evaluation include how the upper body, spine, and lower body move, overall strength and muscle support for bone, functional tasks such as sit-to-stand patterns, stair navigation, and squat symmetry, and balance assessment to evaluate fall risk.
Treatment and Intervention Strategies
Intervention focuses on restoring strength, improving function, and safely applying progressive load to the skeletal system. This includes education, walking programs, core strengthening, resistance training, graded exposure to load, and, when appropriate, impact training.
Additional focus areas include lifting mechanics, balance training, and progressive loading strategies that reduce injury risk while improving functional capacity. The goal is not only to improve bone density, but to improve confidence in movement and reduce fear of activity.
The Goals of Bone Health Programming
The purpose of structured bone health programming is to promote independence and confidence, maximize mobility and strength, improve balance and reduce fall risk, and ultimately support the ability to continue doing the activities that bring meaning and joy, including travel, hiking, recreation, and daily living. As one guiding principle states, this work is not simply about protecting bones. It is about protecting independence and freedom to live fully.
Supporting Bone Health Through Lifestyle
In addition to targeted exercise and rehabilitation, bone health is supported by broader lifestyle factors, including adequate protein intake, muscle maintenance, resistance training, balance work, sleep quality, gut health, anti-inflammatory nutrition patterns, and nervous system regulation. These inputs work together to support skeletal integrity and long-term resilience.
A Functional Approach to Bone Health in Menopause
At Vail Health and Howard Head Sports Medicine, we view bone health through a functional and preventative lens. Menopause is a critical period for bone remodeling, but it is also an opportunity to intervene with highly effective strategies that improve strength, stability, and long-term independence.
Bone is adaptable. Strength is trainable. And with the right approach, women can continue to build resilience at every stage of life.
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