Bone – Muscle – Longevity

Bone, muscle, and mobility are linked. Strength, balance, nutrition, recovery, fracture prevention, and medical care all affect how well we stay active and independent.

This site focuses on skeletal health, muscle and strength, movement, fall prevention, fracture risk, testing, nutrition, and treatment decisions.

Woman hiker in front of mountains.

Bone, muscle, and mobility work together.

The public site is focused on bone strength, muscle, movement, balance, fracture prevention, DXA and FRAX, nutrition, and medical decisions that affect staying active and independent over time.

Start here

Bone, muscle, mobility, and fracture prevention

Illustration comparing balanced bone remodeling with higher-resorption bone remodeling after estrogen decline.
Effects of perimenopause and menopause on bones. Where to look: the left side shows more balanced remodeling; the right side shows more orange osteoclast activity and wider open spaces after estrogen decline. Research basis: estrogen and skeleton reviews describe effects on osteoclasts (cells that break down bones), osteoblasts (cells that build bones), osteocytes (cells that monitor the skeleton and its needs), and postmenopausal bone loss. See references.

From the Blog

Bone Biology Basics: Why Your Skeleton Is AliveBone is living tissue, not just a static frame. Start here for the cells and remodeling process behind skeletal health.

Why I built this site

I’m Lee Reichel, M.D., an orthopedic surgeon in Austin, Texas. In caring for patients with injuries and fractures, I have seen how closely bone, muscle, movement, and confidence are tied to independence and quality of life.

I created this site to study published research and translate it into clear explanations for patients, families, and anyone interested in bone health, muscle, mobility, and independence.

Educational Note

This site is educational and does not replace care from your clinician.