Bone health for life: building strong bones, preventing age-related loss, and reversing osteoporosis with evidence-based exercise | Belinda Beck, Ph.D.

Peter Attia

Oct 21, 2024

Episode description

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Belinda Beck, founder of The Bone Clinic and a leading authority on exercise physiology and bone health, delves into the science of osteoporosis, bone density, and the lifelong importance of maintaining skeletal health. In this episode, she explains how the foundation for strong bones is established during childhood, offering valuable advice for parents on optimizing bone health for their kids. She also explores how bone remodeling occurs throughout life, driven by activity, nutrition, and hormones. Belinda highlights the power of resistance training in improving bone strength, even for those at risk of bone loss, and emphasizes the role of essential vitamins and minerals in maintaining bone health. She shares practical strategies, backed by research, for preventing fractures and combating osteoporosis.

We discuss:

Belinda’s journey into bone health research and training [2:45];
The physiology of bone and how bones adapt to mechanical loading [8:15];
Bone development from birth to adulthood, why early life is a crucial period, the functions of osteoblasts and osteoclasts, and gender differences in BMD [14:00];
How parents can optimize their children’s bone health through diet (calcium and vitamin D), sunlight exposure, and physical activity [27:30];
The best sports and activities for promoting bone health, weight training for kids, and advice for parents [36:30];
The impact of corticosteroid use on bone health in children and strategies to minimize negative effects [48:30];
Advice for people in middle age to preserve bone density: physical activity and bone-loading exercises [52:00];
Bone loss during the menopause transition for women: hormone replacement therapy and other strategies to mitigate BMD losses [59:30];
Interpreting the bone mineral density results from a DEXA scan: T-score, Z-score, and more [1:03:00];
The LIFTMOR study: testing the effects of heavy weightlifting on bone health in postmenopausal women with low bone density [1:10:15];
Profound benefits of weight training outside of BMD improvements: exploring the broader impacts on patients in the LIFTMOR study [1:19:30];
Guidance for people wanting to use exercise des

Episode description

View the Show Notes Page for This Episode

Become a Member to Receive Exclusive Content

We discuss:

Belinda’s journey into bone health research and training [2:45];
The physiology of bone and how bones adapt to mechanical loading [8:15];
Bone development from birth to adulthood, why early life is a crucial period, the functions of osteoblasts and osteoclasts, and gender differences in BMD [14:00];
How parents can optimize their children’s bone health through diet (calcium and vitamin D), sunlight exposure, and physical activity [27:30];
The best sports and activities for promoting bone health, weight training for kids, and advice for parents [36:30];
The impact of corticosteroid use on bone health in children and strategies to minimize negative effects [48:30];
Advice for people in middle age to preserve bone density: physical activity and bone-loading exercises [52:00];
Bone loss during the menopause transition for women: hormone replacement therapy and other strategies to mitigate BMD losses [59:30];
Interpreting the bone mineral density results from a DEXA scan: T-score, Z-score, and more [1:03:00];
The LIFTMOR study: testing the effects of heavy weightlifting on bone health in postmenopausal women with low bone density [1:10:15];
Profound benefits of weight training outside of BMD improvements: exploring the broader impacts on patients in the LIFTMOR study [1:19:30];
Guidance for people wanting to use exercise des

Mindsip insights from this episode:

Recognize limitations of DEXA scans in assessing bone strength

Standard DEXA scans may not show the full benefit of heavy lifting, as they can miss significant increases in cortical bone thickness which makes bones stronger and more resistant to bending.

#bones

#DEXA

Reverse osteoporosis with high-intensity resistance training

The LIFTMORe study showed that high-intensity resistance training, including deadlifts and squats, can reverse bone loss and even grow bone in postmenopausal women with osteoporosis.

#osteoporosis

#strength

Combat age-related bone loss through active lifestyle

The typical age-related decline in bone density is not an inevitable part of aging but rather a reflection of sedentary behavior's effect on the skeleton.

#aging

#bones

Teach children weightlifting techniques for lifelong benefits

There is no evidence that weightlifting stunts growth or harms the growth plates of children; in fact, it's a great opportunity to teach them proper technique for life.

#children

#exercise

Choose high-impact sports to enhance bone density

High-impact, varied-movement sports like gymnastics are far more effective for building bone than swimming or cycling, which can result in bone density similar to or even lower than sedentary individuals.

#bones

#exercise

Choose low-fat milk for higher calcium content

Low-fat milk contains slightly more calcium than full-fat milk simply because removing the fat leaves more volume for other components like calcium.

#calcium

#nutrition

Find certified Onero trainer for safe osteoporosis lifting protocol

The Onero program licenses physical therapists and exercise physiologists to safely deliver the specific, high-intensity lifting protocol proven to build bone in people with osteoporosis.

#exercise

#osteoporosis

Optimize bone mass through diet and exercise in youth

While 70-80% of your peak bone mass is determined by genetics, you can optimize the remaining percentage through diet and exercise during your youth.

#bones

#genetics

Build strong bones early to prevent osteoporosis

Osteoporosis is often considered a childhood disease because the foundation for bone health is set before your growth plates fuse in your late teens or early twenties.

#bones

#osteoporosis

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