Lack of physical activity accounts for 22% of heart disease & colon cancer, 18% of bone fractures, & 12% diabetes.
“~36% of adults in US do not engage in physical activity. Brisk walking every day for only 20 minutes leads to a 30-40% reduced risk of a heart attack.”
Episode
Dr. Luc van Loon: Optimizing Protein Intake & Distribution for Muscle Growth
“2023 Strength training adaptations and menopause Hormonal changes associated with menopause often result in muscle and bone atrophy and a decline in strength, balance, and mobility. These changes are most apparent in the first few years after menopause.”
A teenager's sickle cell anemia was reversed with genetic engineering which altered his bone marrow to make normal red blood cells.
“Sickle cell disease causes red blood cells to become deformed which can clump together to block the flow of blood around the body. This can cause intense pain, organ damage and can be fatal. After 15 months the boy has no sign of the disease.”
Episode
3 Mechanisms for Magnesium Deficiency
“In times of magnesium deficiency, your intestines try to increase absorption, your kidneys slow excretion, and sometimes magnesium will be pulled out of your bones (this is a risk factor for osteoporosis).”
Episode
How to Solve Aging in America
“Strength Training Must Become a National Priority Hip fractures kill 20–60% of older adults within a year—yet resistance training can lower fracture risk by 30—0%. Two hours of resistance training per week significantly reduces mortality risk, improves brain function, and increases bone density.”
Mouse study suggests that interleukin-6-releasing immune cells outside the brain influence the propensity to develop depression. (2013)
“IL-6 levels are often elevated in people who have depression. The investigators conducted their study using mice that had undergone radiation to destroy their bone marrow, compromising their immune function.”
Effects of specific collagen peptide supplementation combined with resistance training on Achilles tendon properties
“They have been described as "mechanical bridges," responsible for transmitting the energy of muscles to joints and bones to facilitate movement. Tendons undergo anabolic, mechanical, and hypertrophic (growth) changes in response to exercise.”
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