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Category: Muscle health

Explore our comprehensive collection of health articles in this category.

What is the supplement HMB used for?

4 min read
Derived from the essential amino acid leucine, HMB is a natural metabolite produced in small amounts by the human body. The supplement HMB is used to help regulate muscle protein balance by both increasing synthesis and, more prominently, decreasing protein breakdown.

What Carries Nutrients to Your Muscles?

4 min read
The circulatory system is a complex and highly efficient network that works tirelessly to supply every cell in your body with what it needs. So, what carries nutrients to your muscles? The answer lies primarily within your blood, which delivers essential nutrients and oxygen through a vast network of vessels.

Does Muscle Tissue Store Fat and Minerals? The Definitive Guide

5 min read
Although adipose tissue (fat) is the body's primary energy storage depot, muscle tissue does store a small but metabolically significant amount of fat for immediate energy needs. Additionally, while the skeletal system is the main mineral reservoir, muscles contain specialized structures for handling crucial minerals like calcium.

Why do muscles need nutrients for energy, growth, and repair?

3 min read
After an intense workout, muscle fibers experience microscopic tears that are crucial for growth. This is one of the key reasons why muscles need nutrients; without the proper fuel, your body cannot effectively repair this damage, build new tissue, or even sustain the energy required for exercise in the first place.

Where is Follistatin Found: Sources and Natural Production

4 min read
Follistatin is a naturally occurring glycoprotein found in a wide variety of tissues in higher animals, with its discovery first documented in porcine ovarian follicular fluid. Its primary function involves binding and neutralizing growth factors, most notably myostatin, to regulate muscle growth and other cellular processes. While synthesized throughout the body, specific tissues exhibit higher expression levels, and certain dietary inputs may also influence its availability.

Is protein needed to sustain muscle mass?

3 min read
According to research published by the National Institutes of Health (NIH), skeletal muscle is constantly undergoing a process of remodeling, with active individuals experiencing a protein turnover rate of around 1.2% per day. Protein is needed to sustain muscle mass, as it provides the essential building blocks for repair and maintenance.

What Vitamin Stops Charley Horses? Exploring K2 and Other Key Nutrients

4 min read
According to one study, up to 50% of people over the age of 65 experience painful nocturnal leg cramps at least once a week. While no single vitamin offers a universal cure for these involuntary muscle spasms, emerging research highlights specific nutrients, such as Vitamin K2, as potentially effective preventative measures.

Can lack of food cause muscle soreness?

5 min read
According to the Cleveland Clinic, electrolyte imbalances, often stemming from poor nutrition and dehydration, are a leading cause of muscle cramps and pain. This reveals a strong connection, affirming the answer to 'Can lack of food cause muscle soreness?' is a definitive yes, impacting performance and overall comfort.

Can taking vitamin D cause cramping? Unraveling the Surprising Link

3 min read
While many people take vitamin D supplements for their health benefits, the rate of reported vitamin D toxicity cases increased by 1,600% between 2005 and 2011, sometimes leading to concerning side effects like cramps. The truth about vitamin D and muscle cramps is more complex than it appears, as both a deficiency and an overabundance can trigger this issue.

Which deficiency causes muscle tightness?

4 min read
According to the National Institutes of Health, an estimated 48% of the US population consumes less than the required amount of magnesium, a mineral vital for proper muscle relaxation and nerve function. This common deficit, along with other nutritional issues, can be a major contributor to chronic muscle tightness.