Restoring Mitochondria Function for Metabolic Health

Metabolism is the process of cells creating energy from food. Well-functioning cells create a healthy body. The Mitochondria are the powerhouse of the cell. It is where this energy is created. It is used to drive almost every chemical reaction within our bodies.

Mitochondrial damage disrupts this normal metabolism.

When the body’s metabolism is disrupted, there is less cellular energy produced by the mitochondria and organ dysfunction can result. Just like a car can’t run without gas, your body can’t function without cellular energy.

What happens when mitochondria function is disrupted?

Low mitochondrial energy production affects cellular function in ways that can ripple throughout the entire body. This low energy production or dysfunction is like a car running on fumes. It can sputter along for a while but will eventually stop working all together.

The relationship between mitochondrial dysfunction and physical problems becomes apparent when examining different conditions.

In diabetes, the compromised mitochondrial function disrupts glucose metabolism, causing cells to become increasingly resistant to insulin.

Pancreatic beta cells, which have exceptionally high energy demands to produce and secrete insulin, become overwhelmed and can lose functionality. This creates a vicious cycle where energy deficits create more metabolic dysfunction making diabetes progressively worse.

Mitochondrial dysfunction also drives autoimmune conditions. Immune cells require substantial energy for activation and proliferation, and mitochondrial dysfunction compromises their ability to function effectively. This can lead to an overactive immune response, where immune cells attack the body’s own tissues. or to insufficient responses that fail to clear pathogens or debris.

Cardiovascular disease has strong ties to mitochondrial dysfunction with heart muscle cells has a higher density of mitochondria then any other tissue.

Aging is intimately connected to declining mitochondria function which deterioration creates a dowward spiral where damaged mitochondria produce more harmful free radicals, leading to further damage.

Chronic fatigue syndrome has emerged as a manifestation of mitochondrial dysfunction as patients with these conditions showed measurable abnormalities in energy metabolism.

Because so many organs and processes of the body are dependent on this energy and the mitochondria that makes it, symptoms can impact many organ systems depending on which organ in the body is affected. Some problems can be:

• Muscle weakness
• Fatigue
• Breathing difficulties
• Blood sugar imbalance
• Hormonal imbalaces
• Liver function impairment (fatty liver)
• Immune system problems
• Gut issues

Mitochondria Function

Cellular energy needs to be addressed. The mitochondria need to be made healthy so they can produce that energy.

B1 and magnesium are important nutrients in energy production. Think of the mitochondria as the engine of your car, and B1 and magnesium as the spark plugs that ignite the fuel. Without these vital components, the engine simply won’t run efficiently leaving you feeling drained and sluggish.

In fact, without adequate levels of these nutrients, the entire energy production process can grind to a halt.

What supplement has what you need to address mitochondrial health?

Recommended

There are special natural ingredients needed including B1 and magnesium. It can be helpful to consume all these ingredients for metabolic health in one supplement. They all work together.

Due to the quality of food today, most people are deficient in the vitamins and minerals needed by the body for optimal health.

PureLife Care+ is a natural supplement that works at the cellular level to improve metabolism, and the mitochondria.

Read more and order at PureLife Care+

Still have questions? Email us