PQQ Caps w/ BioPQQ 10 mg 60 vcaps by Life Extension

Life Extension's PQQ Caps w/ BioPQQ 10 mg is a dietary supplement designed to support the generation of new mitochondria, a process known as mitochondrial biogenesis. The key ingredient found in PQQ Caps w/ BioPQQ 10 mg is pyrroloquinoline quinone, responsible for activating genes that support the development of new mitochondria in order to achieve more youthful cellular energy production. Having healthy mitochondria that continually supply energy to such essential organs as the heart, brain and kidneys, is crucial for maintaining cognitive and cardiovascular health. A unique fermentation process is used to develop the PQQ from Japan that is used in this special high potency formulation.

Individuals who take PQQ Caps w/ BioPQQ 10 mg on a daily basis as part of their nutritional regimen may receive a variety of possible health benefits:

• Supports mitochondrial biogenesis to maintain more youthful cellular energy production.
• Promotes healthy heart, brain, cardiovascular and cognitive function.
• Supports quality sleep.
• Provides antioxidant protection of mitochondrial DNA against free radical stress.

Frequently Asked Questions

What is PQQ Caps w/ BioPQQ designed to support?

It is designed to support mitochondrial biogenesis, the generation of new mitochondria. The key ingredient is pyrroloquinoline quinone, known as PQQ.

How does PQQ work in the body?

PQQ works by activating genes that support the development of new mitochondria. This helps support more youthful cellular energy production in organs such as the heart, brain and kidneys.

Where does the PQQ in this formula come from?

The PQQ is developed in Japan using a unique fermentation process. This process is used to create the high potency BioPQQ formulation.

What benefits can users expect from daily use?

Users can expect support for mitochondrial biogenesis, healthy heart, brain, cardiovascular and cognitive function, and quality sleep. The formula also provides antioxidant protection for mitochondrial DNA against free radical stress.