All About the Mitochondrion
Every year in September, Mitochondrial Disease Awareness Week is celebrated worldwide. And although the official date is still months away, at Biow we believe it’s important to highlight the crucial role of the mitochondrion in wellbeing and biological balance. Our commitment to science and innovation drives us to research and develop biotechnology-based solutions that optimise cellular function and support better energy performance. Through education and outreach, we aim to raise awareness of the mitochondria’s vital role in health, ageing, and physical performance
The Importance of the Mitochondrion
Every cell in the human body requires energy to perform its functions, and this energy comes from a vital organelle: the mitochondrion. Just as the human body relies on organs working together to keep us alive, cells contain organelles that carry out essential roles for their survival. Among these, the mitochondrion stands out for its key role in energy production, which is why it is often referred to as the “powerhouse” of the cell.
Mitochondria are essential to life. Their proper function is critical to health, especially in organs with high energy demands such as the brain, heart, and muscles. These structures generate most of the chemical energy needed to drive the cell’s biochemical reactions. This is achieved through a process known as cellular respiration—a series of biochemical reactions in which organic compounds (nutrients such as sugars, for example) are broken down completely into inorganic substances.
The chemical energy produced by mitochondria is stored and captured in a high-energy molecule known as adenosine triphosphate (ATP), which acts as the “energy currency” enabling cells to carry out their essential functions. Without healthy mitochondria, the body would be unable to perform vital processes such as muscle contraction, brain activity, or cellular regeneration.
Biow Exponentially Increases Mitochondrial Energy
Biow is a device that has been scientifically shown to enhance cellular respiration. One of its studies examined the effect of Biow on mitochondrial capacity and protein synthesis in athletes, specifically football players from a professional team
During the analysis, relevant data was found regarding the expression of mitochondrial complexes and their relationship with ATP production, which is essential for cellular performance.
Firstly, an increase in ATP concentration was observed after matches in the majority of cases.
Moreover, in relation to protein synthesis, an increase was recorded at various time points:
- At 72 hours – 44%
- At 15 days – 44%
- At 23 days – 56%
- At 34 days – 67%
In summary, the results from the study conducted with these football players reflect the positive impact of this technology on ATP production and protein synthesis, contributing to improved athletic performance and more effective recovery.
Solutions like Biow bring us closer to a future where cellular optimisation becomes a powerful ally for health, wellbeing, and high performance.