Activated stabilized oxygen supplements that contain actual oxygen molecules are completely safe and could have a positive effect for your health.
Increased oxygen can improve your health in many ways. It can also increase your energy level and cognitive abilities, as well as promote recovery after strenuous athletic activity.
Every cell in your body requires oxygen so oxygen deficiency can lead to serious medical disorders and illness. Increased oxygen saturation can help fight pathogenic viruses and bacteria that are responsible for most illnesses. It also helps strengthen your immune system to fight off disease-causing invaders.
More oxygen in the blood cells increases the amount of iron and other vital minerals that are delivered to body cells and tissue.
This will decrease the chances of developing anemia and can treat iron deficiency. Increased oxygen is currently being used to treat kidney disease-related anemia in dialysis patients.
Improved oxygen consumption cleanses your bloodstream to boost the removal of toxins and other waste products from your system. Reduced toxins and increased oxygen gives you more energy. Activated stabilized oxygen has been claimed to increase mental abilities.
Oxygen is, without argument, the most important element in muscle performance. Oxygen is necessary for your muscles to generate their main energy source, ATP. Your muscles also need oxygen to counteract the buildup of lactic acid, which is responsible for muscle exhaustion and soreness. Less lactic acid expands physical endurance, improves training ability and increases energy levels during and after a workout. After a strenuous workout, your muscles require a healthy supply of oxygen to rebuild.
It is best to consider a activated stabilized oxygen as it could improve your health and help recover from physical activities. Make sure to choose a supplement that is bio-available and within a safe pH level range. Avoid products with high levels of hydrogen peroxide that may be toxic and have the potential to heighten the existence of free radicals.