Wobenzym N

Ankle Injury Recovery Joint Pain Antioxidant Support Wobenzym® N is a useful dietary supplement for people looking to support healthy joint, immune, and circulatory function. For over 60 years, Wobenzym® has been a trusted brand for enzyme supplements. Developed by scientists and used by millions of people worldwide, Wobenzym® N has proven itself to be a safe and useful product over time. In the human body, hundreds of chemical reactions occur during normal metabolic processes. Many chemical reactions require a lot of energy to take place and therefore require a catalyst to allow the reaction to proceed. The catalyst acts to reduce the energy required for the reaction to move forward. In the body, enzymes act as catalysts and allow reactions to take place that otherwise would not occur. The enzyme itself is not consumed in this process and can be used over and over again. Enzymes are relatively specific to each reaction, and different enzymes catalyze different reactions. Structurally, enzymes are complex molecules composed of chains of amino acids and can sometimes include cofactors that assist the enzyme in the chemical reaction. Some enzymes are sensitive to pH and temperature fluctuations and can be destroyed if exposed to less than ideal conditions. Wobenzym® N is a systemic enzyme formulation that contains a blend of plant and animal enzymes that has been clinically studied to support many processes in the body. Systemic enzyme supplements work directly in the body once they are absorbed in the small intestine and are not intended to aid digestion. Therefore, these enzymes can be used to assist the body's various regulatory and communication systems. Wobenzym® N can help support healthy joints and muscles, promote healthy circulation, support the immune system, and may also aid in supporting processes involved in healthy aging. Wobenzym® N tablets are enteric-coated to ensure that the enzymes are protected and not broken down in the stomach. This allows the enzymes to reach the small intestine where absorption can occur.