Product Details
Wobenzym N is the authentic systemic enzyme formula trusted by millions worldwide to provide clinically demonstrated benefits for joint health. Three enteric coated tablets taken twice daily (up to 4 times daily) on an empty stomach deliver a synergistic combination of plant-based enzymes, pancreatic (non-vegetarian) enzymes and plant antioxidants to help maintain healthy joints, mobility and flexibility.
First introduced in Germany as a pharmaceutical over 40 years ago, Wobenzym N has been updated but still features the time-tested, synergistic combination of plant-based enzymes, pancreatic enzymes and antioxidants. These powerful yet delicate enzymes are protected by a vegetable-based enteric coating which ensures optimal absorption and utilization in the bloodstream Enzymes are fascinating and essential biological catalysts that are involved in almost every single process in our bodies. In fact, thousands of enzymes drive trillions of chemical reactions every second. They are involved in everything from breathing and blood flow to the transmission of neural impulses to immune system maintenance. Systemic enzymes work holistically—meaning they work throughout the entire body—supporting overall joint health. If you want to control your life and live it on your terms, choose the brand that has been used by millions worldwide for decades—choose Wobenzym N.
Wobenzym N—A Tradition of Success
Wobenzym N is a global leader in joint health and is the only systemic enzyme formula backed by decades of clinical research and customer satisfaction.
Wobenzym N has been the subject of 6 human clinical studies on over 2,400 patients.
Wobenzym N is sold in 22 countries and has been used by over 29 million people worldwide.
Wobenzym N has a long history of efficacy and consumer satisfaction.
Wobenzym N Healthy Inflammation and Joint Support Benefits
Is a clinically studied systemic enzyme formula
Helps maintain healthy joints, mobility and flexibility
Helps improve joint comfort and range of motion
Supports speedy recovery following exertion
