What Is ArthroMax with Theaflavins & AprèsFlex?

Black tea theaflavins, MSM (methylsulfonylmethane), AprèsFlex® Indian frankincense (Boswellia serrata), glucosamine and boron all support joint health and mobility in different ways. And they’re all included in ArthroMax® with Theaflavins & AprèsFlex®, a science-based, vegan-friendly joint health supplement.

Theaflavin compounds derived from black tea (Camillia sinensis) help protect your joints from oxidative stress.

ArthroMax® with Theaflavins & AprèsFlex® Benefits

Helps maintain comfortable joint function
Inhibits inflammatory factors called cytokines to encourage a healthy inflammatory response
Contains clinically studied ingredients to promote knee joint comfort

ArthroMax®: For Healthy Joints as you Age

Aging and normal wear and tear can affect joint health and function. But you can do your part to maintain joint health over time with focused nutrition from Life Extension®. We’ve created a variety of joint and mobility health formulas—the best of which bear our ArthroMax® product family name. Each one has a unique ingredient formulation to promote joint health, comfort, and mobility!

Product Details

AprèsFlex® boswellia This plant extract inhibits inflammatory factors like 5-LOX enzyme and leukotriene B4 to support joint health. Boswellia compounds have been shown to bind directly to the 5-LOX enzyme. In a placebo-controlled clinical study, Boswellia extract improved signs of joint discomfort in just 8 weeks.

Glucosamine and boron In randomized controlled clinical trials, glucosamine supports the underlying structural foundation for joint and cartilage tissue and promotes joint health. ArthroMax® also provides boron, a mineral essential for healthy bones and joints.

MSM (methylsulfonylmethane) has shown excellent results in supporting knee joint comfort and function in clinical trials when combined with glucosamine and boswellic acids.

Black tea theaflavins have been shown in a preclinical study to help maintain healthy cartilage in the face of oxidative stress and to help inhibit inflammatory factors to support joint health.