MyoMend®

Description

Enzyme Science MyoMend®

An advanced proteolytic enzyme blend to support physical recovery.*

Benefits:

• Vegetarian proteolytic enzymes for muscle & joint function*
• Includes Rutin to optimize mobility*
• Targeted-Delivery capsule

Myomend® consists of a high potency, therapeutic blend of enzymes, including nattokinase and serrapeptase. When your body is overexerted due to physical stress, muscle and joint function may be compromised due to physical discomforts.

Myomend contains a unique blend of proteolytic enzymes that work systemically to help break down damaged proteins, speeding up recovery and promoting flexibility and mobility.* Rutin is known as a vital phytochemical which serves as an antioxidant and is associated with improvement of physical fatigue.* In combination, enzymes and rutin naturally accelerate muscle and tissue repair and provide optimal wellness.*

Ingredients 

Other Ingredients: 100% Vegetarian Capsule (gellan gum, cellulose, water) 

Contains NO dairy, egg, preservatives, salt, sucrose, soy, wheat, yeast, nuts, corn, gluten, casein, potato, rice, artificial colors or flavors. 

Keep closed in dry place; avoid excessive heat. PLEASE KEEP OUT OF REACH OF CHILDREN. 

Suggested Use 

Take 2 capsules three times per day on an empty stomach (1/2 hour before or 2 hours after a meal). More may be taken as recommended by your healthcare practitioner. 

More Info. 

Muscle soreness and physical discomfort is common in after exercise, prolonged sitting, or after a new physical activity. 

According to research conducted by the Centers for Disease Control and Prevention (CDC), 1 in 4 American adults sit for more than eight hours a day and 4 in 10 are physically inactive. Delayed onset muscle soreness (DOMS), resulting in uncomfortable and stiff muscles, is commonly felt after unaccustomed or strenuous exercise. While muscle strains included by exercise are quite common in athletes, individuals with a lack of muscle fitness, and weak muscles as a result of ageing, muscle and joint discomfort can also be the result of free radical damage and oxidative stress. 

Comparison Chart