Life Extension Pea Discomfort Relief (Berry Flavor) for Occasional Minor Pain & Discomfort – Palmitoylethanolamide Supplement Pills - Gluten-Free, Non-GMO, Vegetarian – 60 Chewable Tablets


Precio:
Precio de venta$25.50 USD

Descripción

PEA Discomfort Relief is a unique chewable supplement that relieves occasional minor pain. PEA (Palmitoylethanolamide) is a compound naturally produced by your body. Now, we've packed 600 mg of PEA into a convenient, chewable tablet. Live comfortably with PEA Discomfort Relief!
  • A YUMMY WAY TO RELIEVE DISCOMFORT – An estimated 126 million Americans have experienced some type of pain in the last three months. If you’re one of them, consider Discomfort Relief a berry-flavored chewable tablet that relieves minor pain and discomfort over time.
  • CLINICALLY STUDIED RESULTS – This formula’s active ingredient is palmitoylethanolamide (PEA) and has been clinically studies. When taken every day for three weeks, PEA significantly supported comfort levels for 636 participants. Our Discomfort Relief formula delivers the same dose — 600 mg — as that study.
  • ONE OR TWO TABLETS A DAY – So how does Discomfort Relief work? It starts by chewing one or two of our gluten free, non-GMO tablets every day. This will help to relieve occasional minor pain—so you can get back to living your life free of discomfort.
  • INGREDIENTS MATTER - Sourced using only the finest raw ingredients with the purity and potency your body deserves. This product is certified non-GMO and gluten-free. Manufactured in the USA and a Certificate of Analysis is available for every product we produce.
  • LIVE YOUR HEALTHIEST LIFE - For over 40 years, we’ve been developing advanced, effective formulas made with the highest standards and based on the latest scientific findings. We believe the answers to a healthier, richer life are within reach and that rigorous scientific research is the path to get us there. Or formulations are created using the exact ingredients and dosages used in the studies that inspired them, ensuring that maximum bioavailability and efficacy is achieved.

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