Zahler AfterMeals Digestive Enzymes for Digestion Health

What the brand says

Sold as “Zahler AfterMeals Digestive Enzymes for Digestion Health - Chewable Fruit-Based Digestive Enzymes for Women & Men with the Power of Papaya and Pineapple - Kosher Gluten Free Made in USA (400 Tablets)”

Experience the soothing power of fruit-based enzymes with Zahler’s AfterMeals. This supplement is enhanced with calcium to support a healthy digestive system – with each chewable tablet packed with essential enzymes and natural ingredients like Papaya, Bromelain, and Papain. Maintain your digestive health and stay ahead of digestive discomfort before it ever begins. SUPPLEMENT FACTS: Serving Size: 2 tablets Calcium - 220 mg Papaya Fruit Powder - 130 mg Bromelain Complex - 80 mg Papain Complex - 50 mg Deglycyrrhizinated (DGL) Licorice Root Powder - 5 mg Fennel Seed Powder - 4 mg Ginger Root Powder - 1 mg PRODUCT FEATURES: Supports A Health Digestive System* Chewable Tablets For Adults Non GMO Kosher Made in the USA Contains No Gluten, Peanuts, Tree Nuts, Soy, Egg, or Dairy HARVESTING NATURAL WELLNESS Support healthy digestion the natural way. Zahler’s AfterMeals is designed to help manage fullness and bloating with a blend of enzymatic power and traditional herbs. Ideal for those who prefer not to swallow pills, these chewable tablets make the process quick and enjoyable. TASTY AND EFFECTIVE Savor the convenience of chewable tablets, each packed with the power to support your digestive health. Zahler’s AfterMeals tablets are an easy addition to your daily health routine. ADVANCED NUTRITION BY ZAHLER Zahler delivers on nature’s promise by harvesting its many natural resources, opting for 100% pure, authentic, strictly Kosher ingredients. Focusing on underlying deficiencies as opposed to superficial symptoms, our formulas offer a healthy, effective path toward comprehensive wellbeing. *These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.