This product may or may not be Alpha-Gal friendly as it lists 3 ingredients that may not comply.

Is THE ORIGINAL MINT CHIP NON-DAIRY FROZEN DESSERT, MINT CHIP Alpha-Gal?

This product may or may not be Alpha-Gal friendly as it lists 3 ingredients that may not comply.

Description

Bright mint flavor and cool, smooth texture with intermittent crunchy mix-ins create a refreshing contrast; commonly eaten straight from a bowl, used in sundaes or between cookies, reviewers often praise flavor intensity and scoopability while noting occasional quick melting and varied mix-in distribution across containers and packaging consistency concerns noted.

Ingredients

Oat Base (Water, Oats), Chocolate Chip (Chocolate Liquor, Organic Cane Sugar, Organic Cocoa Butter, Sunflower Lecithin and Organic Vanilla Extract), Coconut Oil, Sugar, Dextrose, Glucose Syrup, Low Erucic Rapeseed Oil., Contains 2% or Less of: Mono- and Diglycerides of Fatty Acids, Locust Bean Gum, Guar Gum, Sea Salt, Natural Flavor.

Spoonful app interface

Stop Searching. Start Scanning.

Get instant results with our mobile app

Instant barcode scanning

No typing needed

Multiple diet tracking

Combine as many as you need

Favorite products & lists

Save time on every shop

⭐️⭐️⭐️⭐️⭐️

Join 500,000+ happy shoppers

Download on App StoreGet it on Google Play

Free to download • No credit card required

What is a Alpha-Gal diet?

An Alpha-Gal diet eliminates mammalian meat and products containing mammalian-derived ingredients to prevent allergic reactions in people with alpha-gal syndrome. This includes beef, pork, lamb, dairy products, gelatin, and certain medications derived from mammals. The condition involves a specific sugar molecule found in most mammals, often triggered after a tick bite. People may experience delayed allergic reactions 3-6 hours after consuming trigger foods. The diet focuses on safe alternatives like poultry, fish, and plant-based proteins. When followed carefully, often with guidance from an allergist or dietitian, it can prevent serious reactions while maintaining adequate nutrition.