Is Dunkin Donuts Iced Coffee Beverage French Vanilla Bottle - 13.7 Fl. Oz. Alpha-Gal?

Description
Dunkin' Donuts French Vanilla Iced Coffee is a refreshing beverage that comes in a convenient 137 fl oz bottle. With a volume of 13.7 fluid ounces per bottle, it offers a satisfying amount of coffee goodness. While there is no specific information about what people think of this product, it is worth noting that Dunkin' Donuts has a loyal customer base who appreciate their wide range of coffee options. The French Vanilla flavor adds a touch of sweetness to the iced coffee, making it a delightful choice for those who enjoy a flavorful and refreshing beverage.

Description
Dunkin' Donuts French Vanilla Iced Coffee is a refreshing beverage that comes in a convenient 137 fl oz bottle. With a volume of 13.7 fluid ounces per bottle, it offers a satisfying amount of coffee goodness. While there is no specific information about what people think of this product, it is worth noting that Dunkin' Donuts has a loyal customer base who appreciate their wide range of coffee options. The French Vanilla flavor adds a touch of sweetness to the iced coffee, making it a delightful choice for those who enjoy a flavorful and refreshing beverage.
Ingredients
Coffee (Water, Coffee), Skim Milk, Sugar, Cream, Natural Flavor, Potassium Phosphate, Pectin, Coffee (Water, Coffee), Pectin
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.