Finding vegan-friendly burger options can be difficult in a world dominated by meat-packed creations, but this sweet recipe will ensure that everyone is satisfied. Made with a completely vegetable base, the burger patty is held together with a combination of soy sauce and tahini to help it survive the cooking process. Keeping ingredients together without using egg is a delicate balance, but this recipe does an excellent job.
This vegan-friendly burger is topped with a delicious, coleslaw-like kale accoutrement that will mesh perfectly with the other ingredients and spices at work. Although those who aren't vegan might be hesitant to try out the recipe, these veggie burgers are so flavorful that it's doubtful you'll even miss the meat. You might think twice the next time you want to opt for a meat-packed burger.
Guiltless Vegan-Friendly Burgers
This Meatless Burger is Seasoned to Perfection and Far From Bland
Trend Themes
1. Vegan-friendly Burgers - Opportunity for food manufacturers to develop and market innovative plant-based burgers as a healthier and sustainable alternative to traditional meat burgers.
2. Meatless Creations - Opportunity for restaurants and food chains to introduce unique and flavorful meatless burger options to cater to the growing demand for vegan and vegetarian dishes.
3. Eggless Binders - Opportunity for food scientists to develop alternative binders for vegan burgers that hold ingredients together without using eggs.
Industry Implications
1. Food Manufacturing - Opportunity for food manufacturers to invest in plant-based burger production to cater to the increasing demand for vegan-friendly options.
2. Restaurant and Food Service - Opportunity for restaurants and food service providers to expand their menus with innovative meatless creations and attract the growing population of vegan and vegetarian customers.
3. Food Science and Technology - Opportunity for food scientists and researchers to develop and refine eggless binders for vegan burgers to enhance their taste, texture, and cooking properties.