Feta Fritatta

Recipe makes 2 servings

Ingredients:

6 large eggs
1 cup broccoli florets, chopped
1 small onion, finely chopped
1 medium red bell pepper, diced
1 medium tomato, diced
100g (about 3.5 oz) feta cheese, crumbled
2 Tbsp olive oil
1 tsp dried oregano
½ tsp garlic powder
Salt and pepper to taste
Fresh parsley or basil for garnish (optional)

Instructions:

In a large non-stick skillet, heat the olive oil over medium heat. Add the chopped onion and red bell pepper, and sauté for about 3-4 minutes until they begin to soften. Then, add the broccoli and cook for an additional 2-3 minutes until slightly tender.

In a bowl, whisk together the eggs, garlic powder, oregano, salt, and pepper until well combined. Stir in the diced tomato and crumbled feta cheese.

Pour the egg mixture over the sautéed vegetables in the skillet, ensuring even distribution. Cook on the stovetop for about 2-3 minutes without stirring, until the edges begin to set.

Reduce the heat to low and cover the skillet with a lid. Cook for an additional 8-10 minutes, or until the frittata is fully set in the center.

Once done, remove the lid and let it cool for a few minutes. Serve warm or at room temperature.

 

Nutritional breakdown per serving  (recipe makes 2 servings)

556 Calories
29.5g Protein
41g Fat
5.5g Fiber
19.5g Total Carbs
14g NET Carbs

Dr. Benjamin Bikman

Author

Dr. Benjamin Bikman, PhD, is a metabolic scientist and professor of Physiology & Developmental Biology, widely recognized for his research on insulin resistance, human metabolism, and metabolic health. As an expert in energy regulation and the hormonal drivers of obesity, he has published numerous studies connecting diet, macronutrient balance, and insulin response. Dr. Bikman is the Co-Founder and Chief Scientist of HLTH Code, where he applies his metabolic research to formulate science-backed nutrition solutions. He is also the author of Why We Get Sick, a leading book on metabolic dysfunction, and is frequently referenced in discussions on low-carb nutrition, protein prioritization, and metabolic wellness.