Microwave Egg & Veggie Breakfast Bowl

Try this Microwave Egg & Veggie Breakfast Bowl recipe, or contribute your own.

Save
Microwave Egg & Veggie Breakfast Bowl Save
Microwave Egg & Veggie Breakfast Bowl

Try this Microwave Egg & Veggie Breakfast Bowl recipe, or contribute your own.

  • Preparing Time: 15 minutes
  • Total Time: 30 minutes
  • Served Person: 1
  • Carbohydrate 3.5486 g
  • Cholesterol 581.87 mg
  • Fat 25.66835 g
  • Fiber 0.0875 g
  • Protein 36.131175 g
  • Saturated Fat 12.2721325 g
  • Serving Size 1 1 serving (276g)
  • Sodium 691.5755 mg
  • Sugar 3.4611 g
  • Trans Fat 2.781495 g
  • Calories 391 calories

Step-by-step

  • COAT 8-oz. ramekin or custard cup with cooking spray. ADD egg, water, spinach and mushrooms; BEAT with fork until blended.
  • MICROWAVE on HIGH 30 seconds; stir. MICROWAVE until egg is almost set, 30 to 45 seconds longer.
  • TOP with cheese and tomatoes. SERVE immediately.

Water performs the heavy lifting in this single-serving dish by generating internal steam, which forces the dense proteins of the egg to expand into a light, airy structure rather than tightening into a rubbery puck. Adding a teaspoon of liquid alongside the egg introduces moisture that vaporizes rapidly under high electromagnetic frequency, creating micro-bubbles throughout the custard. Because microwaves heat unevenly by exciting water molecules directly, intermittent stirring at the thirty-second mark redistributes the thermal energy and prevents localized overcoagulation along the perimeter of the ramekin. If replacing the spinach with high-moisture vegetables like zucchini, press the chopped pieces thoroughly between paper towels first to eliminate excess liquid that would otherwise dilute the egg proteins and prevent proper setting. Judge the doneness visually by inspecting the surface sheen; when the center loses its glossy wet appearance and looks matte with only a slight jiggle remaining, residual heat will finish the cooking process during the resting phase. Using an eight-ounce ceramic ramekin ensures the vessel retains and conducts heat steadily compared to thin plastic alternatives.