Zesty Ginger Chicken Rice Bowl Recipe
Japanese cuisine · 396 calories

About this recipe
The Zesty Ginger Chicken Rice Bowl is a delightful Asian-inspired dish that's both nutritious and satisfying. Featuring tender chicken breast, aromatic ginger, and a medley of mixed vegetables, this rice bowl is a perfect balance of protein, carbs, and bold flavors. The ginger and garlic add a fragrant kick, while the soy sauce and sesame oil imbue the dish with umami richness. Ready in just 35 minutes, it's ideal for a busy lunch. Whether you're craving hearty comfort or looking for a high-protein option to power through your day, this dish checks all the boxes. Each serving is packed with 30g of protein and 720 calories, making it a wholesome choice. Enjoy it fresh and hot, garnished with spring onions for a vibrant finish!
Ingredients
- loose Ginger
- 300 g Nutrich Chicken Thigh Boneless
- - DELI QUINOA/BASMATI RICE 1KG
Instructions
- 1. Rinse the rice thoroughly under cold water and soak it for 15 minutes while you prepare other ingredients.
- 2. Dice the chicken breast into bite-sized cubes and season with salt, black pepper, and ginger powder.
- 3. Heat sesame oil in a pan and sauté minced garlic and chopped green chilies until fragrant.
- 4. Add the chicken cubes to the pan and cook until they are golden brown on all sides.
- 5. Stir in the soy sauce and let the chicken absorb the flavors for 2-3 minutes.
- 6. Drain the soaked rice and add it to the pan along with water and a star anise pod.
- 7. Cover the pan and cook the rice on low heat until the water is fully absorbed, about 12-15 minutes.
- 8. In a separate pan, stir-fry the frozen mixed vegetables with a pinch of salt for 4-5 minutes.
- 9. Once the rice is cooked, fluff it gently with a fork and remove the star anise.
- 10. Layer the cooked vegetables over the rice and chicken in the pan.
- 11. Garnish with finely chopped spring onions for a fresh and vibrant touch.
- 12. Serve the rice bowl hot, ensuring an even mix of chicken, rice, and vegetables in each portion.