
Food Faith Fitness · by Taylor Kiser
Coconut Slow-Cooker Curry With Pumpkin, Quinoa, And Eggs
NUTRITION · PER SERVING255M COOK
CAL 14%·PRO 23%
CARBS 33G48% OF CAL
7G FIBER0G ADDED0G INTRINSIC16G OTHER10G TOTAL SUGAR
FAT 12G39% OF CAL
5G SAT7G UNSAT
BARS = SHARE OF RECIPE CALORIES · RINGS = FDA DV
Slow-cooker curry with pumpkin, quinoa, and eggs in aromatic coconut milk and tomato sauce. Warming Indian spices blend with creamy coconut for a vegetable-forward main.
mainindiancurryeggs⚙️ food processor⏲️ slow cookerdairy freegluten freevegetarian
View the full recipe on Food Faith Fitness →We index the facts; the cooking instructions live with the creator.
Nutrition & ingredients
Ingredients
serves 6- 1 tablespoon olive oil
- 1 large onion (roughly chopped)
- 1 jalapeño (seeds removed and roughly chopped)
- 1 tablespoon fresh garlic (minced)
- 1 tablespoon fresh ginger (chopped)
- 1 1/2 tablespoons coriander powder
- 1 1/2 tablespoons ground cumin
- 1 tablespoon garam masala
- 2 teaspoons ground turmeric
- 1/2 teaspoon salt
- 1/4 teaspoon black pepper
- 1 13.5-ounce can light coconut milk
- 1 cup canned pumpkin purée
- 1 28-ounce can crushed tomatoes
- 1 tablespoon tomato paste
- 1 cup low-sodium vegetable broth
- 2/3 cup tri-color quinoa
- 3 bay leaves
- 2 cinnamon sticks
- 6 hard-boiled eggs (cooled and peeled)
- Fresh cilantro ( for garnish )
At a glance
PER SERVING · TIME 255M
CAL 14%·PRO 23%
CARBS 33G48% OF CAL
7G FIBER0G ADDED0G INTRINSIC16G OTHER10G TOTAL SUGAR
FAT 12G39% OF CAL
5G SAT7G UNSAT
BARS = SHARE OF RECIPE CALORIES · RINGS = FDA DV
Complete estimate · 100% of estimated mass resolved
All countable ingredients resolved. Figures are per serving.
- Prep
- 15m
- Cook
- 4h
- Sodium
- 468mg
- Total sugar
- 10g
- Added sugar
- ≥0g
Nutrition estimated from ingredients, per serving.
Vitamins & minerals
- Potassium
- 773mg
- Calcium
- 105mg
- Iron
- 7mg
Estimated from ingredients; USDA coverage varies by food.
- PREP
- 15M
- SODIUM
- 468MG
- ESTIMATE
- COMPLETE
Nutrition estimated from ingredients, per serving. 100% of estimated mass resolved.
