Dinner: Shrimp and Roasted Fennel Ditalini
Recipe by /contributors/joan-lang Shrimp have glutamic acid, the main taste component of umami. And at only 119 calories per 4-ounce serving, the little fellas are quite the low-cal catch.
This recipe includes fertility superfoods such as:
Health and fertility benefits of Shrimp and Roasted Fennel Ditalini
Lemons can help to prevent oxidative damage to the body, which women with PCOS are often susceptible to.
Ingredients
1 pound (16 to 20) extra large shrimp, shells intact, thawed if frozen
1 teaspoon fennel seeds
1 teaspoon salt, preferably sea salt, divided
1 fennel bulb, halved and sliced crosswise (chopped fronds for garnish, optional)
4 cloves garlic, chopped
2 tablespoons olive oil
1/2 teaspoon freshly ground black pepper
Grated zest of 1 lemon (1 julienned strip for garnish, optional)
1/2 pound whole-wheat ditalini
Instructions
Heat oven to 450 °F. Shell shrimp, but keep tails intact, if desired; reserve shells. In a small pan over medium heat, toast fennel seeds until golden brown, 5 minutes; crush. In a bowl, toss shrimp with fennel seeds. In same pan, bring 1 cup water to a boil with 1/2 teaspoon salt and reserved shells; reduce heat and simmer, partially covered, 30 minutes. Remove and discard shells; simmer until stock reduces by half, 5 minutes. In a roasting pan, place sliced fennel, garlic, oil, pepper and remaining 1/2 teaspoon salt; toss. Roast until fennel is tender, 20 minutes. Stir in shrimp, stock and zest; roast until shrimp are just cooked through, 5 minutes. Cook pasta as directed on package until al dente. Drain pasta, reserving 1 cup cooking liquid. Add pasta to roasting pan; roast until pasta is completely cooked, adding reserved liquid a little at a time and stirring to reach desired consistency, 5 to 10 minutes. Serve garnished with julienned zest and fennel fronds, if desired.
Reviews
Add a review for Shrimp and Roasted Fennel Ditalini
Nutrition Facts
Serving Size: 4
Amount Per Serving | ||
---|---|---|
Calories 0 | ||
Fat 0 | ||
Carbohydrate 0 | ||
Protein 0 |