Garlic Parmesan Shrimp Quinoa
Try this Garlic Parmesan Shrimp Quinoa recipe, or contribute your own.
Try this Garlic Parmesan Shrimp Quinoa recipe, or contribute your own.
- Carbohydrate 2.54199905676467 g
- Cholesterol 70.0460402414016 mg
- Fat 1.86313980084515 g
- Fiber 0.450800014734268 g
- Protein 10.0003310353126 g
- Saturated Fat 0.46913679767553 g
- Serving Size 1 1 Serving (173g)
- Sodium 91.4346707875644 mg
- Sugar 2.0911990420304 g
- Trans Fat 0.271137837635887 g
- Calories 69 calories
Step-by-step
- In a medium-sized pot, cook the quinoa according to the directions on the package. Once cooked, remove from the pot.
- Heat the olive oil on medium-high heat and cook the garlic for 30 seconds or until fragrant. Add in the onion and cook until translucent.
- Once the onion is cooked, add in the shrimp and season with salt, pepper, and the dried Italian herbs. Cook for 3-5 minutes or until no longer raw.
- Combine the shrimp mixture and quinoa. Mix in the cherry tomatoes, parmesan, and season to taste. Enjoy!
Operating within a strict thirty-minute boundary requires managing water absorption ratios and protein cook times simultaneously. Quinoa expands to roughly triple its volume when simmered in a two-to-one liquid proportion, meaning scaling the dry grain from one cup to two demands doubling the hydration medium precisely. Measuring strictly prevents uneven starch gelatinization, which causes gummy pockets in the finished base. Medium-high heat applied to olive oil transfers thermal energy efficiently without burning milk solids found in subsequent additions.
Doubling this recipe alters the thermal mass in the pan, changing how quickly shrimp transition from translucent to opaque. Crowding a skillet drops surface temperature below the optimal protein coagulation threshold of 140 degrees Fahrenheit, resulting in rubbery texture rather than a tender bite. Batch cooking prevents this temperature drop by maintaining consistent heat transfer across every crustacean. Searing aromatics like diced garlic for exactly thirty seconds releases sulfur compounds into the fat without triggering bitter Maillard reactions.
Reheating leftovers introduces moisture challenges because shrimp proteins tighten further when subjected to secondary thermal cycles. Adding two tablespoons of water before gentle stovetop warming softens the quinoa without overcooking the seafood. Storing components in airtight containers for up to forty-eight hours preserves structural integrity across the starch and protein phases. Rapid chilling stops microbial growth safely within the critical two-hour window following initial preparation.
Grated parmesan cheese incorporates best when folded off direct heat to prevent fat separation and grain clumping. High heat causes dairy proteins to break down into grainy grease rather than emulsifying smoothly into the warm mixture. Halved cherry tomatoes release free water upon contact with hot quinoa, balancing the salinity of aged cheese through natural acidity. Thorough mixing distributes these acidic components evenly throughout the dense grain matrix.
