Zucchini Noodles w/ Pesto + Grilled Chicken
All the satisfaction of pasta — none of the glucose spike that follows it.
Zucchini noodles replace refined carbohydrates with a low-glycemic, high-water alternative that delivers volume + texture without meaningfully raising blood sugar.
Pesto — built on olive oil, basil + pine nuts — contributes monounsaturated fats + polyphenols that slow gastric emptying + reduce the inflammatory signaling underlying insulin resistance. Cherry tomatoes add lycopene + vitamin C alongside a modest fiber contribution that further blunts post-meal glucose response. Adding grilled chicken turns this into a complete metabolic meal — the protein load increases the thermic effect, slows digestion + supports the muscle tissue that accounts for up to 80% of insulin-stimulated glucose disposal. Low-glycemic, anti-inflammatory + protein-forward — this bowl supports stable blood sugar without sacrificing the meal you actually want to eat.
Zucchini Noodles w/ Pesto + Grilled Chicken
3 medium zucchini, spiralized
2 chicken breasts, grilled + sliced (optional but recommended)
1 cup cherry tomatoes, halved
⅓ cup basil pesto (store-bought or homemade)
1 tbsp olive oil
2 cloves garlic, minced
Sea salt + cracked black pepper
Optional: shaved parmesan + toasted pine nuts to finish
Lightly sauté garlic in olive oil over medium heat. Add zucchini noodles + toss for 2–3 minutes until just tender — do not overcook. Remove from heat, toss with pesto + cherry tomatoes. Top with sliced grilled chicken + finish with parmesan + pine nuts if using.
Benefits
Zucchini noodles → low-glycemic pasta alternative that delivers volume + texture without raising blood sugar
Pesto → monounsaturated fats + polyphenols slow gastric emptying + reduce inflammatory signaling underlying insulin resistance
Cherry tomatoes → lycopene + vitamin C + fiber to further blunt post-meal glucose response
Grilled chicken → complete protein that slows digestion + supports muscle tissue responsible for up to 80% of insulin-stimulated glucose disposal

