Mixed Vegetable Stir Fry

Simple quick healthy and delicious mixed vegetable stir fry for a busy weeknight dinner.

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Mixed Vegetable Stir Fry Save
Mixed Vegetable Stir Fry

Simple quick healthy and delicious mixed vegetable stir fry for a busy weeknight dinner.

  • Preparing Time: 15 minutes
  • Total Time: 30 minutes
  • Served Person: 4
  • Carbohydrate 10.96585 g
  • Cholesterol 0 mg
  • Fat 0.2233 g
  • Fiber 4.1184999781847 g
  • Protein 1.878275 g
  • Saturated Fat 0.0555175 g
  • Serving Size 1 1 serving (163g)
  • Sodium 633.3675 mg
  • Sugar 6.8473500218153 g
  • Trans Fat 0.06926 g
  • Calories 47 calories

Step-by-step

  • Start heating water in a large pot, filled about 2/3 of the way. Add a few drop of oil to the water, this will help the vegetables keep their bright colors.
  • Meanwhile, prepare the vegetables. Rinse the cabbage and cut into about 1-inch pieces. Peel the carrots and cut into 1/2-inch slices on the diagonal. Rinse the broccoli and cut into bite size florets. Set aside.
  • Note: you can use any vegetables you like here. If you are on a keto diet, substitute carrots for cauliflower or green beans for example.
  • Once the water is boiling, carefully drop the vegetables in the pot, stir, and turn the heat all the way up to bring the water back to a boil. Let the vegetables blanch for 3 minutes.
  • Transfer the vegetables to a colander and let drain.
  • Meanwhile, heat a large wok or a skillet with 1 tablespoon of olive oil over high heat. You can use any other oil of choice, such as canola or sunflower oil.
  • Add minced garlic to the heated oil and saute for 20 seconds to release aroma. Add the vegetables and fry, constantly stirring for about 2 minutes. Season with salt and pepper to taste. Add sesame oil and continue stirring for another 20 seconds or so.
  • Remove from heat and serve immediately or keep warm until ready to serve.

Are the carrots still too firm to bite while the cabbage is already turning translucent in the pan? Achieving uniform doneness across a mixed vegetable pan requires understanding how disparate cell structures respond to heat. Carrots demand more thermal energy than tender brassicas due to their dense pectin networks. Slicing root vegetables into consistent half-inch diagonal pieces increases surface area while ensuring they soften at a rate comparable to faster-cooking florets. Adjusting cut sizes bridges the gap between ingredients with naturally differing densities.

Blanching vegetables in rapidly boiling water for precisely three minutes sets chlorophyll and initiates internal cooking before the pieces ever touch the metal. Adding a small amount of oil to the blanching water coats the exterior of each piece, shielding pigments from rapid oxidation and leaching. Draining the blanched components thoroughly in a colander prevents excess surface moisture from dropping pan temperature during the subsequent searing stage. Steam trapped on wet vegetables leads to steaming rather than frying, which mutes the desired surface browning.

Stir-frying relies on high heat and constant motion to cook food rapidly in a small amount of fat. Heating the oil until it shimmers ensures that minced garlic added afterward will release its aromatic allicin compounds within twenty seconds without burning into bitterness. Tossing the drained vegetables continuously over high flame for two minutes removes residual moisture while maintaining structural integrity. Finishing the dish with sesame oil off the heat preserves volatile aromatic compounds that degrade under prolonged direct thermal exposure.

Techniques resembling modern stir-frying trace back centuries to Chinese culinary traditions developed during periods of fuel scarcity where small, uniform pieces maximized thermal efficiency. Cooks conserved firewood by cutting ingredients into bite-sized shapes that cooked in seconds over intense charcoal heat. Modern home kitchens replicate this efficiency through cast iron or carbon steel woks capable of retaining high heat levels. Applying these historical principles transforms basic garden produce into a dish driven by precise thermal control rather than rigid timing rules.