Try this Berry Fruit Salad recipe, or contribute your own.
- Carbohydrate 141.83729380479 g
- Cholesterol 0 mg
- Fat 5.48177710157397 g
- Fiber 49.305848118591 g
- Protein 12.6536688596719 g
- Saturated Fat 0.252718855140853 g
- Serving Size 1 1 recipe (1351g)
- Sodium 14.175923682459 mg
- Sugar 92.531445686199 g
- Trans Fat 1.68838535931306 g
- Calories 586 calories
Step-by-step
- Before slicing any fruit, wash it and dry it off.
- Cut, slice and cube .
- Mix into a large serving bowl.
- Pour in the pineapple juice and squeeze the lime over the mixture.
- Sprinkle the top of the fruit with the pudding mix.
- Just sprinkle the top ( you will not empty the pouch)
- Mix the fruit up.
- Sprinkle and mix twice more.
- I don't usually ever use the whole pouch, just until I see the juice is more thick.
- Make sure you mix well.
- Chill before serving.
- Enjoy!
When preparing fresh produce without cooking equipment, maintaining structural integrity becomes the primary technical challenge. Excess moisture from strawberries, raspberries, and pineapple can quickly pool at the base of a serving vessel, leaving the upper layers dry and diluting natural sugars. Applying dry vanilla instant pudding mix directly to the wet fruit addresses this issue through starch absorption. The modified starches in the powder hydrate rapidly upon contact with free liquids, thickening the released juices into a coherent glaze rather than a watery syrup.
Thorough washing requires submerging firm fruits in cold water, followed by complete drying on absorbent paper towels before cutting. Retaining surface moisture prevents the thickener from clinging properly to the fruit cell walls. Citrus acid from fresh lime juice acts as a secondary modifier, lowering the pH to brighten primary fruit volatiles while slowing enzymatic browning on cut pineapple surfaces. Incorporating the dry powder in incremental stages allows precise control over viscosity, preventing a chalky mouthfeel.
Prepared mixtures maintain optimal texture for up to twenty-four hours in refrigeration at 38 degrees Fahrenheit. Extended storage beyond one day causes the high sugar content to draw excessive moisture out of the cell walls via osmosis, resulting in a softened, macerated texture that cannot support freezing.
