CocoLoCarb Smoothie (Low Carb)
Smoothie inspiration from memories of sipping on a Coco Loco while relaxing on the beach of Coco Cay.
Smoothie inspiration from memories of sipping on a Coco Loco while relaxing on the beach of Coco Cay.
- Carbohydrate 24.403 g
- Cholesterol 14.7 mg
- Fat 5.11 g
- Fiber 1.125 g
- Protein 13.545 g
- Saturated Fat 3.437375 g
- Serving Size 1 1 Serving (835g)
- Sodium 192.064658823529 mg
- Sugar 23.278 g
- Trans Fat 0.320874999999999 g
- Calories 193 calories
Step-by-step
- Combine all ingredients in blender and process until smooth.
The Hydrocolloid Power of Xanthan Gum
Xanthan gum does the heaviest structural lifting in this formulation by binding free water molecules into a stable matrix. Because non-fat yogurt lacks the heavy milk fats that naturally contribute to viscosity, a mere dash of this microbial polysaccharide prevents the beverage from rapidly separating into watery layers. High-shear blending activates the powder thoroughly, forcing the long-chain polymers to unfold and entrap air bubbles for a velvety mouthfeel that mimics full-fat dairy.
High-Intensity Extracts and Ester Volatiles
Concentrated oil extracts supply tropical aromatic compounds without introducing excess sugars or heavy liquids that would dilute the texture. Flavor perception relies heavily on volatile organic compounds reaching the olfactory receptors, and oil-soluble extracts deliver these compounds efficiently across the palate. When substituting fresh fruit juices with flavored water drops, adjusting the quantities slowly prevents the bitter chemical off-notes common in over-concentrated stevia and artificial flavorings.
Temperature Control and Ice Integration
Processing the mixture with exactly five ice cubes chills the dairy proteins below 40 degrees Fahrenheit, which increases liquid density and helps the xanthan gum hold a suspended emulsion. Running the blender for a full 45 seconds ensures the ice crystals break down completely rather than leaving gritty fragments that disrupt the smooth emulsion. Serving the beverage immediately preserves the entrapped air volume before gravitational drainage causes the foam to deflate.
