Capital Q Ventures recently announced that it is backing NUR, a functional hydration brand that uses fermented Beta-Lactoglobulin — “ the primary protein found in whey and one of the highest-quality protein sources available” — to create a clear, highly soluble protein mix.
NUR’s product combines 10 grams of high-bioavailability protein with electrolytes. The formulation is designed to be consumed in a standard water bottle, and it serves as a bridge between workouts or busy workdays and real meals.
About the backing, Diego Rivero, Deal Team Lead at Capital Q® Ventures, shared: “NUR is rethinking how protein fits into everyday life. [The functional hydration brand is] not competing with traditional supplements, [but] building a new category around hydration, absorption, and repeat use. That shift aligns closely with where consumer demand is moving.”
Image Credit: NUR
Key Themes Behind This Trend
- Protein-forward Hydration
- A shift toward beverages that combine substantial protein doses with electrolytes opens possibilities for reimagining post-exercise and between-meal nutrition in single-serve hydration formats.
- Fermented Protein Utilization
- Using fermented Beta-Lactoglobulin and similar processes suggests new pathways for creating high-bioavailability proteins with improved solubility and digestion profiles.
- Clear Soluble Protein Formats
- Clear, highly soluble protein mixes challenge traditional chalky or milky supplements and enable discreet, repeat-use consumption throughout the day.
Where This Applies
- Sports Nutrition
- Products that merge hydration and meaningful protein content present alternatives to powders and shakes favored by athletes and active consumers.
- Ready-to-drink Beverages
- The emergence of clear protein mixes creates room for RTD brands to offer functional, shelf-stable options that prioritize mouthfeel and convenience.
- Workplace Wellness
- Convenient, bottle-friendly protein hydration products align with demand for midday nourishment solutions that support productivity and consistent nutrition.
