Lysozyme as a high-intensity sweet protein for food applications

Overview

This research investigates the use of lysozyme as a high-intensity sweet protein, exploring its potential as a natural alternative to conventional sweeteners. The hypothesis centers on lysozyme's thermal stability under low pH conditions and its solubility in water, two critical properties for food and beverage applications. By repurposing a well-characterized enzyme as a sweet protein, this work aims to contribute to the growing field of natural, protein-based sweeteners.

Technical specifications

Key research focus:

• Evaluation of lysozyme as a candidate high-intensity sweet protein
• Assessment of thermal stability under low pH conditions
• Evaluation of water solubility characteristics
• Literature-based validation using available scientific articles and data

Potential applications:

• Natural high-intensity sweetener for food and beverage products
• Ingredient for low-pH formulations such as beverages and acidic foods
• Alternative sweetening solution for products requiring heat processing

Technology readiness level

This research is at an early exploratory stage, with the hypothesis grounded in existing literature and available data. Validation procedures are based on previously published articles, and future validation steps aim to further characterize the sweet protein properties. The work represents foundational research that would require additional experimental confirmation and scale-up studies before commercial application.