2025 AOCS Annual Meeting & Expo.
Protein and Co-Products
Mian N. Riaz, Texas A&M University, USA
Associate Dept. Head and Professorship in Food Diversity
Texas A&M University
College Station, Texas, United States
In today's fast-evolving food industry, growing consumer demand for sustainable and health-conscious dietary choices is driving the expansion of plant-based protein products. Among these, plant-based meat analogues are gaining significant attention as sustainable, ethical, and health-oriented alternatives to traditional meat. A key factor in their development is the texturization of plant proteins, a process that imparts the texture, mouthfeel, and sensory characteristics necessary to mimic conventional meat effectively. The selection of texturization methods and ingredient combinations plays a critical role in meeting specific product and texture requirements, enabling food technologists to create products that replicate the sensory attributes and eating experience of meat.
Texturizing plant proteins involves structural modifications to enhance their functionality and appeal. This process bridges the gap between consumer expectations and plant-based offerings by simulating the fibrous, tender qualities of meat. Extrusion processing is a widely used and effective method for plant protein texturization. It involves heating and forcing a protein-based mixture through a die to create fibrous, layered, or meat-like textures. High-moisture extrusion, a notable advancement in this field, uses elevated moisture levels during processing to produce softer, more tender textures ideal for products like ground meat analogues and shredded meat substitutes. This technique enhances the versatility and sensory quality of plant-based meat alternatives.
As food science and technology advance, extrusion processing continues to drive innovation in plant protein texturization. Researchers and manufacturers are exploring novel protein sources, advanced machinery, and optimized formulations to refine these processes further. These advancements aim to achieve improved mimicry of traditional meat, addressing sustainability challenges while meeting consumer expectations for high-quality plant-based products.