: High-Moisture Extrusion (HME) remains the gold standard for creating fibrous, meat-like textures. However, 3D bioprinting and shear cell technology are now being used to create premium whole-cut analogs, such as Redefine Meat's flank steak.

: While soy and wheat remain dominant, new "workhorses" include pea , chickpea , and sunflower proteins . Emerging sources like duckweed , mung bean , and microalgae (Spirulina/Chlorella) are being utilized for their rapid gelation and complete amino acid profiles.

The global food industry is at a pivotal crossroads, shifting from a binary "meat vs. plant" market to a sophisticated spectrum of , traditional , and hybrid proteins. As of 2024–2025, innovation is driven by the "clean label" trend and the rise of the flexitarian consumer—those who reduce meat intake but still crave familiar sensory experiences. 1. Plant-Based: The Third Generation (2024–2025)

An... — Recent Advances In Plant-based, Traditional,

: High-Moisture Extrusion (HME) remains the gold standard for creating fibrous, meat-like textures. However, 3D bioprinting and shear cell technology are now being used to create premium whole-cut analogs, such as Redefine Meat's flank steak.

: While soy and wheat remain dominant, new "workhorses" include pea , chickpea , and sunflower proteins . Emerging sources like duckweed , mung bean , and microalgae (Spirulina/Chlorella) are being utilized for their rapid gelation and complete amino acid profiles.

The global food industry is at a pivotal crossroads, shifting from a binary "meat vs. plant" market to a sophisticated spectrum of , traditional , and hybrid proteins. As of 2024–2025, innovation is driven by the "clean label" trend and the rise of the flexitarian consumer—those who reduce meat intake but still crave familiar sensory experiences. 1. Plant-Based: The Third Generation (2024–2025)