Chemistry

Plant-based meat gets juicier with algae-wrapped peanut oil droplets

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Food scienceEncapsulationHydrocolloids

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This study demonstrates the use of calcium ions to crosslink sodium alginate and nanocellulose, creating an "egg-box" structure that encapsulates peanut oil bodies for application in plant-based meat alternatives. The calcium-mediated crosslinking forms a stable gel network that wraps around lipid droplets extracted from peanuts, mimicking the fat distribution and texture found in animal meat. This approach offers a method to incorporate plant-derived oils into meat analogues while maintaining structural integrity and mouthfeel similar to conventional meat products.


This technology could improve the texture and sensory properties of plant-based meat products, addressing consumer acceptance barriers in the growing alternative protein market. The use of abundant, food-grade materials like alginate, nanocellulose, and peanut oil provides a sustainable and potentially cost-effective solution for developing more realistic meat substitutes.


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Source: Ca2+ crosslinked sodium alginate-nanocellulose as egg-box structure wraps peanut oil bodies for meat analogue