All PFN ARTICLES

Every time tofu or soymilk is produced, a wet soybean pulp called okara is left behind. It still contains valuable nutrients and protein, but because it is highly perishable, fibrous and relatively unappealing in taste and texture, much of it ends up as low-value animal feed or food waste.

For decades, the stone or kernel hidden inside an apricot stone has had a rather complicated reputation. Now Austrian food-tech company Revo Foods is turning this unlikely raw material into a fermented, high-protein food headed for supermarket shelves.

The protein factory of the future may operate less like a production line and more like a living ecosystem, recycling its own nutrients to produce the next batch of food. Researchers at the University of Queensland have developed a circular system using waste from cultivated-meat production to grow microalgae. The algae absorb nutrients left behind in the cell-growth process, produce oxygen and are then processed so some of those nutrients can be fed back into the system to

A new generation of biotechnology is turning industrial waste gas to protein, opening up a potential pathway for countries such as New Zealand to expand food production without requiring additional farmland, freshwater or livestock.

Beleaguered Beyond Meat is no longer just trying to fix dinner with its plant-based meat, it’s coming for your drink can. The company has launched Beyond Immerse, a sparkling functional beverage line full of plant protein, fibre, antioxidants and electrolytes, positioning it as a lighter alternative to heavy protein shakes. Three flavours, two protein tiers (10g and 20g), and a limited-run release via the Beyond Test Kitchen from January 15. On the surface, it looks like inno

India’s snack aisles are mutating again and this time, they’re going fully functional - India's plant-based snack boom. Seaweed chips, protein-packed bites, and fortified mini-meals are turning up in every metro, and they’re not framed as “vegan alternatives.” They’re just… snacks. Quick, nutritious, fuss-free, and engineered for a population that lives on the move.

If the world needed a plot twist in the protein story, this is it - Methane into proptein - researchers at the University of Canterbury and the New Zealand Institute of Bioeconomy Science are showing that methane, yes, methane, can be converted into high-quality protein using microalgae and methanotrophic bacteria. It’s early-stage science, but the implications land squarely in future-food territory.

Strap in: the European Space Agency (ESA) has just signed a deal with Finnish startup Solar Foods to test a protein powder made from microbes, air, electricity and urea (yes, that urea, found in urine) aboard the International Space Station; giving a whole new meaning to pee protein!!

While duckweed, scientifically known as Lemna, might seem like just 'green floaty stuff' on a pond, this tiny aquatic plant is quietly posit

One such transformation getting a lot of attention is the rise of plant-based diets including the proliferation of alternative substitutes

China's Dairy Process Fermentation Advances Threaten New Zealand's Export Market