From fungi to feast: The rise of Mycoprotein as a sustainable protein solution

Sustainable, alternative options for protein are soaring in popularity. In fact, according to EY, the alternative protein market is projected to reach US$17.4 billion in 2027. Locally, leading data and analytics company GlobalData reports that the Malaysian meat substitutes market is set to expand at a value compound annual growth rate (CAGR) of 7.4% throughout 2023 to 2027.

But what are the options for alternative protein in the Malaysian market?

Typically, the average Malaysian supermarket will carry a range of plant-based proteins like soy-based tofu or wheat-based seitan, and many of these products are great choices.

Not only do they have a lower environmental impact in comparison to animal agriculture, they also make up an essential part of vegetarian and vegan diets, with the necessary amino acids for building and repairing tissues in the body.

However, Malaysians love trying new and interesting foods — and there is a lesser known (and potentially more suitable) alternative protein out there!

This article intends to introduce readers to the wonderful world of mycoprotein — a revolutionary fungi-derived product — and how it’s an underrated, viable, and eco-friendly alternative to traditional animal proteins.

The Fungi Fundamentals

Mycoprotein is created through a process known as biomass fermentation. Basically, the process uses the high-protein content and rapid growth of microorganisms — in this case, fungi — to efficiently make large amounts of protein-rich food. Since fermentation is a natural process, this has the added benefit of being much cheaper than other methods of creating alternative protein products.

Take extrusion, for example, which uses moisture, high heat and mechanical energy to produce meat substitutes in a matter of seconds.

While the extrusion process is quicker, it is significantly more expensive. In contrast, fermentation uses less energy and utilises carbon and nitrogen sources, which as a bonus is better for the environment!

Mycoprotein: Magical Meat Mimicry

It turns out using fungi for mycoproteins also allows for a closer approximation of taste and texture in comparison to meat. In fact, the mycelium — otherwise known as the network of threads throughout a fungus — branches and develops in a surprisingly similar pattern to real meat muscles during the fermentation process.

This not only elevates the authenticity of mycoprotein, but also distinguishes it from other plant-based proteins that often lack such genuine resemblance to traditional meat. For Ultimeat specifically, the intertwining long fibres in our product are uniquely and uncannily reminiscent of actual meat, allowing for a closer culinary comparison in terms of texture and taste.

The Nutritional Merits of Mycoprotein

Mycoprotein possesses excellent nutritional values, providing high levels of protein and fiber while containing low fat, low sodium, and zero cholesterol. Additionally, its protein quality surpasses that of some conventional meats. When mycoprotein based products are cultivated from mushrooms specifically, they can boast high levels of glutamic acid, an amino acid that helps with metabolism, brain, and cardiac functions.

At the heart of it all, choosing mycoprotein doesn't just offer a sustainable and nutritious option but a cost-effective solution, as well. In this sense, mycoprotein products provide Malaysians with a high-quality alternative protein at a reasonable price, paving a path towards a meat-free future.

This article is by Ultimeat co-founder and certified food scientist Alfred C. Cheung.