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The future of vegan cuisine: 6 innovative plant-based ingredients

Tatler Hong Kong

更新於 10月20日03:23 • 發布於 10月20日05:30 • Chonx Tibajia

The field of vegan cuisine is undergoing a quiet reinvention. As more chefs and food scientists focus on the building blocks, the focus moves from merely substituting meat to rethinking these substitutes altogether. In the years ahead, plant-based ingredients will shift from “what stands in for meat or dairy” to “what defines new textures, forms and flavours”. Already, innovations in fermentation, novel proteins and enzyme-driven transformation are reworking the palette of vegan cooking. Here are six plant-based ingredients now shaping that future.

Read more: Dining and cooking outside your comfort zone: 10 spooky ingredients you shouldn't fear

Mycoprotein and fungal protein

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Often associated with brands like Quorn, mycoprotein is a fungal protein produced via fermentation. While technically not a plant, it is used in many vegan formulations and increasingly paired with plant-based ingredients. Its fibrous texture is well-suited to mimic meat, and its production footprint is often lower than that of conventional livestock. Some developers are blending mycoprotein with pea, fava or lupin to fine-tune flavour and mouthfeel.

Koji enzymes

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Koji (a culture of Aspergillus oryzae) is traditionally found in sake, miso and soy sauce; more recently, it is being repurposed to engineer plant-based meats. In one approach, koji grows filamentous networks that mimic muscle fibres, then is infused with plant fats and seasoning to create cuts of “meat”. Because its enzymes break down proteins and starches, koji also boosts umami in other plant-based ingredients, making them taste richer without heavy processing.

Faba bean and legumes

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Pea protein has dominated plant-based alternatives for years. But faba bean, lentil and mung bean are gaining attention for their versatility and nutritional profiles. Faba bean protein, in particular, is now used in meat replacers, dairy analogues and egg analogues. Blends of these legumes help reduce off-flavours and improve emulsification in complex recipes.

Fermented yeast

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One of the challenges in plant-based cheeses is replicating functional dairy proteins like casein and whey. Precision fermentation makes it possible to produce these molecules without animals by programming yeast or other microbes to generate them. When combined with plant-based ingredients such as oils, starches and fibres, they restore properties like stretch, melt and snap in vegan cheeses and yoghurts.

Plant cell culture and ‘plant-meat’

Cacao is moving beyond chocolate bars into savoury and plant-based applications, prized for its complex bitterness and antioxidant-rich profile (Photo: Wirestock / Freepik)

Cacao is moving beyond chocolate bars into savoury and plant-based applications, prized for its complex bitterness and antioxidant-rich profile (Photo: Wirestock / Freepik)

Rather than growing entire plants, cell culture techniques isolate plant cells and coax them to proliferate under controlled conditions. This allows creation of materials—bits of cacao, vanilla or legume tissue—that integrate directly into plant-based formulations. These cultured plant cells can deliver true “plant meat” with minimal processing and more precise textures than ground blends.

Advanced microcapsules from plant proteins

Peas have become a cornerstone of plant-based innovation, valued for their neutral flavour, protein density and versatility in both meat and dairy alternatives (Photo: Freepik)

Peas have become a cornerstone of plant-based innovation, valued for their neutral flavour, protein density and versatility in both meat and dairy alternatives (Photo: Freepik)

Recent research has produced microcapsules made entirely from plant proteins, such as pea protein, that can carry both water-soluble and fat-soluble components. In practice, these could deliver flavours, colours or nutrition inside a larger plant-based ingredient matrix. They help separate and control the release of compounds during cooking, which is especially useful in complex vegan baked goods or alternative meats.

Each of these plant-based ingredients brings something new to the table. Some improve texture, others unlock flavour or replace problematic additives. But none are panaceas. Scale, cost and regulatory pathways remain barriers, especially for precision fermentation and cell culture methods. Moreover, combining these innovations with clean label expectations—few additives and short ingredient lists—is a delicate balancing act.

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