He shared how a combination of expertise in gastronomy and food science helped the team move quickly, while staying focused on product quality and consumer experience. The conversation explored key lessons from that fast-track launch, including the importance of team alignment and making clear, confident decisions early on.

Eder also highlighted the role of creating genuine 'wow moments' for consumers, and how delivering on taste and experience is central to Catchfree’s ambition to redefine seafood without compromise.

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The discussion focused on the growing role of microbial proteins derived from yeast, fungi, bacteria, and microalgae, and how advances in fermentation are enabling scalable, nutritious, and environmentally efficient alternatives to traditional protein sources. Speakers examined the science behind these systems, including their amino acid profiles, digestibility, and functional performance across a range of food applications.

The conversation also addressed the realities of scaling microbial protein production, from process optimization and cost reduction to navigating regulatory pathways. Alongside this, the panel explored how fermentation technologies are opening new opportunities across food, beverage, and nutrition, supported by increasing investment and industry interest.

A key theme throughout was the balance between innovation and practicality, with a focus on how microbial proteins can move from promising technology to commercially viable ingredients that meet both industry and consumer expectations.

Together, the discussion highlighted why microorganisms are becoming central to the next generation of protein production, as the sector looks for solutions that combine performance, scalability, and sustainability.

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Drawing on decades of research at the intersection of functionality, nutrition, and sustainability, he unpacked the challenges of replacing animal fats and dairy proteins with plant-based alternatives. The conversation examined how concerns around consumer health, palm oil, and biodiversity have driven the search for more sustainable fat and protein solutions, and why innovation in this space needs to consider the entire food matrix, not just individual ingredients.

Marangoni also addressed some of the biggest misconceptions in plant-based dairy, including the assumption that all alternatives match the nutritional profile of traditional dairy. While he noted that achieving comparable nutrition is possible, he emphasized that many current products still fall short.

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He shared how Forsea is approaching the development of next-generation seafood, and how the team is navigating both technical challenges and consumer expectations in a category that is still taking shape. The conversation explored the importance of pairing scientific innovation with clear, effective communication, particularly as companies work to explain complex technologies to a wide range of audiences.

Roee also highlighted the role of storytelling across different formats, from written articles to podcasts and video, and why translating technical breakthroughs into accessible messages is critical for engaging consumers, partners, and policymakers.

Together, the discussion offered insight into how Forsea is working toward scalable, sustainable seafood solutions that can meet growing global demand while reducing pressure on ocean ecosystems.

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The conversation explored the growing role of biofoundries as R&D becomes more complex, and how these environments bring together data integration, miniaturization, and standardized workflows to reduce both risk and cost. Savino outlined how modern laboratory tools support DNA assembly, screening, and early-stage optimization, while Galy explained how these systems allow teams to explore larger design spaces, improve strain performance, and better prepare for industrial conditions.

They also discussed how companies can adopt automation in a practical way without disrupting existing infrastructure, and why aligning strain engineering, screening, and process design from the outset is critical to achieving smoother industrialization.

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As the industry moves toward scale, the discussion focused on how safety frameworks must evolve alongside innovation. From novel ingredients and cell lines to precision-fermented fats and functional proteins, the panel examined how companies can ensure robust safety standards without slowing down development.

The conversation covered emerging risks across different production platforms, the realities of navigating global regulatory expectations, and the importance of building safety and quality systems that can scale with production. The speakers also explored how lessons from traditional food and biopharma sectors can be applied to next-generation protein companies, particularly when it comes to data integrity, traceability, and contamination control.

A key theme throughout was the need to integrate safety considerations early in R&D, rather than treating them as a downstream requirement. The panel also addressed how companies can communicate safety clearly and transparently to regulators and consumers, helping to build trust as new products reach the market.

Together, they provided a practical view of how the industry can balance speed, innovation, and responsibility as it works toward delivering safe, scalable, and sustainable food systems.

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The conversation explored the role of precision fermentation, the importance of shared standards and metrics, and how digital and sensor technologies are improving production efficiency. Panelists also discussed the potential of bioactive ingredients and the need for closer collaboration across science, technology, regulation, and markets to support scalable, sustainable food systems.

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Dr Akintoye also addressed strategies for reducing off-notes, the impact of clean-label expectations, and lessons drawn from the evolution of plant-based and dairy alternatives. He explored the structural properties of mycoproteins, including fiber alignment and downstream processing, and how these factors contribute to the fibrous texture and bite associated with animal protein.

Throughout the conversation, he emphasized the role of ingredient design and process optimization in ensuring mycoprotein products meet consumer expectations for quality, taste, and sustainability.

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Huppert also addressed the ongoing challenge of replicating juiciness, succulence, and authentic flavor, and explained why multi-sensory experiences were critical to consumer acceptance. She highlighted how emerging innovations were supporting the development of high-protein products that delivered on taste, health, and enjoyment.

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The conversation explored why intellectual property has become central to securing investment, forming partnerships, and protecting competitive advantage. Panelists discussed what types of innovations can and cannot be patented, the role of robust data in supporting claims around taste and texture, and how companies balance patents with trade secrets.

The episode also addressed the commercial value of process patents, strategies for navigating prior art, and why establishing a clear IP strategy early is critical for startups operating across fermentation, alternative proteins, and food biotechnology.

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The panel discusses how cost-effective processes and simplified formulations can reduce complexity without compromising nutritional or sensory quality. They examine consumer priorities – from taste and affordability to clean-label appeal – and highlight the importance of diverse ingredient strategies in building a more sustainable food system.

By comparing different approaches to protein functionality, from solubility to texture, the speakers underline the value of collaboration between technology developers, ingredient producers, and food brands. The discussion offers a 360-degree view of the opportunities and challenges in scaling plant-based proteins for mainstream adoption.

He explains why Wildtype chose to start with food service partners, allowing chefs and diners to experience the product firsthand and build trust through authentic storytelling. Justin also reflects on the significance of Wildtype becoming the first company to receive FDA clearance for cultivated seafood, the evolving landscape of consumer perceptions, and how early adopters are driven by food safety, transparency, and the desire to protect ocean resources.

The conversation offers an honest look at what it takes to launch a new category of food – and how cultivated seafood could help shape a more sustainable future for global protein.

Silvia highlights their remarkable stability under demanding processing conditions and their complete amino acid profile, which makes them a valuable source of high-quality protein. She also explores a wide range of applications – from hybrid dairy and protein beverages to cheese alternatives and even sweet formulations – demonstrating how yeast proteins can elevate nutrition without compromising taste or texture.

The discussion underscores Lallemand’s broader commitment to leveraging its fermentation and yeast expertise to deliver the next generation of sustainable, functional food solutions.

Stéphane explains why Verley avoids the 'alternative protein' label, emphasizing that its proteins are identical to those found in cow’s milk – only the production method differs. He introduces the FermWhey™ range, including FermWhey™ Native 100 with 98% purity, offering exceptional solubility, nutritional value, and versatility across applications from protein shots and bars to yogurts and even tea.

The conversation explores sustainability, regional regulatory timelines, and how precision fermentation can help meet rising global demand for dairy protein without the environmental constraints of traditional production. Stéphane also shares his perspective on where functional proteins fit within the broader protein ecosystem – and how they can unlock new innovation across the food and beverage industry.

Doug highlights the importance of non-dilutive funding, such as federal grants, in supporting innovation and building credibility during the current investment downturn. He also explores the potential of cultivated seafood to deliver clean, safe, and sustainable products – free from mercury, antibiotics, and microplastics – while easing pressure on marine ecosystems.

The discussion covers the pathways to scale, from premium dining to mainstream adoption, and identifies regulatory approval, cost reduction, and consistent product quality as critical milestones. Ultimately, Doug frames cultivated seafood as a complementary solution that can enhance food security, protect biodiversity, and strengthen resilience in the global food system.

Eshchar emphasizes the importance of creating products that satisfy chefs, retailers, and diners alike – delivering on taste and experience while addressing the challenges of sustainability and scale. He also discusses the lessons learned from building momentum in a fast-moving industry, and how redefining meat is ultimately about more than technology – it’s about changing perceptions of what people choose to eat.

Sebastian highlights the mounting environmental pressures on global fisheries and explains how cell-cultivated seafood offers clear advantages in safety, nutrition, and localized production, with potential applications that extend beyond food. He also reflects on the path toward regulatory approval, the realities of scaling, and how cultivated seafood can help secure ocean-friendly protein for generations to come.

Thijs highlights the unique advantages of The Protein Brewery’s proprietary fungal strain, which enables efficient, lower-capex fermentation under non-sterile conditions – making scaling and partnerships more attainable. He shares progress from pilot to demonstration-scale production, details on regulatory pathways in the USA, Singapore, and Europe, and the importance of building both technical and commercial capabilities to support growth.

The conversation explores how the company’s ingredient delivers complete protein, fiber, and micronutrients in a neutral-tasting, odorless form suited for a wide range of applications. Thijs emphasizes that long-term success will depend on disciplined scaling, smart market entry, and balancing investor expectations with lasting impact across sustainable food systems.

Chris addresses the growing impact of misinformation and industry influence on how consumers perceive food and nutrition, particularly the misuse of the term ultraprocessed. He notes that many plant-based alternatives actually offer lower calorie density, reduced saturated fat, higher fiber, and comparable protein quality to conventional meat – and that fortification can further enhance their nutritional value.

The conversation also explores the challenges of translating scientific evidence into effective policy, the importance of advocacy-driven research, and strategies for distinguishing independent science from industry-influenced narratives.

He explains how Cosun is balancing its deep agricultural heritage with a forward-looking approach to innovation, focusing on efficiency, diversification, and international collaboration. Roderik highlights the value of partnering with startups to accelerate progress in alternative proteins, sweeteners, and fibers, giving Cosun access to breakthrough technologies and new global opportunities.

He also offers insight into the company’s flexible investment model, which prioritizes strategic impact over purely financial returns, and stresses the importance of aligning corporate and startup goals to create meaningful, mutually beneficial partnerships that drive sustainable innovation across the food technology landscape.

Simo highlights Pekilo’s distinctive shelf-stable format, its versatility across applications from dairy alternatives to breakfast cereals, and its neutral taste profile that helps solve one of the biggest challenges in plant proteins: off-flavors. He also underscores that consumer acceptance ultimately depends on two key factors – taste and price – and shares how Enifer’s heritage technology, sustainability-first mindset, and phased entry through the pet food market are shaping its long-term growth strategy.

Speakers highlight the advantages of whole-cell ingredients, the promise of submerged fermentation as a resilient and versatile platform, and the technical hurdles still to be overcome – from taste and texture to cost and consumer appeal. The conversation also examines how perceptions of ultra-processing, regulatory frameworks, and investment landscapes are shaping the pace of innovation.

With insights spanning research, industry, and strategy, the panel emphasizes that microbial and biomass proteins are not just complementary to other approaches – they are essential building blocks for a more resilient and sustainable global food system.

From sunflower to pulse proteins, the panel unpacks the science and strategy behind formulating plant-based alternatives that can truly stand shoulder to shoulder with dairy and meat. They discuss the critical role of functionality, processing, and ingredient synergies in enhancing mouthfeel, masking off-flavors, and ensuring product stability without compromise.

The experts also highlight how advances in fermentation, formulation, and complementary ingredients such as fibers and pectins are enabling the creation of more indulgent, consumer-ready foods. Throughout the discussion, one message rings clear: collaboration across the value chain is essential to building a resilient, future-proof protein ecosystem.

Vincent unpacks the scale and urgency of the protein challenge, where demand is projected to outpace population growth, and emphasizes the need for regionally diverse, complementary solutions. He discusses the major hurdles facing cultivated proteins – from technological and regulatory barriers to cost and consumer acceptance – and explains how Nutreco’s decades of expertise in feed formulation and large-scale production are being applied to deliver affordable, food-grade cell culture media.

By combining scientific insight with industrial know-how, Nutreco aims to bridge the gap between promise and production, driving forward its mission to feed the future sustainably.

Speakers from leading organizations share how innovations in membrane filtration, resin-based purification, and process optimization are boosting yields, enhancing ingredient functionality, and cutting environmental impact. From improving taste and texture to reducing water and energy use, the panel explores how smarter downstream design is closing the gap between pilot-scale promise and profitable large-scale operations – paving the way for more sustainable and affordable protein ingredients worldwide.

A panel of experts will focus on the advanced analytical techniques used to optimize product quality in precision fermentation. By leveraging real-time data from PAT tools – such as spectroscopy, chromatography, and advanced sensors – food innovators can monitor critical parameters like protein expression, metabolite levels, and overall product consistency. This technology enables real-time adjustments that optimize the fermentation process, ensuring that the final product meets the highest standards for taste, texture, and nutritional value.

As the demand for alternative proteins and sustainable food sources continues to grow, precision fermentation offers a promising solution. With PAT, producers can scale operations more effectively, reduce waste, and improve overall efficiency – paving the way for affordable, high-quality alternative food products. The webinar will also feature case studies showcasing how industry leaders are integrating PAT to enhance product development and ensure the future of food is both nutritious and sustainable.

Expert speakers, including Patrick Sudwischer from IFF Braunschweig, Zoe Wang from AGT Foods Canada, Michelle Kuzio from Xylem Laboratory Solutions, Lukas Zibula from C. Gerhardt GmbH, and Dr. Ismail Acir from the University of Bonn, discuss the challenges and solutions in nutritional profiling, accurate protein determination, and regulatory compliance. The session also highlights how cutting-edge tools like the N Realizer combustion system are driving product development, enhancing safety, and meeting consumer demands for high-quality, sustainable food options.

Tune in to learn about the latest technological innovations in protein analysis and the growing impact on the future of alternative proteins.

The conversation highlights how strong IP portfolios with patents on manufacturing processes or unique protein strains significantly boost a company's competitive edge. They discuss the legal frameworks that allow companies to protect their innovations while fostering a competitive market necessary for continuous improvement.

Key topics include the importance of understanding existing IP rights, the strategic filing of patents to avoid litigation, and the potential of IP to facilitate collaborative innovation in creating sustainable food solutions. The case of Impossible Foods vs. Motif Foodworks is examined to underscore the complexities and strategic importance of IP in defending product uniqueness and market share. This discussion not only sheds light on the current state of IP law in food technology but also provides valuable strategies for emerging companies in the sector.

NoMy, established in 2020, focuses on mycoproteins for sustainable feed solutions, particularly in aquaculture. In 2024, they plan to launch a pilot facility in Oslo, emphasizing feed trials and strategic partnerships. Their approach involves using sustainable feedstocks in fermentation, transforming low-value side streams into valuable products, thus promoting a circular economy. NoMy's work in aquafeed aims to reduce the environmental impact of aquaculture, offering sustainable, cost-effective alternatives to traditional feed ingredients. This episode highlights their unique journey and the innovative strides they're making in the food tech industry.

Moderator:

• Nick Bradley, Editor, Protein Production Technology International

Participants:

• Yavuz Celik, Product Manager, Hamilton Company
• Dhiraj Singh, Ph.D., Head of Research & Development, Umami Bioworks
• Lakshmikanth Mannadi, Head of APAC – Bioprocessing Equipment, Donaldson
• Ali Nikdel, Director of Innovations, The Cultivated B

Four distinguished panelists, Catherine Elton of Qkine, Rowan Rimington of Ivy Farm, Ramiro Alberio of Pluri Cells, and Cai Linton of Multus, contribute their expertise on topics ranging from the role of genetic engineering in meat production to optimizing growth factors and cell lines. Ethical concerns, quality enhancements, and the regulatory landscape are also delved into.

With cultivated meat poised as the potential answer to global food security, animal welfare, and sustainability, this discussion presents an insightful snapshot of the current state of the industry and its promising future.