Fermentation technology
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Making science simpler | Lim Seng Joe | TEDxUKM
TEDx Talks· 2025-10-20 16:08
Communication Strategies in Science - The speaker emphasizes the importance of knowing your audience when communicating scientific information, tailoring the message to their background and interests [4][5][6][7] - Simplifying science requires a deep understanding of the fundamentals, enabling clear communication of complex concepts [8][9] - The speaker advocates for going beyond the scientific aspects of research to consider the economic, social, and geographical implications for real-world impact [12] - The speaker suggests inventing relatable terms and analogies to explain scientific concepts in a way that resonates with the audience [15][16][17][18][19] - The speaker highlights the power of making science relatable to inspire and engage others, fostering a sense of ownership and understanding [22][23] Research and Innovation - The speaker's research focuses on functional food and ingredients, exploring the health benefits of certain foods beyond their basic nutritional value [2] - The speaker's research areas include edible bird's nests, seaweed, and fermentation technology on tropical fruits [4] - The speaker is involved in producing innovative products using fermentation technology, such as coconut water kombucha and vinegars from papaya and sour soap [18] - The speaker extracts silic acid from edible bird's nests, a substance valued for its brain-boosting and immune-strengthening properties [11] Economic and Value Considerations - Malaysia is the seventh largest producer of seaweed in the world, but the value of Japanese seaweed is 46 times higher, indicating a value gap [13] - Converting waste tropical fruits into vinegars adds tremendous value to the product, turning waste into wealth [6]
Sourdough Market to Surpass USD 438.4 Million by 2035 with Expanding Applications in Bakery and Functional Foods | Future Market Insights, Inc.
Globenewswire· 2025-03-17 11:10
Core Insights - The global sourdough market is projected to grow from USD 279.6 million in 2025 to USD 438.4 million by 2035, with a CAGR of 4.6% driven by consumer preference for naturally fermented and clean-label products [2][14] - Increasing health awareness and demand for artisanal baked goods are key factors contributing to market expansion [1][3] Market Trends - The trend of home baking, which surged during the pandemic, continues to support the growth of the sourdough market [3] - The demand for low glycemic index (GI) foods is rising, leading to the development of low GI sourdough products [5] - The popularity of gluten-free products is increasing, creating a thriving market for gluten-free sourdough options [6] Technological Advancements - Advancements in fermentation technology and automation are enhancing commercial sourdough production, allowing for scalability while maintaining artisanal quality [8] - The adoption of uniform microbial cultures and controlled fermentation processes is addressing challenges related to quality consistency [8] Health Trends - Sourdough is gaining traction among health-conscious consumers due to its lower glycemic index, enhanced digestibility, and probiotic benefits [10][13] - The focus on gut health is driving consumer interest in sourdough as a preferred bread alternative [10][13] Regional Insights - Western Europe is experiencing rapid growth in the sourdough market, driven by urbanization and demand for fast food products [4] - The USA is seeing a shift towards clean-label and health-driven sourdough products, with innovations in functional and high-protein offerings [14] - Emerging markets like Japan and Indonesia are witnessing significant growth in sourdough popularity, attributed to home baking trends [15][18] Competitive Landscape - The sourdough market is highly competitive, with major players focusing on product innovation and functional ingredient enhancements [22] - Companies like Lesaffre, Puratos, and Alpha Baking Co. are investing in R&D to develop probiotic-enhanced sourdough and hybrid formulations [22]