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14 results for "biomanufacturing"
A UCF engineer is developing an AI digital twin that could speed up biomanufacturing of sustainable fuels and chemicals, making the process faster, cheaper, and less risky. The technology could help drive the transition to a more sustainable economy.
California's Capital Region just secured $7.3 million to launch a biomanufacturing hub that could create thousands of good-paying jobs. The initiative connects research labs, production facilities, and career training to turn scientific breakthroughs into local careers.
Researchers engineered bacteria to create brand new molecules using light, unlocking chemical reactions impossible in nature. This breakthrough could revolutionize how we sustainably produce medicines and other valuable products.
A new Bengaluru company is producing a popular skincare ingredient using enzymes instead of living organisms, cutting water use by 90% and making India less dependent on imports. The breakthrough could reshape how the beauty industry sources its materials.
Business students solved real economic challenges for southern France and launched careers in the process. One freshman landed a job offer before finishing his first year.
India just committed $1.2 billion to develop cutting-edge biologic medicines at home, aiming to treat cancer, diabetes, and autoimmune diseases without relying on imports. The five-year Biopharma Shakti program could transform how the nation tackles its biggest health challenges.
More than 40 farmers from across Canada gathered on Prince Edward Island this week for a groundbreaking conference focused on innovation and technology in agriculture. The new event, called Connecting Farmers, shows how the next generation is embracing cutting-edge tools to grow food smarter.
A new cell therapy manufacturing plant will bring life-saving medical innovation and hundreds of high-skilled jobs to Montgomery County by 2031. The facility represents a major win for Pennsylvania's growing life sciences industry.
Scientists in Indonesia and Japan are transforming millions of gallons of discarded palm oil wastewater into biofuel and chemicals, creating a breakthrough that could replace petroleum products while cleaning up pollution. The 15-year collaboration just won major funding to scale up production.
Researchers at the University of Edinburgh have discovered how to transform waste plastic bottles into L-DOPA, a crucial medication for Parkinson's disease. This breakthrough could revolutionize both pharmaceutical manufacturing and plastic recycling.
India just unveiled an ambitious roadmap to become a global biotechnology powerhouse by 2047, scaling its bioeconomy sixteen-fold while creating 30 million high-value jobs. The plan could position the nation among the world's top three biotechnology powers within a generation.
Northwestern University researchers discovered a breakthrough catalyst for clean hydrogen production in a single afternoon using a revolutionary "megalibrary" that tests millions of materials simultaneously. The technology could shrink discovery timelines from years to hours across clean energy, healthcare, and manufacturing.
Researchers in Singapore have created a breakthrough system using colored light to precisely control yeast cells, making bio-manufacturing cleaner and more programmable. The innovation could transform how we produce medicines and fuels.
Georgia Tech is spearheading seven projects in the Genesis Mission, a new $5 billion national initiative using artificial intelligence to tackle challenges in health, energy, and infrastructure. The university will lead two breakthrough projects and collaborate on five others with research partners nationwide.