Discover how optically induced thermal gradients are revolutionizing protein characterization using nanolitre-scale samples in microfluidic devices.
Explore the fascinating world of fungal hydrophobins - nature's microscopic marvels with revolutionary applications in medicine, biotechnology and materials science.
Discover how in vivo assembly of nanoparticles through protein engineering and synthetic DNA is transforming vaccine development and creating enhanced adaptive immunity.
Explore the scientific journey behind Congolese fermented foods, examining how modern research methods are unraveling their microbial mysteries and potential applications.
Discover how a groundbreaking whole-cell screening platform is accelerating the discovery of synthetic cell adhesion molecules in bacteria, enabling programmable cellular interactions.
Exploring the scientific foundations and technical methodologies that underpin biotechnology regulations ensuring progress doesn't outpace safety.
Explore the revolutionary 3D cardiac tissue engineering breakthrough using human iPSCs and perfusable heart extracellular matrix for advanced drug testing and regenerative medicine.
Exploring how challenging traditional definitions of life's biochemistry expands our understanding of abiogenesis and the origin of life.
Explore how Advanced Finite Element Analysis, powered by Digital Twins and AI, is revolutionizing engineering from aerospace to biomedicine.
How scientists are building miniature, beating copies of your blood vessels to create safer, smarter drugs just for you.