Explore how multi-strain collaboration in engineered living materials is revolutionizing material science with self-repairing, responsive capabilities.
Explore how conjugated oligoelectrolytes (COEs) serve as molecular bridges between biology and electronics, revolutionizing antimicrobial treatments, biological sensing, and bioelectronics.
Explore how synthetic biology is revolutionizing our approach to medicine, energy, and conservation through genetic engineering and DNA manipulation.
Discover how nature-inspired nanosorters, modeled after the cell's nuclear pore complex, are revolutionizing protein purification in biotechnology.
Explore how synthetic biology and biological circuits are transforming environmental cleanup, sustainable manufacturing, and computing beyond medical applications.
Explore how pyrolysis technology combined with biotechnology is transforming waste into valuable products, creating sustainable solutions for energy and manufacturing.
Explore how synthetic vaccines are revolutionizing immunization through molecular precision, bioengineering, and advanced delivery systems.
Explore how synthetic biology is revolutionizing plant engineering through standardized biological tools, creating sustainable solutions for food production, medicine, and environmental restoration.
Explore the world of biohackers and their impact on synthetic biology through science, politics, and economics.
Explore how synthetic biology is revolutionizing our approach to life's fundamental components through engineering principles and cutting-edge technology.