Discover how synthetic biology is revolutionizing nanocarbon optical sensing technology through biological engineering approaches.
Explore the fascinating world of stimuli-responsive polymers - smart materials that dynamically change properties in response to external triggers like temperature, light, and pH.
Explore how synthetic vaccines are revolutionizing immunization through molecular precision, bioengineering, and advanced delivery systems.
Explore how advanced X-ray techniques reveal the extraordinary structures and behaviors of natural nanoparticles that shape our planet's environmental processes.
Explore the groundbreaking creation of JCVI-syn3.0, the minimal synthetic bacterial cell with only 473 genes, and its implications for biotechnology and understanding life's fundamental principles.
Explore the prestigious Kober Medal, its significance in medical science, and the compelling stories behind groundbreaking medical discoveries by its recipients.
Explore how RNA-directed packaging enables precise encapsulation of enzymes within virus-like particles for therapeutic and industrial applications.
Explore the revolutionary field of nonlinear optics in biological suspensions where light creates its own transparent pathway through blood and chlorophyll.
Exploring the tension between engineering control and biological autonomy in synthetic biology, with case studies and scientific tools.
Explore how synthetic peptides are revolutionizing antiviral treatments through precise molecular targeting, from aquaculture breakthroughs to future therapeutic applications.