Exploring how scientists are creating artificial life through computer simulations, robotics, and biochemistry to understand the fundamental principles of life.
Explore how cell-membrane-based biomimetic systems with bioorthogonal functionalities are revolutionizing targeted drug delivery and precision medicine.
Explore how biofield science bridges ancient wisdom with modern technology to measure and influence the subtle energy patterns that regulate human wellbeing.
Explore how summarizing key contributions in gravitational wave research has transformed our understanding of the universe, from Einstein's predictions to LIGO's groundbreaking discoveries.
Explore how the SolVES tool quantifies cultural ecosystem services in Florida's coastal regions through spatial analysis and social values mapping.
Discover the groundbreaking discovery of a new alkaloid from deep-sea bacterium Bacillus amyloliquefaciens Gas 00152 and its potential to combat antibiotic resistance.
Explore how data integration and systems approaches are revolutionizing our understanding of biological complexity through computational frameworks, case studies, and emerging technologies.
Explore how baker's yeast cells reverse genetic mutations at the HIS1 locus through fascinating reversion mechanisms in this engaging popular science article.
Discover how acoustic Doppler technology uses sound waves to measure suspended sediment concentration in rivers and coastal waters, revolutionizing sediment dynamics research.
Examining how WTO's trade framework has failed to create infrastructure for delivering pharmaceutical drugs to developing countries and potential solutions.