Research Articles
Fowlicidin-1: Nature's Tiny Weapon Against Superbugs
Explore the antibacterial properties of fowlicidin-1, a cationic host defense peptide with potent antibacterial and LPS-neutralizing activities
The Manganese Dilemma: How a Common Mineral Complicates Uranium Cleanup
Exploring how manganese oxides interfere with uranium bioremediation by Shewanella putrefaciens bacteria
The Frame Game: How Citizen Discussions Shape the Future of Synthetic Biology
Exploring how problem setting and framing influence citizen discussions on synthetic biology and shape technological futures
Pushing the Limits of Flash Photolysis: Unraveling the Secrets of Biological Energy Transfer
Explore how flash photolysis reveals the fastest biological reactions, from electron transfers to proton-coupled energy transfer mechanisms.
It Is Computation Time for Bacteriology!
Discover how computational biology is revolutionizing bacteriology through CRISPR, single-cell imaging, and machine learning.
Science and Science Policy: Regulating "Select Agents" in the Age of Synthetic Biology
Exploring how synthetic biology and AI are challenging traditional biosecurity frameworks and the policy solutions needed for the future
The Future of Knee Repair: How Bio-Scaffolds Are Revolutionizing Ligament Regeneration
Explore the science behind scaffold-based ligament regeneration and how bio-scaffolds are transforming ACL injury treatment through tissue engineering.
The Tiny Superhero: How an Immobilized Bacterial Ally Fights Toxic Chromate Pollution
Discover how Brevibacillus brevis OZF6 immobilized in sodium alginate/polyvinyl alcohol hydrogel beads effectively removes toxic chromate from wastewater.
The Molecular LEGO Kit: Building a Promising Scaffold from Simple Strings of Carbon
Discover how chemists use gold catalysts to efficiently synthesize the 3,3'-bipyrrole scaffold from diyne molecules, enabling advances in drug discovery and materials science.
The Art of Science: How Creative Collisions Are Redesigning Life's Blueprint
Explore how art-science collaborations are accelerating discovery and transforming biological research through interdisciplinary approaches.