Explore how tunable protein hydrogels, designed from scratch by computers, are transforming biomedical research and creating programmable environments for cells.
Explore how polymers are revolutionizing healthcare with applications in sutures, implants, 3D printing, and antimicrobial materials.
Discover how historians use historical synthesis to transform ancient fragments into compelling narratives of our past through rigorous methodology and critical analysis.
Explore how NCATS ASPIRE Program uses AI and robotics to revolutionize drug discovery in the vast biologically relevant chemical space.
Explore how scientists use solid-supported reagents to synthesize complex natural molecules like (+)-plicamine, advancing drug discovery through efficient chemistry.
Explore how synthetic multifunctional pores distinguish between ATP and ADP molecules, acting as microscopic bouncers with unprecedented sensitivity in enzyme detection.
Explore how chemical tags enable orthogonal self-assembly of DNA structures, creating complex nanoscale architectures with applications in medicine and materials science.
Discover the fascinating world of stilbenes beyond resveratrol - their therapeutic potential, anti-infective properties, and future applications in medicine and materials science.
Explore how nano-vectors are transforming drug delivery and gene therapy with cutting-edge nanotechnology for precise medical treatments.
Discover how Growth Hormone-Releasing Factor (GHRF) was discovered and how it controls our body's growth through fascinating experiments and research.