Research Articles
Laser Precision: How Light is Revolutionizing Drug Delivery
Explore how Laser-Assisted Drug Delivery (LADD) is transforming medicine by using light to create precise pathways for targeted drug administration.
The Tiny Blood Cell Revolution: Steering Life's Smallest Delivery Vehicles with Light
Discover how red blood cells are being engineered into microscopic hybrids that can be navigated with beams of light to deliver drugs with unprecedented precision.
Engineered RNA Devices: The Smart Missiles of Precision Medicine
Explore how engineered RNA devices are revolutionizing targeted therapeutics through advanced delivery systems like LNPs and viral vectors.
Sticky Nanoparticles: How Molecular Glue Could Revolutionize Oral Cancer Prevention
Discover how electrohydrodynamic jetting creates mucoadhesive protein nanoparticles that could transform oral cancer prevention through targeted drug delivery.
The Invisible Shield: How Synthetic Cell Mimics are Revolutionizing Medicine
Exploring the breakthrough in drug delivery technology with hybrid polymer-lipid vesicles that preserve natural membrane asymmetry for targeted therapies.
The Microscopic Taxi: Delivering Gene Therapy with Superglue Nanoparticles
Explore how polybutylcyanoacrylate nanoparticles, derived from superglue, are revolutionizing gene therapy delivery systems in medical science.
The Third Pillar of Precision Medicine: Mastering the Art of Precision Delivery
Explore how precision delivery is revolutionizing medicine by ensuring targeted therapies reach their intended destinations in the body with unprecedented accuracy.
Cracking the Cell: How Bacterial Nanosyringes Are Revolutionizing Drug Delivery
Discover how bacterial nanosyringes are transforming intracellular drug delivery, enabling targeted protein therapeutics to reach previously undruggable targets.
Recombinant Biomaterials: Engineering the Future of Medicine
Explore how recombinant biomaterials are revolutionizing pharmaceutical and biomedical applications through genetic engineering and advanced material science.
The Cellular Trojan Horse: Engineering a Key That Unlocks and Then Disappears
Discover how scientists engineered an acid-labile, traceless-cleavable click linker that acts as a molecular Trojan Horse for protein delivery into cells.