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.
The Invisible Made Visible: How 3D Printing is Supercharging Chemical Detection
Discover how scientists combine 3D printing with Surface-Enhanced Raman Spectroscopy to create revolutionary chemical detection devices.
Nanopesticides: The Tiny Guardians of Our Global Food Supply
Explore how nanopesticides are revolutionizing agriculture with precision targeting, reduced environmental impact, and enhanced efficiency for sustainable crop protection.
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.
From Waste to Watts: The Clean Water Revolution
Exploring how constructed wetlands and microbial fuel cells are transforming wastewater treatment from energy consumer to energy producer
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.
Cellular Time Machines: How Reprogrammed Stem Cells Are Bridging Regenerative Medicine and Cancer Treatment
Explore the revolutionary world of induced pluripotent stem cells (iPSCs) and their potential in regenerative medicine and cancer treatment through innovative reprogramming techniques.
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.
Seeing the Invisible: How Scientists Are Developing CLDN18.2-Targeting Probes to Transform Cancer Imaging
Discover how CLDN18.2-specific peptides are revolutionizing cancer imaging through noninvasive molecular detection methods.