Research Articles
Tiny Treasure Chests for Medicine: Engineering Perfect Drug Delivery Capsules
Discover how alginate/chitosan microcapsules made using membrane emulsification are revolutionizing targeted drug delivery with precise control and reduced side effects.
The Battle to Save Young Hips: Breakthroughs in Femoral Neck Fracture Repair
Comparative analysis of three fixation methods for femoral neck fractures in young adults: Cannulated Screws, Dynamic Hip Screw with Derotational Screw, and Proximal Femoral Locking Plate.
The Invisible Storm: How Microscopic Debris Topples Titanium Giants in Hip Replacements
Exploring how nanometer-scale metal particles from hip implants trigger biological responses leading to implant failure
The Invisible Made Visible: How a DNA Sensor Turns Molecules into Microscopes for Tuberculosis Detection
Revolutionary DNA sensor system using TOP1A enzyme for rapid, specific tuberculosis detection at point-of-care settings.
The Tiny Bubbles Revolution: Supramolecular Vesicles That Think Like Biology
Exploring supramolecular peptide amphiphile vesicles and their revolutionary applications in medicine through host-guest complexation.
The Invisible Web of Life: How Network Proteomics Maps Cellular Conversations from Structure to Function
Network proteomics deciphers the intricate social network of proteins, revealing how protein structures dictate relationships that sustain life or trigger disease.
The Brain Builders: How NETI Forges Tomorrow's Neuroengineering Pioneers
Exploring Johns Hopkins' NeuroEngineering Training Initiative (NETI) and its groundbreaking work at the intersection of neuroscience and engineering.
Educating the Next Generation of Biomedical Engineers
How academic institutions are reimagining biomedical engineering education to prepare students for 21st-century healthcare challenges
The Silent Revolution: How Biomedical Technology is Redefining Modern Medicine
Exploring how biomedical technology is transforming healthcare through AI diagnostics, CRISPR, nanotechnology, and regenerative medicine.
The Light Decoders: How Jinan University's NIR Team Is Revolutionizing Science with Invisible Waves
Discover how Jinan University's Applied NIR Spectroscopy Team is using near-infrared light to solve real-world problems from food safety to medical diagnostics.