Research Articles
The Invisible Architects: How Biomaterials Master the Art of Survival Inside Our Bodies
Exploring how advanced biomaterials mimic biological tissues to survive and thrive in the human body's physiological environment.
The Engagement Prescription: How Medical Students Master English in the Modern Classroom
Discover how innovative teaching methods are transforming medical English classrooms into dynamic clinical training grounds through behavioral, emotional, and cognitive engagement.
Stitching Neurons to Nanobots: The Next Frontier in Biomedical Engineering
Exploring the convergence of biology and engineering through organoids, nanobots, and AI-driven biomedical innovations as outlined by NIGMS research.
From Lab Bench to Boardroom: The Interdisciplinary Recipe for Biomedical Startup Success
Exploring how interdisciplinary education bridges the gap between biomedical engineering and business for successful medtech startups.
The Silent Symphony: How High-Frequency Axon Stimulation Conducts Neuronal Conversations in the Hippocampus
Exploring how high-frequency stimulation of axons in the hippocampus CA1 region affects neuronal reactions around the soma, with implications for brain therapies.
Tiny Hands, Smart Tech: How Science is Teaching Prosthetic Hands to "Feel" Slip Before It Happens
Breakthrough research in incipient slip detection is revolutionizing pediatric prosthetics, helping children maintain grip on objects before slips occur.
The Hidden Currents Within: Decoding Life's Electrical Signals at CLABIO 2015
Exploring breakthroughs in bioimpedance technology presented at CLABIO 2015, from fluid monitoring to cancer detection.
The Unsung Hero of Science: How "Supporting Information" Keeps Research Honest
Exploring the critical role of Supporting Information in maintaining scientific integrity, transparency, and reproducibility in research.
Unclogging the Pipeline: How Merging Two Powerful Tools Can Accelerate Life-Saving Research
Discover how combining Utilization-Focused Evaluation and Business Process Modeling can revolutionize clinical research efficiency and accelerate life-saving treatments to patients.
Beyond Plastic: The Tiny Crystals Powering Tomorrow's Medical Miracles
Exploring how X-Ray Diffraction helps develop biodegradable mcl-PHA nanocomposites for revolutionary medical applications