Research Articles
Bioinformatics Unlocks Tirofiban's New Role in Fighting Stroke Inflammation
Discover how bioinformatics reveals tirofiban's dual mechanism in treating ischemic stroke - from anti-clotting to immune modulation.
Cracking the Cell's Code: A New Shortcut to Predict Drug Effects
How a smart AI named ScAPE is learning the language of life to accelerate medicine and predict transcriptomic responses to perturbations.
Unraveling Nature's Pharmacy: Transforming Medicinal Plants into Modern Therapeutic Agents
Explore how modern science is decoding nature's botanical secrets to develop innovative therapeutic agents from medicinal plants.
Beyond Pain Relief: How Common Anti-Inflammatory Drugs Interact with Your Cell Membranes
Explore how NSAIDs interact with cell membranes beyond COX inhibition and their effects on lipid peroxidation in inflammatory conditions.
Unlocking the Cell: A Stainless Steel Revolution in Drug Delivery
Discover how a simple stainless steel filter combined with viscoelastic fluids is revolutionizing intracellular drug delivery with unprecedented efficiency and cell viability.
The Regenerative Revolution in Dentistry: Stem Cells as the Future of Oral Health
Explore how stem cell technology is transforming dentistry from traditional repairs to biological regeneration of teeth and oral tissues.
Sound and Science: How Ultrasound is Revolutionizing Tissue Engineering
Explore how ultrasound technology is transforming tissue engineering through cellular manipulation, bioprinting, and brain cleansing applications.
Cracking the Cellular Code: How Deep Learning Unlocks the Secrets of Our Cells
Explore how deep learning revolutionizes single-cell multimodal data integration to decode the mysteries of cellular biology.
The Bone Builders: How Modern Medicine Regrows Our Framework
Explore the science behind modern bone graft substitutes and how they revolutionize orthopedic surgery and dental medicine.
20 Years of Breakthroughs: How TERMIS is Engineering the Future of Human Health
Explore the evolution of Tissue Engineering and Regenerative Medicine over 20 years, from foundational concepts to revolutionary technologies shaping the future of healthcare.