Research Articles
Collagen: The Universal Builder in Our Body
Explore the fascinating world of collagen - the most abundant protein in the human body and a versatile biomaterial with applications in regenerative medicine, drug delivery, and tissue engineering.
The Digital Key to a Cellular Lock: How Computers are Designing Tomorrow's Medicines
Explore how computational methods are revolutionizing drug discovery through molecular recognition and digital design approaches.
MolHyper: How Hypergraphs Are Revolutionizing Molecular Property Prediction
Discover how MolHyper's hypergraph-enhanced graph networks are transforming molecular property prediction and accelerating drug discovery.
Ecust004: A New Hope in the Battle Against Breast Cancer's Spread
Discover how Ecust004 suppresses breast cancer cell growth, invasion, and migration through EMT regulation in this comprehensive research analysis.
The Invisible Lab: How Computers are Revolutionizing the Search for New Medicines
Explore how computer-aided combinatorial chemistry and cheminformatics are transforming drug discovery and chemical research through AI and computational methods.
Molecular Treasure Hunts: How Synchrotrons Are Revolutionizing Drug Discovery
Discover how synchrotrons and fragment-based drug discovery are transforming medicine development through atomic-level insights.
RNA Interference: The Cellular Silencer Revolutionizing Respiratory Disease Treatment
Explore how RNA interference technology is transforming respiratory disease treatment through precise genetic silencing mechanisms.
Unlocking Nature's Pharmacy: How Network Mapping Reveals the Secrets of Herbal Medicine
Discover how computational systems-mapping using network-perturbation signatures is bridging ancient herbal wisdom and modern science to combat complex diseases.
Clinical Pharmacognosy: The Fusion of Nature and Science in Modern Medicine
Explore how Clinical Pharmacognosy bridges traditional herbal medicine with modern clinical pharmacy for personalized healthcare solutions.
The Double-Edged Sword: How a Common Plant Compound Tames Immunity and Triggers Pain
Discover how methyl 4-hydroxybenzoate from Vitex agnus-castus simultaneously modulates immune responses and activates pain pathways through TRPA1 channels.