Research Articles
The Arthritis Revolution: How Targeted Therapies Are Changing the Game for Rheumatoid Patients
Comparative analysis of bDMARDs and tsDMARDs for rheumatoid arthritis treatment, including efficacy rankings and safety profiles.
Decoding Life's Blueprint: How IWBDA 2012 Engineered Biology's Digital Revolution
Exploring the breakthroughs from IWBDA 2012 that shaped synthetic biology's future through bio-design automation.
Beyond the Light Switch: How Diarylethene Molecules Are Revolutionizing Medicine and Chemistry
Explore how diarylethene molecules are transforming medicine and chemistry through bioimaging, photodynamic therapy, and smart catalysis.
The Crystal Labyrinth: How Dipeptides Solve Chemistry's Mirror Puzzle
Explore how crystalline dipeptides revolutionize enantiomer separation in pharmaceuticals and our understanding of life's origins.
The Immortal Memory: How Our Brains Preserve the Past Amid Neural Chaos
Exploring how memories persist through brain regeneration and remodeling in various species, challenging traditional neuroscience views.
Fungus to Future Tech: How Mushroom-Derived Materials Are Revolutionizing Electronics
Discover how fungal chitosan semiconductors are transforming electronics with biocompatibility, biodegradability, and unique electrical properties.
The Silent Symphony of Metals: How Polymer Chelates Are Conducting a Materials Revolution
Exploring the revolutionary chemistry of polymeric metal chelates and their applications in medicine, energy, and environmental remediation.
The Chromosome Whisperers: How an Ancient Remedy Disrupts Cell Division
Exploring how Terminalia bellirica affects cell division in Vicia faba roots, bridging traditional medicine and modern genetics
The Mighty Pillarenes: How Tiny Molecular Rings Are Revolutionizing Science
Discover how pillarenes, the revolutionary synthetic macrocycles, are transforming medicine, environmental science, and materials technology.
The Hidden Architect: How a Divergent Actin Gene Builds the Cell's Gateway
Discover how ACT2, a divergent actin gene, plays a crucial role in structuring the nuclear pore complex and maintaining cellular communication.