Research Articles
The Self Code: Unlocking the Biological and Cognitive Origins of Identity
Exploring the evolutionary, developmental, and neurological foundations of human consciousness and self-identity through cutting-edge research.
Green Catalysts: Chiral Ionic Liquids Revolutionize Drug Synthesis
How immobilized chiral ionic liquids are transforming asymmetric Aza-Michael reactions for sustainable pharmaceutical synthesis
Light & Life: How Visible Light is Forging Tomorrow's Medicines, One Molecule at a Time
Discover how visible light-promoted synthesis is revolutionizing the creation of bioactive N,N-heterocycles for pharmaceutical applications.
Molecular Architects: How Trichloroacetimidate Chemistry and Aminosteroid SHIP Inhibitors Are Reshaping Drug Discovery
Breakthroughs in trichloroacetimidate etherification chemistry and aminosteroid SHIP inhibitors are solving long-standing challenges in pharmaceutical development.
The Green Dilemma: Cannabis in Cancer Care—Where Science Meets Stigma
Examining the scientific evidence for medical cannabis use in oncology patients for symptom management and potential anti-tumor effects.
Beyond Platinum: The Rise of Ruthenium in the Cancer Arms Race
Exploring how ruthenium complexes are emerging as promising alternatives to platinum-based cancer therapies with improved targeting and reduced side effects.
Bullseye on Cancer Cells: The Revolutionary Antibody Guiding Therapy to Tumors
Explore the groundbreaking Phase I trial of hu3S193, a humanized monoclonal antibody targeting Lewis-Y antigen in epithelial cancers. Learn about its precision targeting, pharmacokinetics, and future therapeutic potential.
The Nano-Revolution: How Polymer Supercarriers Are Turbocharging Cancer Immunotherapy
Exploring how multifunctional polymeric nanoparticles are revolutionizing cancer immunotherapy through advanced RNA delivery systems.
The Invisible Saboteur: How Oxidative Stress Hijacks a Cellular Master Regulator
Discover how oxidative stress hijacks the cellular regulator Pin1 through lipid electrophiles, contributing to diseases like cancer and Alzheimer's.
The Molecular Architects: How a Tiny Ring Structure is Forging Smarter Cancer Weapons
Exploring how pyrido[2,3-d]pyrimidines are being engineered as precision anticancer agents through medicinal chemistry approaches.