Research Articles
Revolutionizing Cancer Care: How AI, Immunotherapy, and Gene Editing Are Changing the Game
Explore how AI, immunotherapy, and gene editing are transforming cancer diagnostics and treatment through precision medicine approaches.
The Silent Orchestra: How Materials Conduct Biological Regulation
Explore how materials science and biological inorganic chemistry converge to create materials that actively regulate, heal, and enhance living organisms.
David Kritchevsky: The Man Who Revolutionized How We Think About Diet and Health
Explore the life and groundbreaking research of David Kritchevsky, whose work on cholesterol, dietary fats, and fiber transformed nutrition science and public health.
Yes, Humans Are Still Evolving: The Ongoing Story of Our Species
Exploring the scientific evidence that human evolution continues today through dietary adaptations, disease resistance, and ongoing genetic changes.
Pyrazolo[1,5-a]pyrimidines: Forging a Precision Tool Against a Cancer Kinase
Exploring how pyrazolo[1,5-a]pyrimidines are engineered into highly selective CK2 kinase inhibitors for cancer therapy
The Golden Spice Against Cancer: The Revolutionary Science of Curcumin
Explore the scientific journey of curcumin from ancient remedy to modern cancer fighter, its mechanisms, research breakthroughs, and future potential.
The Hidden Hurdle: How Environmental Toxins Secretly Sabotage Weight Loss and Fuel Chronic Disease
Discover how environmental toxins interfere with weight loss, disrupt metabolism, and contribute to chronic disease through scientific evidence and data analysis.
Green Chemistry Breakthrough: How Ultrasound Creates Powerful Antimicrobials
A revolutionary chemical synthesis method using ultrasound energy to create potent antimicrobial compounds while reducing environmental impact.
Metal Ions That Heal: The Double-Edged Sword of Copper, Zinc, and Cadmium Complexes
Exploring the coordination chemistry and bioactivity of Cu(II), Cd(II) and Zn(II) complexes with nitrogen-sulphur donor ligands in medical applications.
Stopping Cancer at Its Roots: The Discovery of PAK4 Inhibitor PF-3758309
Explore the groundbreaking discovery of PF-3758309, a potent PAK4 inhibitor that targets cancer at its molecular roots through innovative drug design and validation.