Research Articles
More Than a Blood Booster: The Revolutionary Story of Epoetin
Explore the scientific breakthrough of recombinant human erythropoietin (epoetin) and how it revolutionized treatment for anemia in chronic kidney disease and beyond.
Targeting the Cell's Recycling Plant: New Hope for Ovarian Cancer Treatment
Exploring how targeting proteasome-associated deubiquitinating enzymes offers new therapeutic approaches for ovarian cancer treatment.
Ac-225 and Her Daughters: The Many Faces of Shiva
Explore how Actinium-225 and its daughter particles create a revolutionary cancer treatment, embodying the cosmic dance of Shiva through nuclear physics.
Lighting the Path: How Glowing Molecules Could Revolutionize Cancer Treatment
Explore how chromene–triazole–coumarin triads as fluorescent CDK inhibitors are transforming cancer treatment through combined therapy and diagnostics.
The Chromatography Maverick: How Denis Henry Desty Revolutionized Scientific Separation
Explore the groundbreaking work of Denis Henry Desty, the British scientist who transformed chromatography and combustion science through innovative research and practical applications.
Harnessing Nature's Pharmacy: The High-Tech Hunt for New Medicines
Discover how scientists are using immobilized human GST A1-1 enzymes in high-throughput screening to find plant-origin inhibitors for cancer treatment.
Unlocking the Cell: How Smart Polymers Are Revolutionizing Gene Therapy
Discover how polyimidazole-DNA nanoscale complexes overcome gene delivery challenges through pH-sensitive smart polymers for advanced gene therapy applications.
The Inner Universe: How the 20th Century Revolutionized Our Understanding of Digestion
Explore the transformative journey of gastroenterology during the 20th century, from limited diagnostic tools to revolutionary discoveries that reshaped digestive health.
Breathing New Life into Lung Cancer Treatment: The PEG-Paclitaxel Conjugate
Explore how PEG-paclitaxel conjugates revolutionize lung cancer therapy by transforming a potent toxin into targeted treatment with reduced side effects.
The Hidden Power of Marigolds: How Soil Bacteria Could Solve Our Chromium Pollution Crisis
Discover how Bacillus cereus from Tagetes minuta rhizosphere shows remarkable potential for chromium bioremediation through bioaccumulation mechanisms.