Research Articles
PPARγ: From Cellular Metabolism to Cancer Fighter - The Unexpected Journey of a Nuclear Receptor
Explore how PPARγ, a nuclear receptor originally studied for metabolism, has emerged as a promising cancer therapy target through its dual role in tumor regulation.
The Magic Bullets: How Antibody-Drug Conjugates Are Revolutionizing Cancer Therapy
Explore how antibody-drug conjugates (ADCs) are transforming cancer treatment through targeted therapy, analytical characterization, and regulatory considerations.
Light-Activated Nanomachines: A New Era in Cancer Therapy
Explore how near-infrared light-activated nanomachines using upconversion nanoparticles and azobenzene-modified silica are revolutionizing targeted cancer therapy.
Synthetic Indole Alkaloids: Nature's Blueprint for Cancer Therapy
Exploring how synthetic indole alkaloids derived from natural compounds are revolutionizing cancer treatment through targeted therapy and reduced toxicity.
From Blue Pigments to Cancer Fighters: The Azadipyrromethene Revolution
The 70-year journey of azadipyrromethenes from simple blue pigments to cutting-edge cancer fighters and imaging tools.
The Invisible Architects: How Protonated Tetraaza Complexes Are Building the Future of Medicine
Exploring the medical applications of protonated tetraaza complexes in cancer therapy and diagnostic imaging.