Research Articles
One Stone, Two Birds: How Smart Nanoparticles Simultaneously Deliver Cancer Drugs for Precision Therapy
Discover how redox-sensitive nanoparticles deliver cisplatin and nitric oxide through cascade reactions for targeted cancer therapy with reduced side effects.
Survival in the Cracks: How Barnacles Weather the Ice Age
Explore how the humble barnacle Semibalanus balanoides survives annual ice scour through strategic use of spatial refuges in North Atlantic intertidal zones.
The Ruby of the Forest: How a Rare Mushroom's Hidden Compound Fights Breast Cancer
Discover how Antrodia camphorata and its maleimide compounds combat triple-negative breast cancer through multiple mechanisms and innovative nanoparticle delivery systems.
Miracle Cure: How Antibiotics Revolutionized Modern Medicine
Explore the fascinating story of antibiotic discovery, from Alexander Fleming's chance observation to the mass production of penicillin and the modern challenge of antibiotic resistance.
Beyond the Stethoscope: How Michelle Riba Bridges Mind, Body, and Cancer Care
Explore Dr. Michelle Riba's pioneering work in psycho-oncology and her integration of mental health care into cancer treatment protocols.
The Case of the Disappearing Auranofin Crystal
Investigating the mysterious disappearing polymorph phenomenon in the pharmaceutical drug auranofin and its implications for drug development.
Cracking the Sugar Code: A New Lens to See Cancer's Invisible Cloak
Discover how a novel method for analyzing glycoprotein sialylation reveals cancer's sugary invisibility cloak and opens new avenues for medical research.
Cracking the Cellular Fat Code: A Simple Tool for Tracking Protein's Fatty Attachments
Discover how the Acyl Biotin Exchange method revolutionizes the detection of S-palmitoylation, a crucial protein modification process in cellular biology.
The Genetic Courier: How Polymers Are Revolutionizing Gene Therapy
Explore how gene-delivery polymers are transforming gene therapy by safely transporting genetic material to target cells, overcoming the limitations of viral vectors.
Light-Activated Medicine: How Thiobase DNA Is Revolutionizing Cancer Therapy
Explore how thiobase DNA uses light-activated mechanisms to target cancer cells with unprecedented precision in this comprehensive scientific overview.