Research Articles
Snake Venom and Cancer: The Surprising Anti-Ovarian Carcinoma Activity of Rattlesnake Enzyme
Discover how L-amino acid oxidase from Crotalus adamanteus venom shows powerful activity against ovarian carcinoma in this comprehensive scientific review.
From Cottage Industry to Big Science: The Revolution in Epidemiology
Explore how epidemiology evolved from small-scale studies to a global, data-driven science that tackles complex health challenges.
The Silent Symphony: How Materials Are Conducting a New Era in Biology
Explore how materials science is revolutionizing biology through material-based regulation of organisms, from vaccine stabilization to biological enhancement.
From Flat to Fantastic: How 3D Screening Reveals Hidden Secrets of Breast Cancer Drug Resistance
Discover how high-throughput 3D screening of JIMT-1 breast cancer cells is revolutionizing our understanding of drug resistance and improving cancer treatment development.
Loss of Heterozygosity: The Genetic Tug-of-War in Squamous Cell Cancer
Exploring the relationship between loss of heterozygosity and histological grading in squamous cell carcinoma, revealing genetic markers for cancer progression.
More Than Just a Protein: The Unsung Heroes and Villains of the Biological World
Explore the fascinating world of lectins, the master communicators of cells that read the sugar code to orchestrate critical biological processes.
The Golden Spice's Hidden Power: Unlocking Curcumin's Anticancer Secrets
Explore the scientific discovery of curcumin's anticancer properties, from ancient remedy to modern medicine's frontier with interactive data visualizations.
The Invisible Cure: How Nanotechnology is Revolutionizing Medicine
Explore how nanotechnology is transforming drug delivery systems through microscopic carriers that deliver medications precisely to diseased cells.
Titling a Cell's Achilles' Heel: How Rhythmic Stress Breaks Cellular Communication
Discover how rhythmic stress reveals a hidden vulnerability in yeast MAPK signaling networks and its implications for disease treatment.
Cracking the Code: How Computer-Designed Drugs Target a Cancer-Linked Enzyme
Discover how computational drug design is creating targeted inhibitors for HCPTP, a promising enzyme in cancer research.