Research Articles
The Silent Sabotage: How Tiny Mutations Hijack Cell Death and Unleash Cancer
Exploring how tiny mutations disrupt protein interaction kinetics to derail apoptotic networks and promote cancer development.
The Golden Shield: How Baicalin Protects the Brain's Memory Center in Epilepsy
Discover how baicalin from Scutellaria baicalensis protects the hippocampus from seizure-induced damage in epilepsy through multi-targeted neuroprotection mechanisms.
The Invisible Puppeteer: How a Tiny RNA Molecule Fuels Breast Cancer's Resistance
Discover how Lnc-DC, a tiny RNA molecule, drives tamoxifen resistance in breast cancer through STAT3 activation and cytokine loops.
The Hidden Puppeteer: How a Tiny RNA String Pulls the Strings in Gastric Cancer
Exploring the role of lncRNA CASC9 in gastric cancer through its regulation of BMI1 and suppression of apoptosis
Norcantharidin: The Beetle-Derived Molecule Revolutionizing Liver Cancer Research
Discover how norcantharidin (NCTD), derived from blister beetles, is revolutionizing liver cancer research through its multi-targeted approach against hepatocellular carcinoma.
The Silent Killer in the Bile Ducts: How Genetics and Immunotherapy are Revolutionizing Cholangiocarcinoma Treatment
Exploring the genetic and epigenetic factors in cholangiocarcinoma and the latest advancements in immunotherapy treatments.
The Zinc Spark: How Molecular Tweezers Are Revolutionizing Lung Cancer Therapy
Discover how zinc pincer complexes are transforming lung cancer treatment through targeted apoptosis induction with remarkable selectivity.
The Maestro of Reproduction: How IL-1β Conducts Genetic Symphonies in Your Uterus
Exploring IL-1β's role as a master regulator of endometrial gene expression and its impact on fertility, endometriosis, and recurrent miscarriage.
The Invisible Brake: How a Tiny Protein Stops Breast Cancer in Its Tracks
Discover how NHERF1, a tiny scaffolding protein, acts as a critical tumor suppressor in breast cancer by inhibiting PDGF signaling and offering new therapeutic possibilities.
The Silent Survival Switch: How Fas and Bcl-2 Proteins Fuel Your Stuffy Nose
Discover how Fas and Bcl-2 proteins regulate cell death in nasal polyps and how this knowledge is leading to new treatments for chronic nasal congestion.