Research Articles
The Silent Fire Within: How Lipotoxicity Fuels Fatty Liver Disease
Understanding the molecular mechanisms of lipotoxicity in nonalcoholic fatty liver disease and its progression from simple fat accumulation to cellular damage.
The Trojan Horse Nanobot: A Tiny Golden Warrior for the Fight Against Breast Cancer
Explore how gold-coated iron oxide nanoparticles are revolutionizing breast cancer diagnosis and treatment through targeted therapy and advanced imaging.
A Classic Drug's New Target: How an Old Malaria Pill Fights Lung Cancer
Discover how chloroquine, a traditional malaria drug, inhibits lung cancer growth by blocking autophagy and triggering apoptosis in cancer cells.
From Ancient Herb to Brain Saver: The Surprising Story of Artemisinin
How a Malaria Drug Could Revolutionize Stroke Treatment by targeting the NF-κB pathway
A One-Two Punch: How Zinc and an Old Drug Are Teaming Up to Fight Breast Cancer
Discover how zinc ions and the repurposed drug Pimozide create a synergistic effect against breast cancer cells in this groundbreaking research.
Cracking the Cellular Code: How Scientists Decode Our Immune Army's Battle Tactics
Explore how multiparametric analysis is revolutionizing our understanding of lymphocyte activation and cytotoxicity in immune responses against cancer and diseases.
Golden Nanosunflowers: How Tiny Metallic Flowers are Revolutionizing Cancer Detection
Discover how plasmonic SERS Au nano-sunflowers enable sensitive, label-free detection of DNA damage in cancer cells through innovative nanotechnology.
Tiny RNA, Big Revolution: How MicroRNAs Are Changing Our Fight Against Cancer
Discover how microRNAs are revolutionizing cancer diagnosis and treatment through their role in tumorigenesis and as therapeutic targets.
The Cellular Brake in a Tiny Gland: Unraveling a Pituitary Puzzle
Discover how the p21 protein confounds expectations in benign brain tumors and its surprising role in pituitary adenomas.
The db/db Mouse: Decoding the Hidden Side of Diabetic Blindness
Discover how the db/db mouse model is revolutionizing our understanding of diabetic retinal neurodegeneration and leading to new treatments for diabetic blindness.