Research Articles
Nature's Brain Shields: The Rise of Neuroprotective Complementary Medicines
Explore how ancient remedies and modern science converge to develop neuroprotective complementary medicines for neurological disorders.
The Tiny Messengers of Mayhem: Microparticles in Lupus
Exploring the role of circulating microparticles in systemic lupus erythematosus and their impact on autoimmune disease progression.
The Anesthetic That Heals: A Surprising Discovery for the Wounded Heart
How a common surgical gas, Isoflurane, might protect against heart attack damage by inhibiting the P38MAPK signaling pathway in rats.
Sea Wormwood's Surprising Secret: Fighting Lung Cancer with an Ancient Herb
Discover how Artemisia maritima, a species known as sea wormwood, possesses remarkable anti-cancer properties against certain types of lung cancer.
The Double-Edged Sword: How COVID-19's Spike Protein Affects Cervical Cancer Cells
Exploring the surprising connection between SARS-CoV-2 spike protein and cervical cancer cell growth inhibition through scientific research findings.
The Silent Guardians: How a Cellular Pathway Holds the Key to Corneal Transparency
Discover how the Rho/Rho kinase signaling pathway influences corneal endothelial cell death and the promising therapeutic applications of ROCK inhibitors.
Light Against Cancer: Evaluating Next-Generation Photosensitisers for Precision Therapy
Explore the cutting-edge research on photosensitisers for photodynamic cancer therapy, including purpurin analogues, BODIPY-based dyes, and rosamine derivatives.
The Enemy Becomes a Weapon: How Estrogen Triggers a Cellular Suicide Switch in Breast Cancer
Discover how PERK kinase conveys stress signals to nuclear factor-κB to mediate estrogen-induced apoptosis in breast cancer cells
TGS1: The Unexpected Guardian of Your Body's Blood Sugar Regulation
Discover how TGS1, a molecular architect, influences metabolic health and serves as a crucial regulator of pancreatic beta cells in diabetes research.
Unlocking the Mysteries of Brain Bleeds: How a New Mouse Model Is Revolutionizing Stroke Research
Discover how a groundbreaking prechiasmatic mouse model is advancing subarachnoid hemorrhage research and revealing long-term cognitive deficits.