Research Articles
The Double Agent: How an Inflammation Molecule Clogs Our Arteries
Discover how the inflammation molecule Leukotriene D4 enhances oxidized LDL uptake in macrophages, accelerating atherosclerosis development.
Stopping the Silent Fire: How Blocking CXCR3 Could Combat Hidden Artery Disease
Discover how targeting the CXCR3 receptor could revolutionize atherosclerosis treatment by addressing inflammation in artery disease.
The Hidden Battle Within: How Bacterial Invaders Trigger Our Cellular Defense System
Discover how LPS triggers inflammatory responses in human PBMCs through NOX4 and Giα-dependent PI-3 kinase signalling pathways.
The Immune System's Secret Off-Switch: How a Tiny Enzyme Calms the Storm
Scientists discover IRAK3's guanylate cyclase activity as a key mechanism for suppressing immune overreaction, opening new therapeutic avenues.
The Cortisol Switch: How Your Gut Regulates Its Own Inflammation
Exploring the role of 11β-HSD enzymes in regulating cortisol and inflammation in inflammatory bowel disease (IBD).
The Body's Hidden Alarm System: How Inflammation Leaves a Clue for Catching Prostate Cancer
Scientists discover a unique inflammatory autoantibody fingerprint in the blood that could revolutionize how we detect and understand prostate cancer.
The Invisible Storm: How Rumen pH Changes Trigger Inflammation in Dairy Cows
Exploring how rumen pH changes affect microbiome composition and trigger systemic inflammation in dairy cows through LPS production.
The Invisible Assassin: How Air Pollution Reignites Heart Attack Risks Through Hidden Inflammation
New science reveals how air pollution triggers cardiovascular crises by hijacking inflammatory pathways in myocardial infarction survivors.
Beyond Germ Killers: How Antibiotics Secretly Reshape Our Microcirculation During Inflammation
Exploring how antibiotics affect microcirculation during inflammation, beyond their germ-killing properties
Hypoxia's Hidden Switch: How Oxygen Deprivation Fuels Gut Inflammation Through Ion Channel Overdrive
Discover how oxygen deprivation reprograms immune cells by hijacking the K2P5.1 ion channel, accelerating inflammatory cascades in IBD.