Research Articles
The Invisible Saboteurs: How Rogue Antibodies Against Interferon Worsen Infections
Exploring how autoantibodies targeting interferon-alpha2 cripple our immune defenses and worsen outcomes in COVID-19, influenza, and bacterial infections.
The Invisible War: How Infection Control Teams Battle Silent Outbreaks in Hospitals
An in-depth look at how hospital infection control teams detect and prevent silent outbreaks like Hepatitis C in dialysis units through molecular epidemiology.
The Tiny Warrior and the Molecular Shield: How a Novel Drug Conquered a Child's "Incurable" TB
Case study of a 12-year-old boy cured of extensively drug-resistant TB using delamanid, marking a breakthrough in pediatric TB treatment
The IL-7 Receptor: Silencing the Master Conductor of Gut Inflammation
Breakthrough research on IL-7 receptor blockade as a targeted therapy for ulcerative colitis, featuring clinical trial results and mechanistic insights.
The Silent Negotiators: How Parasite-Induced B Cells Tame Our Immune System
Discover how Schistosoma haematobium parasites induce regulatory B cells that suppress inflammation and may lead to new autoimmune therapies.
The Invisible Battle: How Animal Studies Revealed BCG's Dual Nature in Cancer Treatment
Exploring how animal studies uncovered BCG's potential and risks in cancer immunotherapy through intrapleural administration.
The Hidden Danger: When Pregnancy, Parrots, and a Rogue Immune System Collide
Case report and literature review of gestational psittacosis with secondary hemophagocytic syndrome - a rare but deadly combination in pregnant women
The Back Pain Puzzle: Decoding Acute Low Back Pain Science
Understanding the science behind acute low back pain, evidence-based treatments, and breakthrough research for effective management.
The Invisible War: How Viral Enteritis Threatens Intestinal Transplant Recipients
Exploring the critical challenge of viral enteritis in intestinal transplant recipients, its causes, treatments, and emerging solutions.
The Hidden Battle Within: How a Bacterial Molecule Ignites Our Immune System
Discover how LPS activates immune cells through NOX4 and Giα-dependent PI3K signaling, driving inflammatory responses in human PBMCs.