Bladder cancer discovery leads to potential new treatment pathway
Researchers from University of Queensland’s Frazer Institute have discovered the mechanism that bladder cancer uses to suppress the immune system’s natural killer (NK) cells.
Researchers from University of Queensland’s Frazer Institute have discovered the mechanism that bladder cancer uses to suppress the immune system’s natural killer (NK) cells.
Researchers at the University of British Columbia have shown for the first time how and why the depletion of microbes in a newborn’s gut by antibiotics can lead to lifelong respiratory allergies.
Scientists at St. Jude Children’s Research Hospital and Washington University School of Medicine have discovered why the flu vaccine can perform poorly. They found that a specific type of immune cell, called T follicular helper cells, indirectly contro…
The protective effect of established COVID-19 vaccines is initially very robust, but wanes relatively quickly. This limitation imposes a need for periodic booster shots, which drives vaccine hesitation.
Pancreatic cancer is an aggressive disease with few available treatments. Thankfully, researchers are hard at work to improve treatment options, and researchers from Japan have now unveiled something promising.
The saga of cancer treatment is marked by a relentless pursuit of effectiveness against a disease characterized by complexity and adaptability. While immunotherapy has opened new frontiers, the challenges posed by tumor diversity and immune evasion cal…
Proteins left behind by COVID-19 long after initial infection can cause cortisol levels in the brain to plummet, inflame the nervous system and prime its immune cells to hyper-react when another stressor arises, according to new animal research by Univ…
An unhealthy lifestyle, diseases or injuries, genetic predisposition, and increased coagulation tendency can promote the formation of thrombi in blood vessels. These clots obstruct the flow of blood to vital organs, which may lead to life-threatening i…
Macrophages, also known as scavenger cells, are part of our immune system. They destroy invading pathogens and are found in the organs and the bloodstream. Led by Prof. Dr. Peter Wieghofer, professor of cellular neuroanatomy, researchers at the Faculty…
A discovery by McGill-affiliated researchers could lead to more effective treatment of malaria and other parasitic diseases.