Recent research reveals that bacteria residing inside tumors could become a powerful tool in combating cancer. These bacteria produce 2-methylisocitrate, a molecule that enhances the effectiveness of chemotherapy by increasing cancer cells' susceptibility through DNA damage and metabolic disruption.
Researchers have unveiled a potential breakthrough in stroke recovery therapies with DMT, a compound in plants and the human brain, showing promise in reducing brain damage by restoring the blood-brain barrier and minimizing inflammation.
Researchers are repurposing existing medications to combat metabolic dysfunction-associated steatotic liver disease, a prevalent condition affecting one in three adults globally. This approach, which utilizes existing drugs, appears to be both cost-effective and promising in mitigating one of the most common liver disorders worldwide.
Researchers from Massachusetts General Hospital have uncovered a potentially groundbreaking discovery linking a protein from immune cells, RELMy, to cardiac damage after heart attacks. The study highlights the protein's role in disrupting heart rhythm and suggests that blocking it could improve patient survival.
McGill University's groundbreaking AI tool offers improved early disease detection by analyzing cellular markers, promising advancements in preventative healthcare.
Contrary to popular belief, a comprehensive study using both observational and genetic data reveals that there is no safe level of alcohol consumption for brain health. The study indicates that dementia risk increases with alcohol intake, challenging the notion that light drinking could offer protective benefits.
In a groundbreaking study, scientists have developed a new peptide that prevents the clumping of the alpha-synuclein protein, a hallmark of Parkinson's disease. This innovation, a collaborative effort from the University of Bath, Oxford, and Bristol, offers new hope for Parkinson's treatment.
Stunning imagery reveals the effects of polymyxins, essential antibiotics, on bacterial defenses. This insight into how antibiotics function could transform treatment strategies for recurring infections, addressing a critical challenge in modern healthcare.
Recent advancement in stem cell therapy demonstrates potential to reverse the effects of stroke in mice, opening possibilities for revolutionary treatments in human stroke recovery.
Zeaxanthin, typically known for its benefits to eye health, could play a crucial role in enhancing cancer treatment. Research indicates that this naturally occurring supplement can significantly enhance the tumor-fighting capacity of T cells, making immunotherapy treatments more effective.
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