News & Insights Across Asia
Chinese scientists have discovered that certain immune cells may worsen chronic sinusitis by intensifying inflammation. This breakthrough could lead to new treatments for millions affected worldwide.
Chinese researchers have discovered that a specific immune cell fuels chronic sinus infections, paving the way for new treatments targeting inflammation and reducing recurrence.
Chinese scientists have uncovered how a specialized immune cell intensifies chronic sinus infections, paving the way for new treatments targeting Granzyme K to reduce inflammation and recurrence.
Chinese scientists discover that specialized immune cells secrete Granzyme K, intensifying inflammation in chronic sinusitis and nasal polyps, offering new targets for treatment.
Researchers from China’s Tsinghua University and Beijing Tongren Hospital have identified a type of immune cell that fuels chronic sinus infections, offering new hope for more effective treatments.
Chinese scientists discover that Granzyme K, a protein from specialized immune cells, fuels persistent inflammation in chronic sinusitis, paving the way for new treatments.
Researchers from China’s Tsinghua University and Beijing Tongren Hospital have identified a key immune protein that fuels chronic sinusitis, offering new hope for effective treatments.
Chinese scientists have discovered that a specific immune cell intensifies inflammation in chronic sinusitis, offering new avenues for treatment.
Chinese researchers have identified a specific immune cell type that fuels chronic sinusitis and nasal polyps, revealing Granzyme K as a key protein intensifying inflammation and tissue damage.
Chinese researchers have discovered that a specific immune cell fuels persistent inflammation in chronic sinusitis and nasal polyps, offering new hope for treatment.
Scientists from China have identified Granzyme K, a protein that fuels chronic sinus infections, offering new hope for treatments targeting persistent inflammation.
Chinese scientists have identified specific immune cells that worsen chronic sinusitis and nasal polyps, pointing to Granzyme K as a new target for treatment.
Researchers from the Shenzhen Institutes of Advanced Technology have discovered a new pattern in virus transmission, offering insights into infectious disease spread through synthetic biology techniques.
Chinese researchers from Lanzhou University have discovered a probiotic strain that shows promise in treating colorectal cancer by promoting tumor cell apoptosis and regulating gut microbiota.
A Chinese study reveals that actively managing frailty can significantly reduce arrhythmia risk in the elderly, emphasizing the importance of frailty assessments in routine health check-ups.
Chinese researchers have developed a biodegradable band-aid that promotes complete wound healing and skin regeneration with normal sensory functions.
Chinese researchers have developed a biodegradable composite material that accelerates wound healing and promotes full skin regeneration, offering new hope in biomedical treatments.
Chinese researchers have decoded a new salt-tolerance gene in wheat, leading to yield increases of 5 to 9% in experimental varieties grown in saline-alkali soils.
Chinese researchers have discovered a link between oceanic oxygenation and early animal evolution during the Cambrian Explosion, offering new insights into this pivotal period.
Chinese scientists have discovered a new species related to the vampire squid in the South China Sea, marking a significant breakthrough in deep-sea marine biology.