How composting protects public health and our planet
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 Aspergillosis: A growing global crisisAspergillosis: A growing global crisis
 
Aspergillosis, caused by Aspergillus fungi, is an increasingly serious infection affecting immunocompromised and lung-compromised individuals, with rising incidence linked to the COVID-19 pandemic, antifungal resistance, and environmental change. Diagnostic difficulties, limited treatment options, and escalating drug resistance highlight the urgent need for improved surveillance, earlier detection, and coordinated global public health action.
 
 
 How composting protects public health and our planetHow composting protects public health and our planet
 
Composting transforms organic waste into nutrient-rich soil, significantly reducing methane emissions and protecting public health. Widespread adoption of composting can mitigate climate change, enhance soil health, and improve environmental equity for vulnerable communities.
 
   Japanese study shows c-sections do not raise allergy risk in childrenJapanese study shows c-sections do not raise allergy risk in children
 
A Japanese study reveals cesarean births do not increase childhood allergy risk, contradicting earlier findings and highlighting the need for further research.
 
   Hidden challenges of long COVID for the workplaceHidden challenges of long COVID for the workplace
 
Long COVID is linked to increased absenteeism, costing the US economy billions. The study reveals critical insights into its impact on the labor market.
 
   Asthma sufferers could be at greater risk if Trump cuts health programAsthma sufferers could be at greater risk if Trump cuts health program
 
Esther Bejarano's son was 11 months old when asthma landed him inhh the hospital. She didn't know what had triggered his symptoms — neither she nor her husband had asthma — but she suspected it was the pesticides sprayed on the agricultural fields near her family's home.
 
 New computational tool identifies the gene combinations underlying complex illnesses
 
New computational tool identifies the gene combinations underlying complex illnessesNorthwestern University biophysicists have developed a new computational tool for identifying the gene combinations underlying complex illnesses like diabetes, cancer and asthma.
 
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