The research team is also exploring applications for stroke, multiple sclerosis, and other neurological conditions, highlighting the potential of CAR-T as a versatile platform for brain therapies.

The findings indicate that gut bacteria present earlier in the course of HIV infection may actively support immune activity.

The research reexamines decades of twin and family data that had suggested a limited genetic role in lifespan.

The discovery grew out of earlier experiments examining how cells respond when exposed to bacterial infection.

Researchers focused on macrophages, immune cells that normally protect the body but can switch sides once they enter a tumor.

This breakthrough could lead to new treatments for age-related diseases and chronic inflammation.

The team identified a network of immune cells that allows the body to eat safely while staying alert to real dangers like infection.

Crucially, the methods tested relied on technologies already approved for clinical use, meaning they could potentially reach patients in a relatively short time, the scientists said.

For scientists, the discovery is a breakthrough in understanding how genes that don’t make proteins can still play a crucial role in health.

A simple blood test procedure could screen for leukemia non-invasively, well before symptoms begin to express, revolutionizing the ability of the medical community to effectively target and treat the disease.

The attack on the Weizmann Institute wiped out entire laboratories engaged in lifesaving research. 

The team discovered protein fragments broken down by the proteasome were as effective in fighting microbes as antibiotics.

The rankings are based on various factors, such as the number of times an institution’s researchers have been published or cited in leading journals and awards the school has won.