Celebrating 10 years of the Liston lab!

FWO funding for Prof Susan Schlenner

Congratulations to Prof Susan Schlenner who secured FWO funding today for a four year project on regulatory T cells! FWO is highly competitive and it is very rare for an applicant to be successfully funded on their first independent application. A sign of future success!

The journals we publish in

Rethinking definitions of autoimmune disease

Why autoimmune diseases should be redefined by molecular pathway

By Lauren Martz, senior writer

 

The autoimmune field is dialing up its search for better biomarkers as it seeks to make the next step change from the targeted therapiesthat overtook blanket immunosuppressants. The question is whether autoimmunity might follow the lead of oncology and classify indications by molecular drivers rather than the symptoms or tissues involved... (read the full article).

 

From Biocentury Innovations

My coauthors

Meet the lab: Team Schlenner

Meet the lab: Team Humblet-Baron

Meet the lab: Team Babraham

Meet the lab: Team Neuroimmunology

Research connects psychological factors and the immune system

Menzies Foundation: The following story is from our publication Taking the lead: 40 stories of impact. 

Professor Adrian Liston is leading the way in immunology research overseas. He was awarded the 2006 NHMRC Menzies Fellowship, which allowed him to work at internationally-renowned labs through the University of Washington in Seattle, where he continued his groundbreaking research into controlling immune activation. He now runs his own lab in Belgium, where he works on solutions for patients with rare immune disorders that pharmaceutical companies don’t investigate. He simultaneously works on trying to understand why the regulatory cells actually work, and what’s different about these cells when they’re in different organs.

Since establishing his lab, Prof Liston and his team have made regular noteworthy findings, including one that links mental health with the immune system. He was able to ‘seize the moment’ and test a hypothesis from a ‘natural experiment’ during an outbreak of gastro that occurred when the water system was accidentally contaminated in two small towns outside Antwerp.

“The hypothesis linking mental health with the immune system had been tested successfully on mice,” Prof Liston explains. “But it hadn’t been tested on humans. It’s only because we were able to take advantage of this experiment of nature—the synchronised infections— that we were able to test the hypothesis.

"Our testing showed that individuals who had high levels of depression at the time of the infection had a different immune response to those who didn’t. The results showed that the depression-immunity link wasn’t something in the mind, it is due to actual changes in the blood that gives depressed or anxious people a different immune system response.

"Even years later, among people whose mental health had improved since that original time of infection, they still had ongoing complications because they got hit with an infection at a point where they had a lot of depression or anxiety.”