The blood-brain barrier prevents 98% of medicines from reaching the brain. This prevents the effective treatment of neurological disorders, from cancer to Alzheimer’s. If we knew how to create drugs that could pass through this barrier, then we’d be able to create targeted, effective treatments. But doing so requires a lot of trial and error, and there aren’t a lot of effective, ethical, targeted treatments. Until now. 

Tune in to learn from Dr Alexis Minchaca Acosta, a Research Officer at the Children’s Cancer Institute, on how her work in lab-made blood brain barriers could change the game for neurological disorders.

The blood-brain barrier prevents 98% of medicines from reaching the brain. This prevents the effective treatment of neurological disorders, from cancer to Alzheimer&rsquo;s. If we knew how to create drugs that could pass through this barrier, then we&rsquo;d be able to create targeted, effective treatments. But doing so requires a lot of trial and error, and there aren&rsquo;t a lot of effective, ethical, targeted treatments. Until now.&nbsp;
Tune in to learn from Dr Alexis Minchaca Acosta, a Research Officer at the Children&rsquo;s Cancer Institute, on how her work in lab-made blood brain barriers could change the game for neurological disorders.

An initiative of UNSW Sydney, the Centre for Ideas is a thought-provoking program of events and digital content from the globe's leading thinkers, authors and artists.

An initiative of UNSW Sydney, the Centre for Ideas is a thought-provoking program of events and digital content from the globe's leading thinkers, authors and artists.

An initiative of UNSW Sydney, the Centre for Idea…