An international team of scientists have taken an important step towards gaining a better understanding of the brain's inner workings, including the molecular processes that could play a role in neurological disorders.  
The research team has used a new biosensor to optically track the movements of the neurotransmitter glycine - a signalling molecule in the brain - for the first time.   

New research led by The Australian National University (ANU) could hold the key to unlocking the power of enzymes, allowing them to potentially be used to break down toxic pollutants or heal wounds faster.
Enzymes can help speed up – or catalyze - chemical reactions, making them an essential part of every living organism.
“They also have extraordinary potential in industry and medicine,” Associate Professor Colin Jackson from the ANU Research School of Chemistry said. 

Congratulations to Joe Kaczmarksi (Jackson Group) on being awarded a 2019 ASBMB Fellowship.