Molecular biologist Associate Professor Justin Yerbury has been awarded the prestigious Betty Laidlaw MND Research Prize at the 13th MND Australia Research Conference in Sydney
The prize funds an outstanding mid-career researcher to conduct an innovative project with the potential to lead to an effective treatment for MND.
MND is the name given to a group of diseases in which motor neurons that control muscles progressively die.
Associate Professor Yerbury began studying the causes and potential treatments for MND six years ago.
“It was clear at the time that there was not enough understanding of the molecular basis of the disease to develop an effective therapeutic. I have, as a result dedicated myself to increasing the understanding of the origins of motor neurone disease” said Dr Yerbury.
Between five to 10 per cent of MND cases are inherited from family and can be attributed to specific genetic mutations.
Ninety to ninety-five per cent of cases are sporadic and are likely to be due to a complex interaction of genetic risk factors and environmental variables.
Dr Yerbury said he is honoured to be recognised for his research.
“This prize will enable me to continue to look at how proteins lead to the death of the neuron”.
The $250,000 Betty Laidlaw MND Research Prize is awarded by the Motor Neurone Disease Institute of Australia to fund a project that aims to advance the understanding of the disease and has potential for effective treatments.
Betty Laidlaw was diagnosed with MND in 1984.
Mrs Laidlaw and her husband John formerly owned the iconic Hard Yakka clothing line and are generous contributors to MND research.
About Dr Justin Yerbury
- 1999-2004 Undergraduate science degree completed with first class honours.
- International ARC fellowship to University of Cambridge, UK.
- 2009 awarded the Bill Gole MND fellowship.
- 2011 awarded Vice Chancellors emerging researcher prize.
- 2012 awarded ARC DECRA Fellowship.
- 2016 promoted to Associate Professor in recognition of contributions to the fields of proteostasis and MND.
- 51 career publications to date.
- Protein misfolding, aggregation and neurodegenerative disease
- Protein aggregation and neuro-inflammation
- Propagation of protein misfolding
- Protein homeostasis and Motor Neurone Disease
About motor neurone disease
- There are more than 2000 Australians living with the illness.
- People with MND progressively lose the use of their arms and legs, their ability to speak, swallow and breathe.
- Males are more likely than females to have MND but the cause as to why isn’t known.