Showing posts with label Robb Wesselingh. Show all posts
Showing posts with label Robb Wesselingh. Show all posts

14 Nov 2022

Zhoujie Ding, Matt Hudson and Robb Wesselingh win the GIN Hub pitch!

L-R: Drs Zhoujie Ding, Matt Hudson and Robb Wesselingh
Congratulations to Drs Zhoujie Ding, Matt Hudson and Robb Wesselingh!

Matt, Zhoujie and Rob were awarded funding in the fourth and final round for 2022 of the GIN Hub's Pitch for their project, "Developing the first Australian mouse model of anti-NMDAR autoimmune encephalitis". We look forward to seeing the results of this collaboration between the Neuroscience and Immunology and Pathology departments.

19 Aug 2022

Congratulations to Muhammad Javaid, Robb Wesselingh and Xianglong Xu on their PhD completions

L-R: Muhammad Javaid, Robb Wesselingh and Xianglong Xu
Congratulations to our recently completed graduate research students Muhammad Javaid, Robb Wesselingh and Xianglong Xu - Well done! See below for detail of thesis topics, departments and supervisors.

Muhammad Javaid completed his PhD on 2 August, "Drug-resistant focal cortical dysplasia in epilepsy: insights from cellular models of neuronal development". He was supervised by Professor Patrick Kwan and Dr Ana Antonic-Baker (Department of Neuroscience).

22 Feb 2022

Brain wave signatures enable faster diagnosis of autoimmune encephalitis



L-R: Drs Mastura Monif, Nabil Seery and Robb Wesselingh

by Dr Loretta Piccenna

Researchers from the Neuroimmunology, Neurology, Neuroinflammation Laboratory led by Dr Mastura Monif in the Department of Neuroscience have identified electroclinical biomarkers that differentiate one particular type of autoimmune encephalitis (AE), known as N-methyl D-aspartate receptor (NMDAR) antibody-associated encephalitis (anti-NMDAR) from other subtypes of AE. 

AE is a brain inflammation disorder caused by antibodies. A person’s immune system mistakenly targets different proteins in their brain causing damage and inflammation. This can result in different neurological symptoms including seizures and memory problems. AE can be classified into different subtypes based on the brain protein targeted by the antibodies produced. 

16 Nov 2020

COVID-19: What could happen next? Join our 9 Dec forum to find out more

Register here for the 9 Dec forum, 7-8 pm

What happens next with COVID-19? It's complicated... Once infected with COVID-19, the illness can cause devastating complications which we don't yet understand. Register here for our 9 Dec forum

A forum, "COVID-19: What could happen next?" on 9 Dec at 7-8 pm will give you the chance to hear from our panel of diabetes and neurology experts on the urgent need to know the extent and causes of new-onset and dysfunction with diabetes and neurological conditions. They'll outline how registries are vital to provide the best interventions and management for treatment, and to understand the potential longer-term impact on the health of people who have been infected.

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