Our lab is interested in understanding the molecular basis of neuronal communication and synaptic plasticity during learning, memory and disease | @QldBrainInst
Our study that shows the neuron-specific Copine-6 as a calcium sensor for activity-induced AMPA receptor exocytosis is now out in @CellReports. https://t.co/V0iexyMsTY.
Congrats to Anson @an5on_jz and Joanne @JoanneJangSE on your paper!
Online now in @NatureComms
https://t.co/kwJVK50Mlf
We identify FTO as an endogenous negative regulator of PARP1 and the DNA damage response in cells beyond its role as an RNA demethylase. Thanks to Tianyi Zhu and @Joce_m6A, who led this project.
Interested in complex systems, brain evo-devo, and/or computational approaches to big questions in neuroscience? Check out new opportunities in our lab! ๐ง ๐งฌ๐ป๐ฆ๐ฌ๐๏ธ๐โโ๏ธ๐ Further details and deadlines will be announced soon! #PhD#Postdoc#NeuroJobs
Team QBI is absolutely killing it today at the @AusNeuroSoc conference!
Well done to Dr Dragan Rangelov, Dr Anson Tan, Rebekah Parkinson, and Dr Zengmin Li on your brilliant presentations amongst others...๐
#UQ#QBI#ANS2023@neuronomist@DehorterLab@AnggonoLab
Well done @an5on_jz from our lab and @BelalShohayeb from the Cooper lab for giving brilliant presentations at the #FAOBMB 2023 conference in Bangkok. Congratulations on your travel fellowships! @QldBrainInst@UQ_News@ITSASBMB
Join us in Melbourne for Biomolecular Horizons 2024 22-26 September 2024. Visit the website to view the outstanding array of invited speakers and register now to take advantage of valuable savings! https://t.co/9VtuSw8nWT
Superb and very important study!! As we previous found, calcium sensors are important for the receptor trafficking (AMPAR-endocytosis) and synaptic plasticity. This study illustrated Copine-6 has an important role of AMPAR-exocytosis and lead to LTP.๐๐
We are glad to be part of a new study by Mihwa Lee, @CharlieBondXray, and @AFox_Perth on the differential contribution of low-complexity regions of SFPQ in biomolecular condensate formation, just published in @JMolBiol. Congrats @acmarshallphd!
https://t.co/0oIomzrIrl.
Our study that shows the neuron-specific Copine-6 as a calcium sensor for activity-induced AMPA receptor exocytosis is now out in @CellReports. https://t.co/V0iexyMsTY.
Congrats to Anson @an5on_jz and Joanne @JoanneJangSE on your paper!
#JNeurosci: Guntupalli, Park, Han et al. @AnggonoLab@QldBrainInst@UQ_News found that preventing degradation of AMPA receptors leads to an altered threshold for synaptic plasticity accompanied by short-term memory & cognitive flexibility deficits in mice. https://t.co/OkCJdHt5BL