Anggono Lab

Our study that shows the neuron-specific Copine-6 as a calcium sensor for activity-induced AMPA receptor exocytosis is now out in @CellReports. doi.org/10.1016/j.celr…. Congrats to Anson @an5on_jz and Joanne @JoanneJangSE on your paper!

Copine-6 is a Ca2+ sensor for activity-induced AMPA receptor exocytosis dlvr.it/Sz7rGp

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.👏👍

📣 PhD Opportunity in Mathematical Modelling at The University of Queensland @UQ_News

Interested in complex systems, brain evo-devo, and/or computational approaches to big questions in neuroscience? Check out new opportunities in our lab! 🧠🧬💻🦘🔬🏝️🏄‍♀️😍 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...💜 #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! bmh2024.com/registration-o…

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! doi.org/10.1016/j.jmb.….

Can one neurotransmitter activate GluN1/2A receptors? Well, we may have found a pathogenic variant that can. @SensoryNeuroph1, @gaetan_lesca, @AnggonoLab GRIN1 variants associated with neurodevelopmental disorders reveal channel gating pathomechanisms pubmed.ncbi.nlm.nih.gov/37734923/

#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. jneurosci.org/lookup/DOI/10.…

Very sad to hear the passing of Prof. Justin Yerbury, a truly inspirational scientist. Your legacy will live on. Vale Justin. abc.net.au/news/2023-07-3…

Dear QPG member, an exciting opportunity to speak at ASBMB 2023 and get your registration costs covered by QPG.

@rhuganir and I are delighted to share our new preprint on calcium permeable-AMPA receptors in PV interneurons! Why are there so many CP-AMPARs in this particular GABAergic cell-type? Why are PV interneurons typically lower in feature selectivity? Read on!