Adekunle Bademosi

Neuroscientist @racingdementia @DementiaAus Postdoc @WalkerNeuroLab @QBI @UQ. Fronto-temporal Dementia, MND, Autophagy, Super-resolution microscopy, Synapses,

[Adekunle Bademosi @kunlebade]

Excited to share on our work (@Verstreken_Lab) in @NeuroCellPress out today, where we show how synaptic #autophagy is linked with neurotransmission by the protein - EndophilinA, and how a #Parkinsonsdisease risk mutant alters this function. https://t.co/P06JmszE5D.

[HFSP @HFSP]

📣 The 25th HFSP Awardees Meeting is coming!
Three days of science and collaboration at the heart of Geneva’s innovation hub. What a joy! 🙃 Save the Date:
📅 8–10 July 2026
📍 Campus Biotech Geneva, Switzerland

https://t.co/C7iKVCrRkB
#HFSPmtg2026 #sts 🧪

[Fred Meunier @MeunierLab]

Using nanobodies expressed in cells to do spt. Activated b2Adrenergic receptors are almost completely immobile. Check this out: https://t.co/vNWGIIWpO4 @Meunierlab @rachelgormal

[Molecular Neurodegeneration @MolNeuro]

'Molecular mechanisms and consequences of #TDP43 phosphorylation in #neurodegeneration'

Elise A. Kellett @kunlebade @adamkeithwalker @WalkerNeuroLab @QldBrainInst #ALS #FTD

https://t.co/LOmkVuV71m

[Walker Neuro Lab @WalkerNeuroLab]

Very happy to see our collaborative project led by @Rebecca_SanGlia with @adamkeithwalker out today in @NatureComms, tracking proteomic changes in the cortex throughout disease in TDP-43 mice with comparison to human #ALS #FTD https://t.co/OuOCErpvXb

[Dr. Rachel Gormal @rachelgormal]

Very excited to have been part of this collaboration with the team! Study uncovering the role of lncRNA in memory. @TWBredy @kunlebade @MeunierLab (and others) #lncRNA #superresolution 🧠🔬
Short Link: https://t.co/cQi1GOvt3j
https://t.co/lG2Y3lpb0f

[Fred Meunier @MeunierLab]

Did you think that biomolecular condensates were always large: check our last paper on Tau forming nanoscale BMCs at the synapse. Check this out: https://t.co/WPNWPqMSp9
@MeunierLab @marmol_dr and Shanley Longfield

[Adekunle Bademosi @kunlebade]

Watch “Race Against Dementia Teams Campaign - join us to fast track a cure for dementia” on #Vimeo https://t.co/om2plfeBAU

[Adekunle Bademosi @kunlebade]

@racingchocs @racingdementia This was an amazing experience!

[Adekunle Bademosi @kunlebade]

What an amazing week at the SilverStone circuit with my RAD fellows. Thanks to the amazing team @racingdementia and @SJYSClassic for providing this great platform for us all!

[Race Against Dementia @racingdementia]

Epic week at the RAD Summer School with our Fellows from around the world! Great insights from F1 teams and medical experts, intense training, and much more. Stay tuned for our thrilling highlights. The race is on ... 🏎️

[Adekunle Bademosi @kunlebade]

@AdamDHines Congrats Adam!

[Adekunle Bademosi @kunlebade]

Great work from the ever hard working @Rebecca_SanGlia

[Rebecca San Gil @Rebecca_SanGlia]

Cytoplasmic TDP-43 accumulation drives many dynamic changes to the cortex proteome. Together with @adamkeithwalker and the @WalkerNeuroLab, we have produced a “molecular map” of disease-specific changes over time in a mouse model of ALS and FTD.
https://t.co/PZWilerxzz.

[Queensland Brain Institute, UQ @QldBrainInst]

#QBI researcher, Dr Adekunle Bademosi has dedicated his time towards investigating why a protein called TDP-43 clumps in the brains of people with frontotemporal dementia.

🔗https://t.co/QcclnkB97y
@DementiaAus @kunlebade
#brain #research #science

[Formula 1 @F1]

Formula 1 partners with the Race Against Dementia charity 🤝

Established by Sir Jackie Stewart, the charity raises money for global research, the development of treatments and a potential cure for dementia

#F1 @racingdementia

[Rebecca San Gil @Rebecca_SanGlia]

All of this beautiful imaging and more was done by the very hard working @SeanKeato and @kunlebade with @adamkeithwalker. Enjoy our new paper out now in CMLS.

[QBIpapers @QBI_papers]

EndophilinA-dependent coupling between activity-induced calcium influx and synaptic autophagy is disrupted by a Parkinson-risk mutation https://t.co/pZsTYpti8i

[Fred Meunier @MeunierLab]

So proud of my former PhD student ⁦@kunlebade⁩ who, in the same week, became a dad and published his very cool postdoctoral work with ⁦@Verstreken_Lab⁩ in Neuron. Well done Kunle! ⁦⁦@MeunierLab⁩ more celebration! ⁦@QldBrainInst⁩ https://t.co/CeA1vdGhg3

[Queensland Brain Institute, UQ @QldBrainInst]

Dr Adekunle Bademosi & his team found that a Parkinson’s-linked gene contributes to a build-up of cell debris in the brain. This discovery could change the focus of PD treatments & pave the way for new potential drugs. https://t.co/EnaahAoOH0
@kunlebade
#QBI #Parkinsonsdisease

[Adekunle Bademosi @kunlebade]

@AdamDHines Welcome back Adam!