🧵 BREAKING: Gene therapy shows promise in slowing Huntington’s disease progression. A major milestone in neurodegenerative disease research. @UCLIoN@UCLHD
https://t.co/KJtNtp12NJ
📢 We are looking for a dynamic, energetic and passionate postdoc fellow to work on in vivo electrophysiology to understand and treat neurological diseases! Deadline 8th January #neuropixels#braindynamics#epilepsy#neurodiseases@UCLIoN@DceeLab
https://t.co/osoXlQq4je
Day 18th: Blog: Martyna Panasiuk, @dev_neuro, @KingsCollegeLon, delves into precision techniques for targeting specific neuron populations in tissue slices, shedding light on strategies to enhance experimental accuracy. Read more https://t.co/I2znWtcfAJ #SciAdvent#patchclamp
Our paper on cryptic splicing-controlled protein expression, which we hope will inspire safer and more adventurous gene therapy approaches for ALS and FTD, has been published in @ScienceMagazine https://t.co/YriG3I4ILF
Come and hear the latest developments on this story (it gets cooler...😎!) at #SfN24 from @noah_leibold - Wed PM (yes, the graveyard slot, but if you're still around come and chat to us) - PSTR433
3D printing in labs enables custom tool creation. In this blog, @vimast86, Research Associate in the @jbneuro@KingsCollegeLon, shares his insights and tips on software and equipment for unique experimental designs using 3D printers. Read more here https://t.co/KLEcd4HIP5
Great to be at #FENS2024. Lots of interesting talks, meetings and chatting science. Had a brilliant poster session. Thanks to #IBRO for the travel grant award, helping me get here and present my work.
Dr Jenna Carpenter’s @EpilepsyInst & @DravetUK Fellowship project aims to develop a groundbreaking gene therapy for #Dravet. This permanent treatment will be uniquely designed to adapt dynamically to an individual's developing brain over their lifetime: https://t.co/PGNY4ZRQ9a
Just posted! https://t.co/i69XhsTf8t. How do #neurons wire up during #development at the right time in the right place? We looked at glutamatergic excitatory synapses in the hippocampus in vivo and found an unexpected role for NMDA receptors in a very early ‘critical window’🧵
Excitatory and inhibitory synapses form a tight subcellular balance along dendrites that decorrelates over development https://t.co/XxBLL6XDMd #biorxiv_neursci
Join us at the IoPPN Inaugural Lecture series featuring Matthew Grubb as Professor of Neuroscience, King’s College London on ‘Nosing around in the changing brain.'
📅Thu 9 May | 17:30 - 18:30
👉https://t.co/9jEn5jY1Nw
PhD position available in my and @petrznam labs @dev_neuro and @TheCrick ! Come and discover the rules that govern wiring between cortical areas. Please RT!
We are hiring an RA! Are you interested in mRNA localisation and local translation, presynaptic function and/or neurodevelopmental disorders? More details in the link, deadline is 14th March. Please retweet!
Big news!! Excited to share the culmination of all the work done over the last 8 years.... the link to all for the dHCP fetal data - including processed anatomical, diffusion and functional datasets! @DevelopingHCP#connectome https://t.co/WAZETPe6F6