“Growing up in an immigrant family was formative for going to med school and researching these different systems in the brain and how we can treat them.” - #PDSoros Fellow Wendy Sun gsas.harvard.edu/news/mind-mapp…

Wendy Sun, MD candidate at HMS and PhD student at Harvard Griffin GSAS, discusses how the power of transcranial magnetic stimulation (TMS) may change brain activity and help personalize treatment for specific depressive symptoms gsas.harvard.edu/news/mind-mapp…

New brain research maps the networks used in decision-making and complex memory tasks and brings that knowledge to an innovative treatment for depression and obsessive-compulsive disorder. buff.ly/3sANKO1

Excited to be in NYC to present our work leveraging within-individual precision mapping to target different functional networks in dlPFC with TMS + our automated report to guide precision targeting at #NYCN2024 NEUROMODEC with Randy Buckner, M. Eldaief and W. Sun! Poster A68 🧠

[📜PREPRINT] Very excited to share our work, co-led with the brilliant Wendy Sun, on precision network modeling of #TMS! Presented a few weeks ago at NEUROMODEC. Open to any and all feedback! medrxiv.org/content/10.110… Key takeaways below👇

Huge congrats to my brilliant friend Wendy Sun and @pdsoros fellow on her preprint!!!!! > tldr: standard of care brain stimulation for depression does not consistently target the same brain network across individuals — there’s major room & need for further innovation

[NEW PREPRINT!] The language network ages well biorxiv.org/cgi/content/sh… Co-led with Niharika Jhingan, in collaboration with Ev (like in 'evidence', not Eve) Fedorenko 🇺🇦, Center for Brain Recovery, Maria Varkanitsa, @raryksin, & Idan Blank. 🧵 Details 👇

[PREPRINT❗️❗️] Very excited to share our latest work on precision mapping of brain networks exclusively using task data! 🧠 With Maxwell Elliott Joanna Ladopoulou Mark Eldaief and Randy Buckner biorxiv.org/content/10.110… (1/6)

New preprint!!! We can reliably detect brain changes in individuals in just a year by collecting several rapid 1-minute T1s at each time point - i.e. "cluster scanning". We discovered large individual differences, even in healthy adults medrxiv.org/content/10.110…