Max Planck Florida Institute for Neuroscience

Max Planck Florida Institute for Neuroscience

@mpfneuro.bsky.social

The only Max Planck Institute in the US, unlocking curiosity-driven discoveries about neural circuits and brain function.

1.5K followers254 following173 posts

Last week, we were honored to receive the Nonprofit of the Year - Education Impact Award at the Nonprofits First Hats Off Awards. We are grateful for the recognition & to our scientists and staff who visit classrooms groups through our Ask Max program. Even Max Planck got into the Hats Off spirit!

Congratulations to Dr. Dinghao Luo, who recently earned his PhD in Neuroscience from the IMPRS-SC program! Working in the Wang lab, Dinghao explored how dopamine from the locus coeruleus, a small region in the brainstem, helps the hippocampus anticipate what’s coming next. Congratulations, Dr. Luo!

Congratulations to Shouvik Majumder, who earned his PhD in Neuroscience this past week from IMPRS-SC! His research connected two subfields, demonstrating how plasticity in distinct neuron types plays specialized roles in shaping neural activity and learning. Congratulations, Dr. Majumder!

Picture yourself here in five years. Curious how to make it happen? Join our IMPRS-SC PhD information session and learn how the program can launch your neuroscience career. Info Session: Oct. 13, 12 EDT Register: mpfi.zoom.us/.../reg.../W.... Learn more: www.mpfi.org/training/imp...

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Congratulations to Dr. Taddeo Salemi on earning his PhD through IMPRS-SC! With Ryohei Yasuda, he developed a fluorescence-lifetime two-photon miniscope that tracks brain molecular signals as animals move naturally. We're so excited to see what discoveries it enables. Congratulations Taddeo!

Congratulations to Dr. Taddeo Salemi on earning his PhD through IMPRS-SC! With Ryohei Yasuda, he developed a fluorescence-lifetime two-photon miniscope that tracks brain molecular signals as animals move naturally. We're so excited to see what discoveries it enables. Congratulations Taddeo!

@lintianphd.bsky.social delivered a keynote talk at the MMiN 2026 meeting in Amsterdam last week. Her lab is a leader in developing genetically engineered sensors that could one day help treat neuropsychiatric diseases. Congratulations, Dr. Tian!

Lin Tian, PhD@lintianphd.bsky.social

I had a lovely time at the MMiN 2026 meeting in Amsterdam, where I spoke about our work developing genetically engineered sensors 🧠 The field needs to integrate multimodal detection to go beyond the capabilities of current technologies to identify treatment targets for neuropsychiatric diseases.

Max Planck Florida Institute for Neuroscience reposted

Looking forward to speaking at the 2026 Monitoring Molecules in Neuroscience (MMiN) Meeting in September! I’ll be presenting recent work on developing & using genetically engineered sensors to monitor brain activity in living, behaving animals 🧠 Register by 9/7: monitoringmolecules.org/mmin-2026/

Max Planck Florida Institute for Neuroscience reposted

Advancing brain health relies on access to care, as well as the research, technology, and expertise driving new discoveries. Through collaborations with organizations such as @mpfneuro.bsky.social, we're proud to help those working toward breakthroughs. #WorldBrainDay #WorldBrainDay2026

Max Planck Florida Institute for Neuroscience reposted

Meet the team! Today’s spotlight: Erin Scott ✨ Erin is a PhD student working to characterize a family of dopamine sensors for the dLight 3.0 series. She is also developing a sensor for alpha-synuclein, a toxic protein heavily implicated in Parkinson’s disease.

Congratulations to Dr. Kori Citrin, our newest IMPRS PhD graduate! Dr. Citrin's research explored how the hippocampus tracks time, a critical component of forming memories. We are so proud of her dedication and can't wait to see the impact she'll make. Please join us in congratulating Dr. Citrin!

NeuroCollective 2.0 brought together 140+ students, scientists, and industry professionals from 15 institutions for a day of NeuroAI, mentorship, and connection. Shoutout to the 32 trainee presenters — and especially our two IMPRS-SC PhD reps who took home best talk AND best poster honors! 🏆

Recent work by @salilbidaye.bsky.social and team on the circuits that control walking in the fly featured in The Transmitter!

The Transmitter @thetransmitter.bsky.social

Researchers have long searched for the neural circuit underlying locomotion. Now they’ve found it in flies. By @natmesanash.bsky.social #neuroskyence www.thetransmitter.org/systems-neur...

Congratulations to @salilbidaye.bsky.social and the Bidaye Lab team on their latest work on the neural control of locomotion! Here, they use 🪰 to address long-standing questions of neural generation of coordinated walking. Read the study here! www.biorxiv.org/content/10.6

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Salil Bidaye@salilbidaye.bsky.social

Here’s our latest preprint on uncovering neural control of a coordinated walking pattern! doi.org/10.64898/202... (author-list jumbled, see pdf for corrected). Video shows the central paradigm in this study, we optogenetically induce walking in headless flies and sequentially reduce proprioception.

Congratulations to Dr. Raphael Heldman, who earned his doctorate through the IMPRS-SC program! Raphi successfully defended his PhD thesis, which revealed how the brain uses self-motion to estimate distance traveled. We look forward to seeing where Dr. Heldman's talents and curiosity lead him next!

Celebrating another talented grad from our IMPRS PhD program, in partnership with Florida Atlantic University. Congratulations to Dr. Goksu Menton, who successfully defended her thesis," A Light-Operated Kinase Inhibitor Strategy & Its In Vitro and In Vivo Applications" yesterday. Way to go, Goksu!