Liset M. de la Prida

Hosting @lmprida.bsky.social , Liset who gave an update insightful talk
"Illuminating the cellular basis of hippocampal cognitive maps."

Thank you @neurovium.bsky.social for hosting me and making my visit truly especial!! I even had the time to stop by some perfectly meaningful spots ☕️ 🧠 📖

Special Seminar with Liset M. de la Prida | Brain and Cognitive Sciences Date: Tuesday, July 15, 2025 Time: 10:00 - 11:00 am Location: Seminar Room 3310 Title: Illuminating the cellular basis of hippocampal cognitive maps. Abstract: How do hippocampal circuits give rise to...

@lmprida.bsky.social
Looking forward to @lmprida.bsky.social Liset's talk tomorrow
"Illuminating the cellular basis of hippocampal cognitive maps"
bcs.mit.edu/events/speci...

Looking forward to the #FRM25 @fens.org in Oslo! Excited to talk about the multi-laned hippocampus alongside @flaviodonato82.bsky.social and David Dupret. Great science and discussions ahead!

#HFOnews! And first outcome publication of the Third International Workshop on High Frequency Oscillations in Epilepsy. 👇👇

Don’t miss our latest 📝 with @chrislisgaras.bsky.social & Rick Staba on high-frequency oscillations in preclinical 🧠 disease models, with guidelines for recording, detection and analysis. journals.sagepub.com/doi/10.1177/...

Hablando de cerebro y representación en @gijonconciencia.bsky.social 🧠 🤖👇🏼

This should be a trend! Everyone can post their very first paper—let’s celebrate where our journeys began and revive that early science forever! #MyFirstPaper

Revival! Some papers never fade!

Controlling chaos in discrete neural networks A recently developed method for chaos control [Phys. Lett. A 181 (1993) 29] is applied to small discrete neural networks. This method is based on the …

30 years ago, my first paper with @ricardsole.bsky.social was published. I was a curious student trying to understand how the 🧠 works. Still chasing neurons… and loving the ride! www.sciencedirect.com/science/arti...

Topological analysis of sharp-wave ripple waveforms reveals input mechanisms behind feature variations - Nature Neuroscience This study applies topological analysis to hippocampal ripple waveforms, uncovering a low-dimensional continuum that encodes layer-specific synaptic input information. It also reveals how ripple wavef...

Thanks for the reminder! There are also a couple papers from @lmprida.bsky.social’s lab showing a link between SWR waveforms and origin of the excitatory drive

www.nature.com/articles/s41...

Yes! We actually discovered this using our CNN detector but didn’t target mechanisms at that time. 👉🏼 elifesciences.org/articles/77772 It is great to see all these data coming out!!

Go Irene, go! Enjoy the journey!

Topological analysis of sharp-wave ripple waveforms reveals input mechanisms behind feature variations - Nature Neuroscience This study applies topological analysis to hippocampal ripple waveforms, uncovering a low-dimensional continuum that encodes layer-specific synaptic input information. It also reveals how ripple wavef...

Here is our paper www.nature.com/articles/s41...

This is a great application of our topological analysis of the iEEG waveform space to detect and differentiate interictal discharges, ripples and fast ripples in temporal lobe epilepsy in human. Don’t miss the 📝!! www.biorxiv.org/content/10.1... and the Github 👇🏼

Welcome Antonio!!

Having fun at @cshlnews.bsky.social with Manu Valero and Mario Martin training Ephys to next generations! And we even got some ripples!!! 🧠 waves

We used a CaMKII promoter under DIO to restrict expression mostly to PCs, but certainly there are oriens interneurons highly expressing Chrna7 too. DM if you like!!

Hey Mick!! Check how we target deep CA1 cells here bsky.app/profile/lmpr...

Looking forward to your comments!!

Thank you Adrien!

Striking insights into the information content of hippocampal subpopulations! A really stunning example of how understanding discrete cell types brings coherence and clarity to complex neuronal activity. Congrats to all

Thank you Jake!!! Absolutely, cell types matter!!

Cell-type-specific manifold analysis discloses independent geometric transformations in the hippocampal spatial code
doi.org/10.1016/j.ne...
#neuroscience

@csic.es researchers discover how the brain build | EurekAlert! 👉🏼 www.eurekalert.org/news-release... @institutocajal.bsky.social

Thank you Tristan! Inspired by your early work!

New from the lab!! 👉🏼 authors.elsevier.com/a/1kgT43BtfH... 📝 @cellpress.bsky.social We discovered that genetically-defined neuron types in the hippocampus form unique manifolds! Dual color imaging, chemogenetics and topological analysis all at once! With Juan Gallego @juangallego.bsky.social

🧠Descubren que el cerebro crea mapas más sofisticados de lo que se creía para orientarnos y memorizar 

Este hallazgo del #CSIC proporciona una nueva perspectiva sobre el sistema de navegación del cerebro y sobre cómo se procesa la información espacial

👉http://tiny.cc/9zcb001

New from the lab!! 👉🏼 authors.elsevier.com/a/1kgT43BtfH... 📝 @cellpress.bsky.social We discovered that genetically-defined neuron types in the hippocampus form unique manifolds! Dual color imaging, chemogenetics and topological analysis all at once! With Juan Gallego @juangallego.bsky.social

Diana Morant: “El Centro de Neurociencias Cajal va a permitir que España dé un salto cualitativo en la investigación neurocientífica a nivel internacional” Diana Morant: “El Centro de Neurociencias Cajal va a permitir que España dé un salto cualitativo en la investigación neurocientífica a nivel internacional”

Se inaugura el Centro de Neurociencias Cajal (CNC), que englobará al @institutocajal.bsky.social y al CINC bajo el paraguas del @ci2a.bsky.social. El traslado del Instituto Cajal a sus nuevas instalaciones en Alcalá de Henares se hará en los próximos meses www.ciencia.gob.es/Noticias/202...