Liset M. de la Prida

Gracias Marisa! Pronto en librerías!

The new @institutocajal.bsky.social keeps growing. Welcoming #BaleriolaLab as we continue shaping the next phase of neuroscience research

🧬 In session #1.1, we will explore how molecular profiling is transforming disease diagnosis and prevention.

To do so, we will be joined by @lmprida.bsky.social (@institutocajal.bsky.social), Jose Bessa, Margarida Saraiva, and Helder Maiato (@i3suporto.bsky.social).

The new @institutocajal.bsky.social is recruiting early career researchers working at the frontier of emerging fields!! Cancer neuroscience and neuro-glial networks. Welcome !!

Congrats Luke!!

La geometría oculta en el cerebro: así construimos mapas mentales para orientarnos en el mundo Las neuronas se encienden formando anillos tridimensionales para reconocer el espacio que nos rodea y relacionar la información con nuestros recuerdos y experiencias.

La geometría oculta en el 🧠 !! Mi último artículo de divulgación en @es.theconversation.com sobre nuestro trabajo con Julio Esparza sobre los mapas hipocampales 👉🏼
theconversation.com/la-geometria...

La geometría oculta en el cerebro: así construimos mapas mentales para orientarnos en el mundo Las neuronas se encienden formando anillos tridimensionales para reconocer el espacio que nos rodea y relacionar la información con nuestros recuerdos y experiencias.

La geometría oculta en el 🧠 !! Mi último artículo de divulgación en @es.theconversation.com sobre nuestro trabajo con Julio Esparza sobre los mapas hipocampales 👉🏼
theconversation.com/la-geometria...

Thank you Anne!!!

Si! No he podido encajar más viajes! Espero tenerles pronto por aquí!!

Thank you Tallie! We will get you visiting us!!

Proud to take on this challenge: building the new Centro de Neurociencias Cajal @institutocajal.bsky.social into a space where neuroscience crosses boundaries and transforms how we understand the 🧠!!

Thank you so much @ricardsole.bsky.social I’ll always treasure those first steps with you! Chaos control remains my goal!!

Proud to take on this challenge: building the new Centro de Neurociencias Cajal @institutocajal.bsky.social into a space where neuroscience crosses boundaries and transforms how we understand the 🧠!!

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