The Braincode Games (@braincodegames) 's Twitter Profile
The Braincode Games

@braincodegames

I'm a humanoid 🤖 engaged in organizing hackathons & outreach activities by @LMPrida lab. Hack the brain 🧠 with me!

ID: 1387138633153536000

linkhttps://thebraincodegames.github.io/ calendar_today27-04-2021 20:16:46

216 Tweet

169 Takipçi

85 Takip Edilen

Abel Grau (@abelgrau) 's Twitter Profile Photo

Una reciente investigación del equipo de la neurocientífica Liset M de la Prida (Instituto Cajal-Centro de Neurociencias Cajal-CSIC) se basa en el efecto Raman para detectar cambios moleculares en el tejido nervioso. ➡️ csic.es/es/actualidad-…

Casa de la Ciència CSIC València (@csicval) 's Twitter Profile Photo

La Casa de la Ciència del CSIC en València retoma el ciclo de conferencias 'Cerebro vs #InteligenciaArtificial', suspendido por la DANA. La charla tiene lugar este jueves, a las 19 h., y será impartida por Liset M. de la Prida Liset M de la Prida (Instituto Cajal-Centro de Neurociencias Cajal-CSIC). delegacion.comunitatvalenciana.csic.es/evento/confere…

La Casa de la Ciència del <a href="/CSIC/">CSIC</a> en València retoma el ciclo de conferencias 'Cerebro vs #InteligenciaArtificial', suspendido por la DANA. La charla tiene lugar este jueves, a las 19 h., y será impartida por Liset M. de la Prida <a href="/LMPrida/">Liset M de la Prida</a> (<a href="/InstitutoCajal/">Instituto Cajal-Centro de Neurociencias Cajal-CSIC</a>).

delegacion.comunitatvalenciana.csic.es/evento/confere…
Casa de la Ciència CSIC València (@csicval) 's Twitter Profile Photo

Esta tarde (19 h) en la Casa de la Ciència CSIC València se celebra la segunda charla del ciclo 'Cerebro vs #InteligenciaArtificial', impartida por Liset M. de la Prida (Instituto Cajal-Centro de Neurociencias Cajal-CSIC). Síguela en directo en YouTube. Instituto de Neurociencias UMH-CSIC Universidad de Alicante UA Liset M de la Prida youtube.com/live/JEt1khEgB…

Casa de la Ciència CSIC València (@csicval) 's Twitter Profile Photo

Retomamos el ciclo sobre Cerebro vs Inteligencia Artificial que suspendimos por la DANA que afectó a Valencia. Hoy Liset M. de la Prida, del Instituto Cajal-Centro de Neurociencias Cajal-CSIC del CSIC, nos habla sobre las formas de la inteligencia natural y artificial. Síguela en directo: youtube.com/live/JEt1khEgB…

Retomamos el ciclo sobre Cerebro vs Inteligencia Artificial que suspendimos por la DANA que afectó a Valencia. Hoy Liset M. de la Prida, del <a href="/InstitutoCajal/">Instituto Cajal-Centro de Neurociencias Cajal-CSIC</a> del <a href="/CSIC/">CSIC</a>, nos habla sobre las formas de la inteligencia natural y artificial. Síguela en directo:

youtube.com/live/JEt1khEgB…
Liset M de la Prida (@lmprida) 's Twitter Profile Photo

The new CSIC Cajal Neuroscience Center has just been inaugurated! Exciting and challenging times ahead, as we embark on a new era for Spanish neuroscience.

CSIC (@csic) 's Twitter Profile Photo

🧠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 👉tiny.cc/9zcb001

Liset M de la Prida (@lmprida) 's Twitter Profile Photo

New from the lab!! 👉🏼authors.elsevier.com/a/1kgT43BtfHCz… 📝Neuron We discovered that genetically-defined neuron types in the hippocampus form unique manifolds! Dual color imaging, chemogenetics and topological analysis all at once! With Julio Esparza Juan Pablo Quintanilla Juan Álvaro Gallego

New from the lab!!  👉🏼authors.elsevier.com/a/1kgT43BtfHCz… 📝<a href="/NeuroCellPress/">Neuron</a> We discovered that  genetically-defined neuron types in the hippocampus form unique manifolds! Dual color imaging, chemogenetics and topological analysis all at once! With <a href="/Julio_EI/">Julio Esparza</a> <a href="/JuanPQuinta/">Juan Pablo Quintanilla</a> <a href="/JAlGallego/">Juan Álvaro Gallego</a>
Neuron (@neurocellpress) 's Twitter Profile Photo

Online now: Cell-type-specific manifold analysis discloses independent geometric transformations in the hippocampal spatial code dlvr.it/TJCBl9

Online now:  Cell-type-specific manifold analysis discloses independent geometric transformations in the hippocampal spatial code dlvr.it/TJCBl9
Bertoglio lab (FMC/UFSC) (@bertogliolab) 's Twitter Profile Photo

Cell-type-specific manifold analysis discloses independent geometric transformations in the hippocampal spatial code cell.com/neuron/fulltex…

Julio Esparza (@julio_ei) 's Twitter Profile Photo

Excited to share our latest work! We reveal how distinct hippocampal neuron types structure their population code into unique manifolds! ! A true team effort! 📝Read more: authors.elsevier.com/a/1kgT43BtfHCz…

Liset M de la Prida (@lmprida) 's Twitter Profile Photo

CSIC researchers discover how the brain builds sophisticated maps to navigate and remember the world , via EurekAlert!! CSIC 👉🏼eurekalert.org/news-releases/…

CSIC researchers discover how the brain builds sophisticated maps to navigate and remember the world , via <a href="/EurekAlert/">EurekAlert!</a>! <a href="/CSIC/">CSIC</a> 👉🏼eurekalert.org/news-releases/…
DailyHealthcareAI (@aipulserx) 's Twitter Profile Photo

How do different neural populations in the hippocampus represent and transform spatial information during navigation?Neuron "Cell-type-specific manifold analysis discloses independent geometric transformations in the hippocampal spatial code" • Researchers

How do different neural populations in the hippocampus represent and transform spatial information during navigation?<a href="/NeuroCellPress/">Neuron</a> 

"Cell-type-specific manifold analysis discloses independent geometric transformations in the hippocampal spatial code"

• Researchers
Inscopix (@inscopix) 's Twitter Profile Photo

Congrats to Julio Esparza & Liset M de la Prida lab CSIC on their paper! Using dual color #imaging using #nVue, they reveal how deep & superficial CA1 #cells form parallel, independent spatial maps—deep CA1 remaps with local cues, while superficial CA1 remains stable. ▶️hubs.ly/Q039gs7b0

Congrats to <a href="/Julio_EI/">Julio Esparza</a> &amp; <a href="/LMPrida/">Liset M de la Prida</a> lab <a href="/CSIC/">CSIC</a> on their paper! Using dual color #imaging using #nVue, they reveal how deep &amp; superficial CA1 #cells form parallel, independent spatial maps—deep CA1 remaps with local cues, while superficial CA1 remains stable.
▶️hubs.ly/Q039gs7b0
Liset M de la Prida (@lmprida) 's Twitter Profile Photo

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 📝!! biorxiv.org/content/10.110… and the Github 👇🏼

Liset M de la Prida (@lmprida) 's Twitter Profile Photo

Excited to welcome MelisaMaidanaCapitan to the lab as a AIhub.CSIC ALLIES Cofund 🌱 #AI for SDGS #MSCA postdoc! She will be collaborating with Eduardo Rocon on data-driven identification of nonlinear cognitive models. Looking forward to great science ahead!

Excited to welcome <a href="/melibmc/">MelisaMaidanaCapitan</a> to the lab as a <a href="/AIhubCSIC/">AIhub.CSIC</a> <a href="/ALLIEScofund/">ALLIES Cofund 🌱 #AI for SDGS</a> #MSCA postdoc! She will be collaborating with <a href="/eduardo_rocon/">Eduardo Rocon</a> on data-driven identification of nonlinear cognitive models. Looking forward to great science ahead!
Liset M de la Prida (@lmprida) 's Twitter Profile Photo

30 years ago, my first paper with Ricard Solé was published. I was a curious student trying to understand how the 🧠 works. Still chasing neurons… and loving the ride! sciencedirect.com/science/articl…

Liset M de la Prida (@lmprida) 's Twitter Profile Photo

Don’t miss our latest 📝 with Christos Lisgaras, MSc, PhD & Rick Staba on high-frequency oscillations in preclinical 🧠 disease models, with guidelines for recording, detection and analysis. journals.sagepub.com/doi/10.1177/15…

Don’t miss our latest 📝 with <a href="/Chris_Lisgaras/">Christos Lisgaras, MSc, PhD</a> &amp; Rick Staba on high-frequency oscillations in preclinical 🧠 disease models, with guidelines for recording, detection and analysis. journals.sagepub.com/doi/10.1177/15…