PI at Instituto de Neurociencias, CSIC-UMH.

Alicante
Joined January 2020
Good news! 🎉 🗓️ Registration deadline extended for the 1st Systems-IN-Action Meeting 🧠 Circuits • Systems • Behaviour • Computation 📍 Alicante, Spain 👉 Don’t miss out — limited capacity! 🔗 systems-in-action.umh.es #Neuroscience
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🚨 Registration is now open for the 1st Systems-IN-Action neuroscience meeting on Circuits, Systems, Behaviour, and Computation at the @NeuroAlc in Alicante (Spain) 👉Deadline: Jan 15 or until 120 participants! Orgs: @KardamakisAndre @RamonReig2 @IPO_lab systems-in-action.umh.es/
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Until now, anatomy was thought to guide slow waves. This study shows neuronal excitability is key: the most excitable region acts as a “leader.” Models + mouse experiments confirmed it—boosting occipital excitability even reversed wave direction. 🖼️@iScience_CP
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🔥A new study led by @RamonReig2 and @J_AlegreCortes is now published on @iScience_CP 🙌 Researchers reveal how the brain organizes and directs its slowest activity: slow waves🧠 More info 👇 in.umh-csic.es/en/articulos/…
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I'm excited to share my latest publication! 🚨 Global and local nature of cortical slow waves: cell.com/iscience/fulltext/S… In brief, we explored in silico how cortical slow waves are shaped by both external inputs and intrinsic properties of neuronal populations.
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Hoy el #IN_ResearchProgram ‘Modulación sináptica de los circuitos neuronales y la conducta’ ha ofrecido un nuevo seminario científico con las presentaciones de las investigadoras Alicia Alonso @aliciaaandres (Lab. @RamonReig2 ) y Beatriz Fernández-Arroyo (Lab. @JuanLerma1) 👏
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Ramon Reig retweeted
Una enorme pérdida. DEP
With a heavy heart we bid farewell to Miguel Valdeolmillos. Rest in peace dear colleague, dear mentor, dear friend. We will deeply miss you. @GuilleLBendito @NeuroAlc @UniversidadMH @SENC_
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Our new study Montanari et al. 2023 is now published on @ScienceAdvances. We found that row-A barrels act as a sensory hub for interhemispheric communication. Brief explanation 👇
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At last, the heterotopic optogenetic activation suggests that tactile transmission between hemispheres are through the row A.
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