Physiology and algorithms of the brain @fundacionleloir

Buenos Aires, Argentina
Joined January 2021
Ya se publicó mi primer paper! Muy contento de haber cerrado este trabajo que se dio bajo la dirección de Emilio Kropff en su laboratorio @KropffLab en @fundacionleloir. frontiersin.org/articles/10.…
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My first paper has been published! Very happy to have closed this work that took place under the direction of Emilio Kropff in his laboratory @KropffLab in @fundacionleloir. frontiersin.org/articles/10.…
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Científicos de la FIL @KropffLab caracterizaron por primera vez la actividad neuronal vinculada con la memoria espacial que se registra en el hipocampo de un novedoso modelo animal de la enfermedad de Alzheimer: @CONICETDialoga leloir.org.ar/blog/un-roedor…
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La primavera se toma su tiempo pero la #SAN2021 está cada vez más cerca. 11 simposios tendremos este año y @rodrigoecheveste e @inessamengo son los chairs de “How does the brain represent what we know (and don't know) about the world?”. (hilo con las charlas de este simposio):
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During winter, dry air facilitates COVID-19 transmission suggests a study of the first wave of the virus in the city of Buenos Aires @KropffLab , @apinedarojas, @jljcolorado, @linseymarr, @sandrajuanola. Read the full story in ES&T: fal.cn/3hmik
Congratulations to all authors! 🐀💨🎛🧠 -> Brain theta rhythms are tuned not to m/s but to m/s² ☝️🤓💡
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Theta frequency is modulated by acceleration but not speed. Implications for computational models – congratulations to Emilio Kropff who has pulled all this together! @KISNeuro researchers @KropffLab @NeuroCellPress
Disproving 50-year-old belief about brain rhythms! 🧠 Entorhinal-hippocampal theta rhythms respond to acceleration, not speed. Shown in @NeuroCellPress by @KISNeuro researchers @KropffLab, James E. Carmichael, @MayBrittMoser and @EdvardMoser. Read more 👉 sciencedirect.com/science/ar…
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Bajo la dirección de los científicos que ganaron el Nobel de Medicina en 2014, Emilio Kropff, investigador del Instituto Leloir y del CONICET, realizó un hallazgo que mejora la comprensión del GPS del cerebro. Lee la nota: bit.ly/3jzjuKd @KropffLab @CONICETDialoga
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Disproving 50-year-old belief about brain rhythms! 🧠 Entorhinal-hippocampal theta rhythms respond to acceleration, not speed. Shown in @NeuroCellPress by @KISNeuro researchers @KropffLab, James E. Carmichael, @MayBrittMoser and @EdvardMoser. Read more 👉 sciencedirect.com/science/ar… – at Trondheim, Norway
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