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Professor Emeritus Peter Schiller, a pioneer researcher of the visual system, dies at 92

MIT Professor Emeritus Peter Schiller, a pioneering researcher of the visual system, has died at 92. His career included fundamental discoveries about how visual scenes and stimuli are processed from the retina through the cortical visual system. ....

United States , Ann Graybiel , Larry Squire , Ann Howell , Hans Lukas Teuber , John Maunsell , Michael Stryker , Dorothy Poitras , Nikos Logothetis , Magyar Tudoma , Emilio Bizzi , Earl Miller , Mriganka Sur , Peter Schiller , Department Of Brain , Duke University , Morton Weiner At Clark University , Institute Professor , National Academy Of Sciences , Department Of Psychology , American Academy Of Arts , Hungarian Academy Of Sciences , University Of California At San Francisco , University Of Chicago , Cognitive Sciences , World War ,

Evidence that gamma rhythm stimulation can treat neurological disorders is emerging

A growing number of studies are showing beneficial clinical effects from noninvasive stimulation of gamma rhythms in the brain, but clinical evidence remains preliminary and animal studies have been instructive, but not definitive. ....

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Elly Nedivi receives 2023 Kreig Cortical Kudos Discoverer Award

MIT Professor Elly Nedivi has been honored with the Krieg Cortical Kudos Discoverer Award for her ongoing work to understand molecular and cellular mechanisms that enable the brain to adapt to experience. ....

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A cool path to disease deceleration

Kathrin "Kat" Kajderowicz, a PhD student in MIT's Department of Brain and Cognitive Sciences and the Whitehead Institute, is studying how hibernation-like states for cells, organs, or even whole organisms could pave the way for new hypothermic therapies. ....

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Basic cell health systems wear down in Huntington's disease, analysis shows | MIT News | Massachusetts Institute of Technology

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Researchers employed a software system called Geomic to integrate vast amounts of gene expression data from the brains of mice modeling Huntington s disease. By comparing multidimensional mathematical surfaces plotted from the data, they were able to gain new insights into how gene expression differs in the disease based on many dimensions such as time, cell type and the extent of mutation in the huntingtin gene.
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Image: Lucile Megret/Sorbonne Universite
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Using an innovative computational approach to analyze vast brain cell gene expression datasets, researchers at MIT and Sorbonne Université have found that Huntington’s disease may progress to advanced stages more because of a degradation of the cells’ health maintenance systems than because of increased damage from the disease pathology itself. ....

Myriam Heiman , Mary Wertz , Christian Neri , Barbara Gris , Thomas Vogt , Jasmin Cevost , Lucile Megret , Jeff Aaronson , Satish Nair , Jim Rosinski , William Yang , Hilary Wilkinson , Broad Institute , University Of California At Los Angeles , Department Of Brain , National Institutes Of Health , Cognitive Sciences , Picower Institute For , Sorbonne Centre National De La Recherche Scientifique , Sorbonne Universit , Picower Institute , Centre National De La Recherche Scientifique , Los Angeles , National Institutes , Picower Institute For Learning And Memory , Huntington Amp 039s Disease ,