Sarkis Mazmanian
Professor of microbiology
California Institute of Technology
From this contributor
Remembering Paul Patterson (1944-2014)
Paul H. Patterson, a transformative figure in autism research, died on 25 June. His groundbreaking discoveries advanced novel paradigms in neuroscience and immunology, and introduced concepts that will continue to be developed by researchers worldwide.
The case for using ‘prebiotics’
Prebiotics — nutrients that promote the growth of some beneficial gut bacteria — can influence brain chemistry and behavior. New findings suggest prebiotics as treatments for people with neurological disorders, say Sarkis Mazmanian and Gil Sharon.
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Long-sought walking circuit found in fruit flies
The neuronal circuit controlling repetitive locomotion patterns in any animal has been a mystery until now.
Long-sought walking circuit found in fruit flies
The neuronal circuit controlling repetitive locomotion patterns in any animal has been a mystery until now.
Crisis de financiación en Argentina desata nueva ola de protestas
Dos años luego de que colapsara la financiación para investigación del país colapsara, los científicos están manifestando en contra del incumplimiento del gobierno para restaurar becas cortadas previamente y aumentar salarios como lo establece una del 2025.
Crisis de financiación en Argentina desata nueva ola de protestas
Dos años luego de que colapsara la financiación para investigación del país colapsara, los científicos están manifestando en contra del incumplimiento del gobierno para restaurar becas cortadas previamente y aumentar salarios como lo establece una del 2025.
The silent majority: How astrocytes shape the brain across scales
Melissa Cooper talks to Mac Shine about her new work that reveals how these glial cells—long dismissed as the brain’s housekeepers—wire together in precise, long-range networks that remodel in response to experience.
The silent majority: How astrocytes shape the brain across scales
Melissa Cooper talks to Mac Shine about her new work that reveals how these glial cells—long dismissed as the brain’s housekeepers—wire together in precise, long-range networks that remodel in response to experience.