Wake-activated neuronal populations that regulate sleep drive
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TL;DR - A mouse study identifies wake-activated neuronal populations that are crucial for regulating sleep drive. Manipulating these cells can persistently reduce daily sleep, offering insight into the neural mechanisms that control sleep need.
- Researchers combined whole-brain activity mapping, targeted cell manipulation, and electrophysiology.
- The identified neuronal populations become active during wakefulness and contribute to sleep drive.
- Targeting these cells produced sustained reductions in mice’s daily sleep amount.
- The findings connect specific neural populations to the accumulation and regulation of sleep need.
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Wake-activated neuronal populations that regulate sleep drive
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TL;DR - A mouse study identifies wake-activated neuronal populations that are crucial for regulating sleep drive. Manipulating these cells can persistently reduce daily sleep, offering insight into the neural mechanisms that control sleep need.
- Researchers combined whole-brain activity mapping, targeted cell manipulation, and electrophysiology.
- The identified neuronal populations become active during wakefulness and contribute to sleep drive.
- Targeting these cells produced sustained reductions in mice’s daily sleep amount.
- The findings connect specific neural populations to the accumulation and regulation of sleep need.