Sleep is regulated by a homeostatic process that has long been thought to involve adenosine (AD) originating from neurons. In this issue of Neuron, Halassa et al. present evidence that sleep homeostasis depends upon gliotransmission and associated accumulation of AD that dampens neuronal excitability
SummaryBackgroundEmerging data suggest an important relationship between sleep and Alzheimer’s disea...
Synaptic activity is thought to be critical for synaptic stabilization. In this issue of Neuron, Kri...
One of the functions of sleep is to maintain energy balance in the brain. There are a variety of hyp...
Sleep homeostasis reflects a centrally mediated drive for sleep, which increases during waking and r...
SummaryAstrocytes modulate neuronal activity by releasing chemical transmitters via a process termed...
Astrocytes modulate neuronal activity by releasing chemical transmitters via a process termed gliotr...
<p>Under physiological conditions adenosine modulates cerebral blood-flow and is involved in neuroph...
Loss of sleep causes an increase in sleep drive and deficits in hippocampal-dependent memory. Both o...
Loss of sleep causes an increase in sleep drive and deficits in hippocampal-dependent memory. Both o...
Adenosine receptors were classified into A(1)- and A(2)-receptors in the laboratory of Bernd Hamprec...
The sleep-wake cycle is regulated by a fine-tuned interplay between sleep-homeostatic and circadian ...
Sleep is an essential physiological process driven by a circadian system with its main endogenous pa...
Sleep is a naturally occurring physiological state that is required to sustain physical and mental h...
Roughly one-third of the human lifetime is spent in sleep, yet the reason for sleep remains unclear....
Badania pokazują, iż astrocyty są źródłem cząsteczek sygnałowych, mogących oddziaływać na neurony. W...
SummaryBackgroundEmerging data suggest an important relationship between sleep and Alzheimer’s disea...
Synaptic activity is thought to be critical for synaptic stabilization. In this issue of Neuron, Kri...
One of the functions of sleep is to maintain energy balance in the brain. There are a variety of hyp...
Sleep homeostasis reflects a centrally mediated drive for sleep, which increases during waking and r...
SummaryAstrocytes modulate neuronal activity by releasing chemical transmitters via a process termed...
Astrocytes modulate neuronal activity by releasing chemical transmitters via a process termed gliotr...
<p>Under physiological conditions adenosine modulates cerebral blood-flow and is involved in neuroph...
Loss of sleep causes an increase in sleep drive and deficits in hippocampal-dependent memory. Both o...
Loss of sleep causes an increase in sleep drive and deficits in hippocampal-dependent memory. Both o...
Adenosine receptors were classified into A(1)- and A(2)-receptors in the laboratory of Bernd Hamprec...
The sleep-wake cycle is regulated by a fine-tuned interplay between sleep-homeostatic and circadian ...
Sleep is an essential physiological process driven by a circadian system with its main endogenous pa...
Sleep is a naturally occurring physiological state that is required to sustain physical and mental h...
Roughly one-third of the human lifetime is spent in sleep, yet the reason for sleep remains unclear....
Badania pokazują, iż astrocyty są źródłem cząsteczek sygnałowych, mogących oddziaływać na neurony. W...
SummaryBackgroundEmerging data suggest an important relationship between sleep and Alzheimer’s disea...
Synaptic activity is thought to be critical for synaptic stabilization. In this issue of Neuron, Kri...
One of the functions of sleep is to maintain energy balance in the brain. There are a variety of hyp...
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