Sleep pressure modulates single-neuron synapse number in zebrafish - Nature
Briefly

Sleep-dependent renormalization of synapses affects most excitatory synapses, involving a balance of synaptic weakening and pruning to counteract the increase in synaptic strength during wakefulness.
Experimental findings show varied impacts of sleep and wake states on synaptic strength and neuronal firing rates, indicating a complex relationship between sleep and synaptic plasticity, with potential differential regulation across neuronal types.
Read at Nature
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