Fructose activates a distinct gut-brain pathway involving PYY and Y2 receptor neurons, leading to a markedly reduced suppression of hypothalamic AgRP neuron activity in mice.
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Fructose activates a distinct gut-brain pathway involving PYY and Y2 receptor neurons, leading to a markedly reduced suppression of hypothalamic AgRP neuron activity in mice.
Fermented protein foods may influence skeletal muscle health through gut-muscle axis modulation, but direct evidence on muscle mass and function remains limited.
Glutamate concentration at mouse interneuron synapses dynamically regulates AMPA receptor conductance states, affecting key biophysical properties like rectification and Ca2+ permeability.
Beta-adrenergic receptor (β2AR) endosomal signaling induces dendritic growth and synapse formation in neurons, orchestrating gene regulation and cellular architecture.
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