Yugo Fukazawa

This study shows that physiological learning in mice leads to intrasynaptic reorganization of GluA1-containing AMPA receptors at CA1 synapses, with increased density and clustering of GluA1 and reduced GluA2.

The paper identifies a novel 40-kHz inverted-U ultrasonic vocalization subtype in rats during chocolate consumption using machine learning, showing it is opioid-modulated and linked to reward states.

This study shows that deleting NSF in D2R-expressing cells in mice leads to neuronal loss, dopamine deficits, and ADHD-like behaviors, which can be mitigated by combining methylphenidate and a D2R agonist.

This study shows that damage to the entopeduncular nucleus in rats causes motor dysfunction, with motor recovery correlating with neuron preservation.

The paper examines the localization of cPcdhγ proteins in pre- and post-synaptic compartments of hippocampal CA1 pyramidal cells and finds an imbalance in their expression.

The paper shows that Syntaxin 7-marked synaptic vesicles are preferentially mobilized during high-frequency stimulation, requiring Ca2+ and actin.

This study compares synaptic function in mouse cerebellar slices prepared at ice-cold and physiological temperatures, finding that physiological temperature preserves synaptic structure and function better.

The paper identifies a novel GABAergic neuron population in the olfactory cortex of mice that project to the lateral hypothalamus and integrate olfactory and top-down inputs.

This study shows that microglial SIRPα suppresses the emergence of CD11c+ microglia, which are involved in white matter repair after demyelination.

This study shows that D1 and D2 neurons in the anteromedial olfactory tubercle of mice have opposing roles in mediating attractive and aversive behaviors during place preference tests.