Across multiple scales, temporal context shapes visual perception through an attention-dependent process facilitating rapid motor responses and an attention-independent process suppressing neural encoding of expected events.
Patchy striatonigral neurons regulate implicit locomotor speed selection based on environmental valence, revealing a subtype-specific mechanism by which striatal circuits shape adaptive motor control and value-dependent behavioral responses.
Electrophysiological recordings in female mice show that response profiles of accessory olfactory bulb neurons remain stable during the course of the estrus cycle.
Astrocytic GABA transporter 3 is essential for preserving the integrity of neuronal population dynamics in accurately encoding and representing sensory information.
Neurons selective to running trajectories in the rat anterior cingulate cortex are reactivated during observation and interact with hippocampal replay to guide subsequent spatial navigation.
Functional connectivity mapping reveals sparse, specific, and largely complementary cortical innervation of individual striatal medium spiny neurons within overlapping and loosely topographical projections from the barrel cortex.
Rapamycin, competing with other rapalogs, activates TRPM8 via directly binding to a novel binding site, which results in providing new insights into the mechanisms of TRPM8 activation.
