Exocytotic release of the excitatory neurotransmitter glutamate depends on transport of this
amino acid into synaptic vesicles. Recent work has identified a distinct family of proteins …

Recently, modern neuroscience has made considerable progress in understanding how the
brain perceives, discriminates, and recognizes odorant molecules. This growing knowledge …

Identifying genes that display spatial expression patterns in spatially resolved transcriptomic
studies is an important first step toward characterizing the spatial transcriptomic landscape …

The brain remains one of the most important but least understood tissues in our body, in part
because of its complexity as well as the limitations associated with in vivo studies. Although …

New neurons are continually recruited throughout adulthood in certain regions of the adult
mammalian brain. How these cells mature and integrate into preexisting functional circuits …

Synapses are plastic and can be modified by changes in spike timing. Whereas most studies
of long-term synaptic plasticity focus on excitation, inhibitory plasticity may be critical for …

Quantal release of the principal excitatory neurotransmitter glutamate requires a mechanism
for its transport into secretory vesicles. Within the brain, the complementary expression of …

Neural firing discharges are often temporally patterned, but it is often ambiguous as to
whether the temporal features of these patterns constitute a useful code. Here we show in …

The olfactory nervous systems of insects and mammals exhibit many similarities, suggesting
that the mechanisms for olfactory learning may be shared. Neural correlates of olfactory …

Odors elicit a well-organized pattern of activation in glomeruli across the surface of the
olfactory bulb. However, the mechanisms by which this map is transformed into an odor …