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Face-selective neural activity occurs concurrently across the human ventral occipito-temporal cortex, challenging traditional hierarchical models of visual object recognition where response latencies increase along the cortical hierarchy.

In-situ glial cell-surface proteomics reveals DIP-β as a glial longevity factor that enhances intercellular communication and extends lifespan in aging Drosophila.

Genetic influences on how the brain processes complex naturalistic stimuli can be traced back to inherited control over stable spatial and temporal features of brain function.

Leiomodin 1 acts as a critical molecular switch during early muscle stem cell differentiation by sequestering the deacetylase SIRT1 in the cytoplasm to initiate the myogenic program.

Synesthetes' pupils reflect the brightness of colors that they only see internally, making their hidden perceptual experience objectively measurable.

Genetic deletions in mouse models and human neuron co-cultures reveal that astrocytic neuroligins are dispensable for synapse formation and maintenance of normal astrocyte morphology, suggesting neuroligins serve alternative, unidentified roles.