Combining intracranial recordings with no-report paradigms and computational models offers the clearest path yet to isolating genuine neural correlates of consciousness from their prerequisites and consequences.
Fundamental distinctions in the extracellular signatures of active-dendritic chemical and electrical synapses necessitate a revision of conventional interpretations of local field potentials centered on chemical synapses.
A time-dependent genetic interaction between the µ opioid receptor and genes drives early morphine responses in mice, highlighting pathways linked to human substance use disorder.
In contrast to differential expression-based methods, which evaluate and select individual marker genes, CellCover identifies panels of genes that function together to define cell types.
Gaze patterns during value-based choice may reflect post-decision processes rather than a direct causal influence of attention on preference formation.
