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.
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.
The brain computes rapidly and reliably using brief electrical impulses and likely exploits internal memory in nerve cells to achieve this more efficiently than existing computing hardware and neural networks.
