Scientists discover spontaneous eye-blink rate is a simple marker of prefrontal dlPFC specialization and cognitive flexibility in preschoolers aged 3–6. Read more at Cerebratech
Eye-Blink Rate Predicts Cognitive Flexibility in Preschoolers Read More »
Scientists uncover a molecular latch in pufferfish taste receptors that enables sensing of both sweet and savory amino acids.
Single Molecular Latch Rewrites the Rules of Taste Perception Read More »
Scientists discover a serotonin-reward circuit modulated by the SK3 potassium channel that drives intense food cravings during pregnancy.
Brain Circuit Behind Pregnancy Food Cravings Discovered Read More »
Deleting the NSF protein in striatal dopamine neurons causes ADHD-like symptoms in mice that respond to combination drug therapy.
Disruption of Striatal D2 Receptor Neurons Drives ADHD and Impulsivity Read More »
A new study reveals the human brain is composed of two independently evolved organs, enabling the first lab-grown human hindbrain neurons.
The Brain Is Two Separate Organs Joined by Evolution Read More »
Researchers find >1,200 autism risk genes converge into two opposing molecular states in the brain, influencing responses to experimental drugs.
Converging Molecular Signatures of Autism Genes in the Brain Read More »
Neuroscientists discover that genetic switches inside neuron cell bodies direct axon pathfinding, opening new paths for spinal injury repair. Read more at Cerebratech
Central Genetic Switch Controls Long-Distance Axon Navigation Read More »
Neuroscientists discover that genetic switches inside neuron cell bodies direct axon pathfinding, opening new paths for spinal injury repair. Read more at Cerebratech Read more at Cerebratech
Central Genetic Switch Controls Long-Distance Axon Navigation Read More »
Neuroscientists discover that genetic switches inside neuron cell bodies direct axon pathfinding, opening new paths for spinal injury repair.
Central Genetic Switch Controls Long-Distance Axon Navigation Read More »
A study of 2,800+ brain MRIs links neighborhood socioeconomic disadvantage to accelerated brain aging, reduced volume, and vascular damage.
Disadvantaged Neighborhoods Linked to Accelerated Brain Aging Read More »
