Perinatal elimination of genetically aberrant human cortical neurons
A new Nature study reveals the human brain prunes away a quarter of genetically flawed cortical neurons before birth.
12 trends tracked about this subject — the full history, oldest to newest below.
A new Nature study reveals the human brain prunes away a quarter of genetically flawed cortical neurons before birth.
New research suggests that the speed of brain maturation during childhood may be a predictor for depression and anxiety in adolescents.
Recent studies reveal that adolescent depression and anxiety are predictable through childhood brain development patterns.
Recent studies examine how treating maternal prenatal depression through talk therapy impacts infant brain volume.
New research suggests the human brain is not a single entity but is actually composed of two separate organs developed from distinct cell groups.
New research suggests that the frequency of a preschooler's blinking may serve as a biological indicator of their self-control and cognitive flexibility.
New research reveals how the thalamus and specific cellular pathways guide the development and timing of the human cortex.
Scientists have mapped critical protein interactions that reveal how specific gene mutations disrupt brain development in cases of profound autism.
Researchers have uncovered the 3D epigenome of glial cell types, revealing how stem cells respond to environmental instructions during human cortex development.
An eight-year study from Finland reveals unexpected cognitive benefits linked to children's screen time.
5 news sources are covering this Science story right now — PULSE is tracking how fast it spreads.
New research shows migrating newborn neurons sustain but routinely fix DNA breaks during cortical development.