People love to blame the “reptilian brain.” Snap at someone, start a fight, inhale a family-size bag of chips—apparently the ...

The human brain does not grow from one unified starting point, according to Stanford Medicine researchers who traced its ...

CU Anschutz researchers use organoids to model diseases, test experimental drugs and investigate approaches to precision and ...

For decades, the prevailing model held that a single kind of progenitor, or precursor, cell gave rise to the entire brain.

New research suggests that an unexpected animal, the veiled chameleon, may offer scientists a new model for studying human ...

A Stanford-led paper in Nature Neuroscience showed that forebrain/midbrain progenitors and hindbrain progenitors arise in parallel very early in embryonic development. But the claim that the brain is ...

Every year, millions of people lose their sight to diseases that announce themselves first in the delicate network of blood ...

Stanford Medicine researchers have shown the brain's front and back grow from entirely separate cell lineages — a two-origin ...

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The miracles of modern transplant surgery can still sometimes boggle the mind. That the beating heart of one person can be sewn into the living body of another to save their life can seem like a ...

New research suggests the brain develops from two separate groups of early cells, one forming the forebrain and midbrain and ...

Georgia Tech's ETHOS initiative brings together expertise from across the Institute to advance human-centered research models ...