Stanford scientists have created a new model for studying human brain development by transplanting lab-grown human brain ...

Small tissues resembling the human cerebral cortex (brain organoids) were grown in culture dishes for up to five years. As a ...

Scientists introduce CCSI, a 7T MRI index linking laminar blood flow to cortical cell density, energy metabolism, and cognitive brain function.

Researchers from the Mark and Mary Stevens Neuroimaging and Informatics Institute (Stevens INI) at the Keck School of ...

“These animal models offer a unique opportunity to study how disease-associated alterations in human brain circuitry manifest ...

During slow-wave sleep, the cortex alternates between UP states of vigorous firing and DOWN states of near-silence; the Sst-Chodl neurons broke this pattern. “Their activity is even higher at the ...

Researchers at Leipzig University's Carl Ludwig Institute have discovered that in the cerebral cortex, synaptic signal transmission between brain cells functions very reliably even at low ...

A study successfully created a model where the cerebral cortex, which accounts for approximately 40% of a mouse brain, was prevented from growing and replaced with a "mini-brain" derived from human ...

Organoids are miniature organs created by culturing stem cells to reproduce the structure and function of actual organs. Transplanting organoids made from human stem cells into mice allows scientists ...

Researchers transplant human brain organoids into cortex-depleted mice, forming functional circuits that guide motor behavior.

Researchers have developed a new approach for describing the shape of the cerebral cortex, and provide evidence that cortices across mammalian species resemble a universal, fractal pattern.

By Will Dunham WASHINGTON, Sept 16 (Reuters) - Scientists have transplanted laboratory-grown human brain tissue into bioengineered mice in what they call an important advance for studying human brain ...