Stanford scientists create chimeric mice with human brain tissue

Stanford scientists create chimeric mice with human brain tissue

Stanford researchers reported that they have implanted human neurons into mice, creating chimeric brains that make up to half of the total brain volume, to model neurological conditions such as schizophrenia and cerebral palsy. Earlier work described in a Nature paper showed that lab-grown human brain tissue was transplanted into mice genetically modified to lack a cerebral cortex, where the human cells filled most of the empty space and formed neural connections, providing a platform for studying neurodevelopmental disorders.

Subsequent reporting by Ars Technica noted that the engineered mice displayed limited restoration of brain functions after the human cortical organoids integrated. The New York Post also highlighted the implantation of the organoids into the cortex-deficient mice as a new model for neurodevelopmental disease research.

Acteurs

Sergiu Pașca Stanford University Nature Madeline Lancaster

Lieux

Stanford, California, United States

Articles

21 septembre 2026
2 au total
Scientists create living mice with half-human brains
Scientists create living mice with half-human brains

Yahoo • 21 sept. 21h15

Scientists at Stanford have implanted human brain cells into genetically modified mice, creating chimeric brains that constitute up to half the organ’s volume, to study neurological disorders.

Crédibilité 72% Manip. 9% Centre
Scientists create living mice with half-human brains
Scientists create living mice with half-human brains

geekspin • 21 sept. 21h15

Scientists at Stanford have implanted human neurons into mice, creating chimeric brains that comprise up to half the volume, to model conditions such as schizophrenia and cerebral palsy.

Crédibilité 78% Manip. 8% Centre
18 septembre 2026
1 au total
Stanford geniuses create lab rats with half-human brains
Stanford geniuses create lab rats with half-human brains

New York Post • 18 sept. 17h44

Scientists at Stanford have implanted lab-grown human cortical organoids into genetically modified mice lacking most of their cortex, creating a model to study neurodevelopmental disorders.

Crédibilité 78% Manip. 9% Centre
16 septembre 2026
2 au total
Researchers swap in human brain cells for a mouse's cortex
Researchers swap in human brain cells for a mouse's cortex

Ars Technica • 16 sept. 19h08

Stanford researchers engineered mice lacking most of their cerebral cortex and implanted human cortical organoids, which integrated and restored limited brain functions.

Crédibilité 78% Manip. 7% Centre
Human brain cells transplanted into mice in ‘most extensive’ integration ever
Human brain cells transplanted into mice in ‘most extensive’ integration ever

Nature • 16 sept. 18h20

Researchers transplanted lab-grown human brain tissue into genetically modified mice without a cerebral cortex, where the human cells filled most of the empty space and formed neural connections, creating a new platform for studying neurodevelopmental disorders.

Crédibilité 87% Manip. 9% Centre