Scientists from Duke-NUS Medical School, working with collaborators at Imperial College London and partners in Europe and the United States, have uncovered new insights into how an additional copy of ...

Human karyotype of Down syndrome. Autosomal abnormalities. Trisomy 21. [Rujirat Boonyong/Getty Images] Faulty brain circuits seen in Down syndrome may be caused by the lack of a particular molecule ...

A research team led by scientists at Queen Mary University of London and University College London (UCL) has found new clues about how the brains of people with Down syndrome develop differently from ...

New research suggests a missing brain molecule may hold the key to understanding – and potentially treating – the faulty neural circuits seen in Down syndrome. Restoring the molecule, called ...

A missing brain molecule may be disrupting neural wiring in Down syndrome, according to new research. Replacing it in adult mice rewired brain circuits and improved brain flexibility, challenging the ...

A study led by the Sant Pau Research Institute (IR Sant Pau) has succeeded in describing, for the first time in detail, the structural evolution of the medial temporal lobe (MTL) regions across the ...

Faulty brain circuits seen in Down syndrome may be caused by the lack of a particular molecule essential for the development and function of the nervous system, new research suggests. Restoring the ...

A new research study led by Jonathan D. Santoro, MD, Director of the Neuroimmunology Program at Children's Hospital Los Angeles, shows evidence of dysfunction of the blood-brain barrier and ...

A single missing molecule in the brain is emerging as a powerful new clue to why learning and memory are altered in Down syndrome, and why those circuits might not be as fixed as once feared. By ...

A study led by the Sant Pau Research Institute (IR Sant Pau) has succeeded in describing, for the first time in detail, the structural evolution of the medial temporal lobe (MTL) regions across the ...