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Spectrum: Autism Research News

Author

Holly Barker

Holly Barker is a freelance writer specializing in biology, medicine and psychology. She has a Ph.D. in clinical neuroscience from King’s College London in the United Kingdom and a B.Sc. degree in biochemistry from the University of Manchester. She has previously written for Discover and BioNews. She is based in London.

March 2022

New MRI probe illuminates neuronal interactions

by  /  30 March 2022

The calcium-sensing instrument translates neuronal activity into signals that can be detected via functional magnetic resonance imaging (fMRI).

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New human neuron assays set stage for high-throughput autism drug screens

by  /  22 March 2022

The ability to conduct large-scale screening in human neurons could accelerate the discovery of autism treatments.

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Silenced X chromosome genes reawaken in new mouse model

by  /  3 March 2022

The new animal line could accelerate the discovery of gene-activating therapies for the autism-linked condition Rett syndrome.

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February 2022

Probe captures neuronal conversations in people

by  /  9 February 2022

A modified version of a probe commonly used in animals detected neuronal activity across different cortical layers in three people undergoing brain surgery.

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Software automatically measures mouse's gait and posture by tracking various points on the mouse's body.

Algorithm spots subtle gait changes in autism mouse models

by  /  4 February 2022

By automatically quantifying gait and posture in videos of mice, a new machine-learning tool could accelerate research on how autism-linked mutations or drug treatments affect motor skills.

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January 2022

Neuron-specific virus overcomes barriers to brain-related gene therapy

by  /  14 January 2022

A new viral variant can deliver genes exclusively to the brain, overcoming a key hurdle in treating neurological conditions using gene therapy.

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New method spotlights synaptic plasticity in living mice

by  /  5 January 2022

Mice that express a fluorescent synaptic receptor reveal the interactions between neurons in unprecedented detail.

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