Page 5 - Nature Methods News Today

Maryland June 5: Researchers at Johns Hopkins University have created a technique that uses artificial intelligence to visualise and monitor changes in the strength of synapses, the junctions that allow nerve cells in the brain to communicate with one another, in living animals. The method, which is detailed in Nature Methods, should help researchers better understand how learning, ageing, injury, and disease affect these connections in human brains.

Johns Hopkins scientists have developed a method involving artificial intelligence to visualize and track changes in the strength of synapses — the connection points through which nerve cells in the brain communicate — in live animals. The technique, described in Nature Methods, should lead, the scientists say, to a better understanding of how such connections in human brains change with learning, aging, injury and disease.

Johns Hopkins scientists have developed a method involving artificial intelligence to visualize and track changes in the strength of synapses — the connection points through which nerve cells in the brain communicate — in live animals.

Researchers utilized artificial intelligence (AI) to track and visualize changes in synapse strength in live animals.

– Cutting-edge spatial omics technologies to map cancer cells and their immune environment in high resolution, allowing AI to unlock potential for new breakthrough treatments –– Landmark research project is 100x larger than existing efforts –– Data will be generated from thousands of patients across multiple cancers...

– Cutting-edge spatial omics technologies to map cancer cells and their immune environment in high resolution, allowing AI to unlock potential for new breakthrough treatments – –... | June 1, 2023

Cutting-edge spatial omics technologies to map cancer cells and their immune environment in high resolution, allowing AI to unlock potential for new breakthrough treatments Landmark research project

MOSAIC aims to be the world's largest spatial omics project in cancer research. Owkin is the sponsor of this $50 million research initiative that combines its AI expertise with technological know-how from NanoString and the clinical expertise of 5 world class cancer research centers across Europe and the USA.

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Researchers from the Cima University of Navarra (Spain) have presented the results of an international competition initiated ten years ago to improve the study of cell migration.