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a study from researchers led by the Baylor College of Medicine develops a new approach dubbed AI-based nano-radiomics capable of assessing changes in the TME that cannot be detected using conventional imaging methods. The team states their new technique is a major step towards noninvasive imaging methods for the overall evaluation of cancer immunotherapies designed to debilitate the TME.

New AI-based nano-radiomics successfully analyze the tumor microenvironment.

A disease capable of decimating and killing those affected, cancer involves cells in a specific part of the body growing and reproducing uncontrollably in a process known as proliferation. In … Continue Reading New AI-based nano-radiomics successfully analyze the tumor microenvironment.

Neuroimaging study identifies characteristic pattern of protein deposits in brains of retired athletes who suffered concussions.

A new UCLA study takes another step toward the early understanding of a degenerative brain condition called chronic traumatic encephalopathy, or CTE, which affects athletes in contact sports who are … Continue Reading Neuroimaging study identifies characteristic pattern of protein deposits in brains of retired athletes who suffered concussions.

Novel nanoparticle enables MRI to visualize pancreas inflammation in T1 diabetes for the first time.

A pilot study led by researchers at the Joslin Diabetes Center and the Massachusetts General Hospital have revealed that it is possible to use magnetic resonance imaging (MRI) to image … Continue Reading Novel nanoparticle enables MRI to visualize pancreas inflammation in T1 diabetes for the first time.

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