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AI model maps tumor tissue to improve cancer care

A tumor is more than its cancer cells. Immune cells, blood vessels and other surrounding tissue influence how a cancer grows and responds to treatment. Two tumors containing the same cell types can respond very differently to the same therapy depending on how those cells are arranged. Spatial proteomics captures this organization in molecular detail, but the resulting data, which contain many different variables, are difficult to interpret and compare across studies.

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Wearable fingertip sensor identifies physical patterns linked to stress and anxiety

Researchers have shown that measurements taken from a person’s fingertip could help identify physical patterns associated with stress, anxiety and depression. The international study, involving experts from Aston University, used a wearable device that shines light into the skin to measure blood flow through the smallest blood vessels as well as changes in the activity of the surrounding tissue.

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Common blood storage bags may leach microplastics into stored blood

In the 1970s, PVC bags revolutionized the storage of blood and blood products for transfusion. Disposable plastic (PVC) bags replaced reusable glass bottles, making the process more convenient and safer from contamination. Over half a century later, the same disposable plastic bags are creating a new kind of problem because of microplastics (MPs). These tiny particles, less than 5 millimeters in size, are formed by the polymer degradation of plastic materials as they break down and age.

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