Astrocytes are cells that support the work of neurons. They are activated in response to damage, but their roles in Parkinson’s disease are still weak. Scientists first used these changes to visualize these changes using the visualization methods of the brain and used the new Bu99008 isotopes and the earthly.
The team led by Amir Kumar examined the brain tissue of patients with Parkinson’s disease and healthy people. They found that astrocytes behave differently in sick humans and that new isotopes could correctly define the inflammation areas. This leads to a more accurate diagnosis of the disease and possibly new treatment methods.
Scientists plan to continue research to find out how inflammation affects the development of the disease. They will also examine the new inflammation markers discovered during the study to understand their roles in the progress of the disease.
Source: Ferra
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