Investigating the link between calcium and Parkinson’s disease

Calcium is one of the main elements needed by the body. This element plays various roles in the body, including strengthening bones and preventing many joint diseases. But researchers have recently found new results regarding calcium and Parkinson’s disease. Be with Dr. Salam.

According to researchers, too much calcium in the brain leads to the formation of toxic masses that are a sign of Parkinson’s disease.

Researchers at the University of Cambridge in the UK have found that calcium can provide the interaction between tiny membrane structures within brain terminals that signal neuronal signaling in the brain and alpha-synocline, a disease-related protein. Parkinson, Are important.

Excess calcium or alpha-synocline may trigger a chain reaction that leads to cell death. the brain Will end at.

These findings are another step towards understanding how and why people develop Parkinson’s disease.

Parkinson’s disease is a brain disease that occurs when proteins multiply in the wrong way and stick together, eventually forming a structure called “fibril amyloid.”

These amyloid deposits from accumulated alpha-synocline are a sign of Parkinson’s disease. It is not yet clear how alpha-synocline is in Cell it works.

“Alpha-synocline is a very small protein with a very small structure and it has to interact with other proteins or structures to be functional, so it will be difficult to study,” said Gabriel Kaminsky-Shirl, head of the research team.

At present, with the help of high-resolution microscopic techniques, it is possible to observe the behavior of alpha-synocline.

According to researchers, an excellent balance between Calcium And alpha-synocline is present in the cells, and when there is too much of each, the balance is disturbed and aggression begins, leading to Parkinson’s disease.

Recognizing the role of alpha-synocline in pathological or physiological processes may contribute to the development of new therapies for Parkinson’s disease.

Source: Mehr

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