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New Tx to Protect Brain Cells in PD

April was Parkinson's Awarness Month, but here at ThirdAge we want to promote PD awarness all year long. To that end, here's a fascintating and encouraging new study  about PD.

In Parkinson's disease, dopamine-producing nerve cells that control movements waste away. Current treatments for PD aim at restoring dopamine contents in the brain. Now researchers at Lund University in Sweden are attacking the problem from a different angle. Ther are experimenting with early activation of a protein that improves the brain's capacity to cope with a host of harmful processes. Stimulating the protein that is called Sigma-1 receptor sets off a battery of defense mechanisms and restores lost motor function. The results were obtained in mice, but clinical trials in patients may not be far away.

A release from the university notes that by activating the Sigma-1 receptor, , levels of several molecules that help nerve cells build new connections were increased, inflammation was decreased, and dopamine levels also rose. The results, published in May 2014 the journal Brain, show a marked improvement of motor symptoms in mice with a Parkinson-like condition that had been treated with a Sigma-1-stimulating drug for 5 weeks.

This treatment has never before been studied in connection with Parkinson's disease. However, various publications linked to stroke and motor neuron diseases have reported positive results with drugs that stimulate the Sigma-1 receptor, and a biotech company in the US will soon begin clinical trials on Alzheimer's patients. The fact that substances stimulating this protein are already available for clinical use is a major advantage, according to Professor M. Angela Cenci Nilsson, head of the research team at Lund University.

The release quotes Cenci Nilsson as saying, "It is a huge advantage that these substances have already been tested in people and approved for clinical application. It means that we already know that the body tolerates this treatment. Clinical trials for Parkinson's disease could theoretically start any time".

Boosting the brain's in-built defense mechanisms with approaches such as this one is a new idea in Parkinson's research. However, Cenci Nilsson believes that the number of targets for future treatments is increasing as we learn more and more about the complex effects of PD on many different types of cells in the brain.

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