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World’s first Parkinson’s patient treated with unique Deep Brain Stimulation device


In January, the neurosurgical department of the LMU University Hospital in Munich treated the first Parkinson's patient worldwide with a new neurostimulator, which enables better, more personalized care for patients. The new technology can possibly enable stimulation to be adjusted to the treatment requirements of different situations (e.g. walking, speaking, sleeping) and therefore optimize treatment outcome. Even “complex” everyday situations such as talking and walking at the same time should become easier for patients to manage. The neurosurgeons at the LMU University Hospital were also involved in the development of the new technology during clinical studies.

Deep Brain Stimulation (DBS) is delivered through a medical device, similar to a pacemaker, that controls electrodes in the brain and electrically stimulates precisely defined areas. DBS has been used to treat neurological movement disorders for decades. This new generation of THS systems was now first placed in the subthalamic nucleus (STN) of a patient suffering from Parkinson's.

Doctors control the activity of the pacemaker on the tablet

LMU University Hospital Munich

The system does not only deliver impulses to the brain, it also features the so-called BrainSense technology that enables the constant recording of patients’ brain signals. These recordings can then be evaluated by a physician to optimize stimulation delivery. Up until now, recordings of this kind were not possible.

Treatment plans were optimized based on movement tests carried out in the clinic and - often incomplete - patient records. This new technology allows for brain waves to be continuously recorded, which combined with events recorded by the patient himself (including symptoms or side effects of medication), now enable targeted, personalized and data-controlled neurostimulation.

“DBS is proven to significantly improve motor function in people with Parkinson’s disease compared to standard medication alone and has successfully been used for many years in the treatment of neurological movement disorders,” says PD Dr. Jan H. Mehrkens, Head of Functional Neurology at the LMU Clinic for Neurosurgery in Munich.

“Since we were already able to gain experience with the prototype during clinical studies, we have now come full circle in the development of new DBS technologies for Parkinson's patients.” Prof. Dr. Kai Boetzel, LMU clinic for Neurology added: “The new stimulator can measure the activity of the brain’s motor centers and react to it with different stimulation strengths. We will scientifically investigate, whether this ‘feedback stimulation’ is superior to the previous continuous stimulation.”

Parkinson's disease is the second most common disorder of the central nervous system after Alzheimer's disease. Around one percent of the world’s population over the age of 60 is affected. In Germany roughly 400,000 people suffer from it. Parkinson's disease is a slowly progressing condition.

Gradually, the death of dopamine-producing nerve cells negatively affects the motor system. Parkinson's itself cannot be healed, therapy focuses on alleviating the symptoms. Treatment typically starts with medication to help reduce movement symptoms by increasing dopamine in the brain or mimicking its effects. When the disease has progressed, there are surgical options that include DBS.

Percept BrainSense

The neurostimulator with "BrainSense" technology is approved in the EU for the treatment of symptoms in connection with Parkinson's disease, essential tremor, dystonia, epilepsy and obsessive-compulsive disorder. For approval in the United States, it is currently under review by the United States Department of Health (FDA).

Wissenschaftliche Ansprechpartner:

PD Dr. Jan-Hinnerk Mehrkens
LMU Clinic for Neurosurgery
LMU University Hospital Munich
Phone: +49 (0)89 4400 72899

Prof. Dr. Kai Boetzel
LMU Clinic for Neurology
LMU University Hospital Munich
Phone: +49 (0)89 4400 73673

Philipp Kressirer | idw - Informationsdienst Wissenschaft
Further information:

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