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June 18, 2013 /PRNewswire/ -- Patients with Parkinson's disease using the Boston Scientific Corporation (NYSE: BSX) Vercise™ DBS (deep brain stimulation) System showed a significant improvement in motor scores according to interim data from the VANTAGE DBS study. Data from the six month follow-up of up to 40 participants enrolled in the VANTAGE trial were presented at the annual International Congress of Parkinson's Disease and Movement Disorders in
Sydney, Australia by Prof. Dr.
Lars Timmermann, of University Hospital in
The Vercise DBS System incorporates multiple independent current control, which is designed to selectively stimulate targeted areas in the brain, providing physicians with fine control of stimulation.
Preliminary analysis of the VANTAGE study displays approximately 60 percent mean improvement in motor function at six months post implant, as assessed by UPDRS III
1 when compared to baseline. The Boston Scientific sponsored
study was designed to document patient outcomes. These include effectiveness, safety, and health economic data derived from bilateral stimulation of the subthalamic nucleus (STN) in the brain using the implantable Vercise DBS System for the treatment of levodopa-responsive, moderate to severe idiopathic Parkinson's disease. Forty participants with Parkinson's disease were implanted bilaterally at six European centers.
"We are pleased to see such a significant improvement in motor function," said Prof. Dr.
Francois Alesch, professor for Stereotactic and Functional Neurosurgery at Medical University,
Vienna, Austria and neurosurgical principal investigator of the trial. "I believe this unique technology, with its multiple current sources, may provide us with a more adaptable form of DBS therapy. I was very pleased with the simple recharging system. All of my patients were able to recharge successfully."
Highlights of the VANTAGE study interim data include:
All 40 participants underwent successful implantation of the Vercise DBS System.
The Vercise DBS System demonstrated a significant improvement in motor function (p<0.0001), as assessed by UPDRS III 1 (approximately 60 percent mean improvement) at six (6) months post first lead implant as compared with baseline.
Preliminary analysis suggests the Vercise DBS System improved participants' ON time, as assessed by at-home motor diaries, activities of daily living 2 and quality of life 3 at six months.
The charging of the Vercise DBS System was well tolerated by all participants.
"With these data, clinicians can be confident in their decision to implant the Vercise DBS System," said Prof. Dr.
Lars Timmermann, neurological principal investigator of the trial. "The ability to utilize multiple independent current control to selectively stimulate areas within the brain may provide improved outcomes for these patients. I look forward to seeing the longer term data from the VANTAGE study."
"The VANTAGE study is a key facet of our DBS program and emphasizes our commitment to advancing therapy through clinical research with the Vercise DBS System," said
Maulik Nanavaty, president of the Boston Scientific Neuromodulation division. "The significance of the reduction in motor scores is a testament to the capabilities of the Vercise System. We continuously strive to develop innovative technologies that improve patient outcomes."
The Vercise DBS System has both CE Mark and TGA (Australia Therapeutic Goods Administration) approval and is available for sale in
Israel and Australia. In the U.S., the Vercise DBS System is investigational and not available for use or sale.
Parkinson's disease is a progressive neurodegenerative disorder that affects about one million Americans and seven to 10 million people worldwide, according to the World Health Organization and the Parkinson's Disease Foundation.