Bookimed does not add extra charges for Deep brain stimulation (DBS) surgery prices. The rates come from the clinics' official price lists. You pay directly at the clinic for your Deep brain stimulation (DBS) surgery upon your arrival.
Bookimed is committed to your safety. We only work with medical institutions that maintain high international standards in Deep brain stimulation (DBS) surgery and have the necessary licenses to serve international patients worldwide.
Bookimed offers free expert assistance. A personal medical coordinator supports you before, during, and after your treatment, solving any issues. You're never alone on your Deep brain stimulation (DBS) surgery journey.
Hadassah Medical Center is a state multi-specialty medical center located in Jerusalem, Israel. The strongest specialties are neurosurgery, orthopedics, oncology, and hematology oncology. Every year, over 150 Hadassah doctors are included in the TOP of the best doctors by Forbes magazine. Hadassah Medical Center serves both adults and children. 1,000,000 patients choose Hadassah Medical Center to get medical care every year. Patients from CIS, Europe & Commonwealth and Arab League States visit the clinic most often. In 2017, Melania Trump, former First Lady of the USA, visited Hadassah Medical Center as a leading Israeli hospital.
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Please note that each patient"s recovery timeline varies based on individual circumstances and the specifics of their DBS surgery. Always consult your doctor for personalized advice.
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Dr. Andrew Kaye is a leading neurosurgeon with 47 years of experience, specializing in surgical treatment of brain tumors, skull base surgery, removal of pituitary tumors, and surgery on the blood vessels of the brain. He is an award-winning doctor who graduated from the University of Melbourne, has held various positions of leadership, and is a member of several neurosurgical societies.
Professor Zvi Israel is a renowned neurosurgeon and one of the best doctors in Israel according to Forbes. He is an expert in functional neurosurgery and has extensive experience in the treatment of chronic depression, tinnitus, epilepsy, and motor dysfunction. He is the director of the Functional and Restorative Surgery Unit at Hadassah Medical Center and has authored over 70 articles in neurosurgery. Professor Israel is a member of the Israeli Neurosurgical Society and the Israeli Society for Palliative Medicine.
It would be appropriate to describe this as "turning back the clock of the disease." When we perform Deep Brain Stimulation (DBS) surgery for a patient with a 10-years history of Parkinson's, it is possible to bring that patient back to the initial years of the disease. We have seen patients who cannot live independently, turn in bed or eat without the help of others live independently after the surgery. Many of them can even see returning to their previous professions.
Since DBS mimics the effect of high-dose medication, DBS surgery effectively stops Parkinson's patients' tremors and partially responds to the medication.
However, in patients whose tremor does not stop from the beginning despite a high dose of medication, with DBS focused on the tremor center in the brain, it is possible to stop both Parkinson's tremor and other tremors with a success rate of 85-90%.
Patients suitable for this surgery will be brought to the hospital and taken through the necessary preoperative evaluations. They will undergo DBS surgery on the second day, where the actual brain surgery part of the intervention is. The patients are awake, able to talk with us and communicate their experiences during the surgery.
During this approximate 2.5-hour process, the medical team creates the physiological map of the brain using the Microelectrode Recording and Stimulation technique and by establishing cooperation with the patient. The surgeon places DBS electrodes by locating the brain cells responsible for the disease with an error margin of fewer than 80 microns.
Afterward, within half an hour, when the patient is anesthetized, the surgeon places the neurostimulator in the chest area and connects it to the DSB electrodes with extension cables. After the operation, the treating doctor provides neurostimulator programming, reduces and adjusts the patient's medications within 2-3 weeks of outpatient clinic control.
1. Proper patient selection
2. Placing DBS electrodes in the right place in the brain
3. Proper neurostimulator programming.
Items 1 and 3 require a highly educated and experienced movement disorders team. Item 2 depends on the advanced technology used and the experience of the neurosurgeon performing the surgery. Failure to define the precise location of those cells responsible for the disease will inevitably sacrifice the quality of life for the patients after surgery.