Finding the right neurosurgeon is one of the most important decisions for patients living with advanced Parkinson’s disease. While medications remain the first line of treatment, many patients eventually experience increasing tremors, stiffness, involuntary movements, or medication fluctuations that significantly affect their quality of life.
For eligible patients, Deep Brain Stimulation (DBS) has become one of the most effective surgical treatments for Parkinson’s disease. However, the success of DBS depends not only on the technology but also on the experience of the surgical team, patient selection, and long-term follow-up.
Prof. Dr. Paresh K. Doshi, Director of Stereotactic & Functional Neurosurgery at Jaslok Hospital & Research Centre, Mumbai, has been at the forefront of DBS surgery in India for more than two decades. He introduced the country’s first Deep Brain Stimulation program in 1998 and leads one of India’s most experienced functional neurosurgery centres.
Unlike many neurosurgical procedures, Deep Brain Stimulation is not a one-time operation.
Successful outcomes depend on:
Choosing a centre with extensive experience in functional neurosurgery can make a significant difference throughout the treatment journey.
Prof. Dr. Paresh K. Doshi is one of India’s pioneers in Stereotactic and Functional Neurosurgery.
His academic journey includes:
Since 1998, he has served as the Director of Stereotactic & Functional Neurosurgery at Jaslok Hospital, where he established India’s first dedicated Deep Brain Stimulation program.
Prof. Dr. Doshi has played a pioneering role in advancing DBS surgery in India.
His contributions include:
The Department of Stereotactic & Functional Neurosurgery at Jaslok Hospital is among India’s most established centres dedicated to movement disorder surgery.
Key strengths include:
The department states it is the only dedicated and comprehensive Stereotactic & Functional Neurosurgery programme in India and is equipped with two complete stereotactic systems and MER facilities.
Parkinson’s disease treatment extends far beyond surgery.
Each patient undergoes a detailed evaluation involving:
This collaborative approach helps determine whether DBS is appropriate and supports long-term symptom management.
Prof. Dr. Paresh K. Doshi has contributed extensively to research in movement disorders and functional neurosurgery.
His work includes:
His academic contributions have helped advance functional neurosurgery and Deep Brain Stimulation in India.
No.
DBS is recommended only after a thorough medical evaluation.
Patients are assessed for:
Only patients likely to benefit from surgery are recommended for DBS.
Patients from anywhere in India or abroad can begin the evaluation process remotely.
The DBS team can review:
Suitable candidates are then guided through consultation, surgical planning, and treatment.
If you are considering Deep Brain Stimulation for Parkinson’s disease, schedule a consultation with Prof. Dr. Paresh K. Doshi’s team for a comprehensive evaluation and personalised treatment plan.
Prof. Dr. Paresh K. Doshi has led one of India’s longest-running Deep Brain Stimulation programmes since 1998 and has performed hundreds of DBS procedures as part of a dedicated functional neurosurgery practice.
Consider the surgeon’s experience with DBS, the number of procedures performed, the availability of a multidisciplinary movement disorder team, advanced surgical technology, and long-term programming support.
Deep Brain Stimulation requires accurate electrode placement, careful patient selection, and ongoing programming. Experienced centres often have established protocols and multidisciplinary teams that support long-term patient care.
Yes. Patients from across India and overseas can begin the evaluation process by sharing their medical records and imaging for review before travelling for treatment.
Patients may be considered for DBS when medications no longer provide consistent symptom control or when tremors, stiffness, or movement fluctuations significantly affect daily life. Eligibility is determined after a comprehensive neurological evaluation.