+91 94404 49030 aneelkumar9@gmail.com Medicover Hospital, Madhapur, Hyderabad, Telangana - 500082 Mon – Sat: 10:00 AM – 5:00 PM
Dr. Aneel Kumar P — Neuro & Spine Surgeon
Facebook Instagram YouTube LinkedIn
Functional Neuro services

Deep brain stimulation for Parkinson’s disease and Dystonia

Dr. Aneel Kumar P provides advanced neurosurgical treatment using controlled electrical stimulation to help improve movement symptoms in carefully selected patients. His approach emphasizes precise targeting, personalized treatment planning, and careful monitoring for optimal functional outcomes.
Call Now
Whats app

Book Your Consultation

What Is Deep Brain Stimulation

Deep brain stimulation (DBS) is an advanced treatment for selected patients with Parkinson’s disease, dystonia, and other movement disorders. Dr. Aneel Kumar P performs DBS by placing thin electrodes in specific areas of the brain and connecting them to an implanted pulse generator. Carefully programmed electrical stimulation helps regulate abnormal brain activity associated with movement symptoms. DBS may help reduce tremor, stiffness, slowness, involuntary movements, and dystonia in appropriate patients, potentially improving mobility and daily functioning.

  • Precise brain targeting
  • Programmable electrical stimulation
  • Personalized symptom management
  • Long-term treatment flexibility
Functional Neuro :

Deep brain stimulation for Parkinson’s disease and Dystonia

Intrathecal pump procedures

Spasticity surgery

Advanced Neuro Oncology Care

Comprehensive, precision-focused brain tumor treatments combining advanced technology, surgical expertise, and personalized care for safer outcomes.

Contact Us
How the Procedure Works

Dr. Aneel Kumar P uses advanced imaging and functional targeting to accurately place stimulation electrodes in brain regions involved in movement control.

Preoperative Assessment

The patient's symptoms, medical history, medication response, and neurological condition are carefully evaluated to determine whether DBS is appropriate.

Brain Targeting

Advanced MRI or CT imaging and specialized planning techniques help identify the precise brain target for electrode placement.

Electrode Placement

Thin electrodes are carefully positioned in the selected brain region using stereotactic surgical techniques.

Device Programming

The electrodes are connected to an implanted pulse generator, which is programmed and adjusted according to the patient's symptoms and response.
Why Choose Deep Brain Stimulation

Dr. Aneel Kumar P provides advanced deep brain stimulation focused on precisely targeting brain regions involved in movement control. His approach emphasizes accurate electrode placement, personalized stimulation programming, symptom management, and improved functional outcomes.

Precise Target Selection

Advanced imaging and stereotactic planning help accurately identify the appropriate brain region for electrode placement.

Personalized Stimulation

DBS settings can be carefully adjusted according to individual symptoms, treatment response, and changing clinical needs.

Advanced Surgical Technology

Modern navigation, imaging, and stereotactic techniques support accurate electrode placement during the procedure.

Improved Movement Control

Appropriate patients may experience meaningful improvement in tremor, stiffness, slowness, or dystonia-related movements.

Reduced Motor Fluctuations

DBS can help selected Parkinson’s patients manage troublesome motor fluctuations and medication-related movement complications.

Comprehensive Follow-Up

Ongoing programming, neurological assessment, and medication adjustments help optimize stimulation and long-term treatment outcomes.
Frequently Asked Questions

The surgical procedure is performed with appropriate anesthesia and pain management. Some discomfort may occur during recovery.

DBS does not cure Parkinson’s disease, but it can significantly improve certain movement symptoms in appropriately selected patients.

DBS can be an effective treatment option for selected patients with certain forms of dystonia, particularly when symptoms are not adequately controlled with medication.

The duration varies depending on the surgical approach, number of electrodes, device placement, and individual patient requirements.

Some symptoms may improve soon after stimulation is activated, while optimal results often require several programming sessions and adjustments.

Scroll to Top