13+
Years of Experience
100,000+
Patients
Yearly 1000+
Pt. of Movement Disorders
Gujarat's 1st
Dept. of Neuromodulation
24/7
Emergency Services
doctor_profile

1st Neuromodulation Expert in Ahmedabad | 13+ Years of Experience

Dr. Sagar Betai is a senior and highly qualified neurologist and Neuromodulation Expert in Ahmedabad. He is Director of Dept. of Neuroscience at SGVP Holistic Hospital and Consultant at ANSA Clinic, Ahmedabad. He has revolutionized the field of neurology by pioneering techniques of Radio-Frequency Ablation (RFA) and Deep Brain Stimulation (DBS) in various movement disorders (Essential Tremor, Dystonia, Writer’s Cramp, Parkinson Disease) and severe cancer pain and post-stroke pain.

He collaborates with electrical engineering dept at IIT Gandhinagar for inventing AI-based wearable devices for reducing disabilities in Parkinson and other neurological diseases for general public use. He also provides honorary services at Civil Hospital, Gandhinagar.

Treatments

Educational Video

FAQs

All your queries regarding neurological conditions & neuromodulation depratment.
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What are movement disorders?

Movement disorders are neurological conditions affecting the ability to control body movements, leading to tremors, stiffness, involuntary motions, or lack of coordination. Common types include Parkinson’s disease, essential tremor, and dystonia. These disorders significantly impact daily activities and quality of life, often requiring advanced treatments like radiofrequency ablation (RFA) for effective symptom management..

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What is Radio Frequency Ablation (RFA) procedure?

Radiofrequency ablation (RFA) is a minimally invasive procedure that uses heat generated by radiofrequency energy to precisely target and disrupt abnormal nerve signals causing movement disorders. Performed under image guidance, RFA provides significant symptom relief in conditions like essential tremor and dystonia with minimal downtime, making it a highly effective treatment option.

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Why is RFA the best treatment for essential tremor?

RFA is the best treatment for essential tremor due to its precision in targeting specific brain areas, such as the thalamus, to disrupt tremor-causing signals. It offers long-lasting relief with minimal side effects, is a safer alternative to deep brain stimulation, and requires no implanted hardware, ensuring a quick recovery and enhanced quality of life.

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What is the role of RFA in dystonia?

RFA plays a pivotal role in treating dystonia by targeting overactive nerve pathways responsible for involuntary muscle contractions. This procedure effectively reduces symptoms, particularly in focal and task-specific dystonia, offering patients improved muscle control and reduced pain. Its non-invasive nature and long-term benefits make it a preferred choice for managing this challenging movement disorder.

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Why is RFA the most effective treatment for task-specific dystonia?

RFA is the most effective treatment for task-specific dystonia as it directly disrupts abnormal nerve signals in the targeted region without affecting surrounding tissues. Its precision minimizes complications, offering significant, long-lasting relief for conditions like writer’s cramp or musician’s dystonia. Patients experience enhanced functionality and improved performance in their specific tasks post-procedure.

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Is RFA procedure safe?

Yes, RFA is a safe and minimally invasive procedure with a high success rate for treating movement disorders. It is performed under strict imaging guidance to ensure precision, minimizing risks of complications. Most patients experience immediate symptom relief with minimal downtime, making it a reliable option for conditions like essential tremor and dystonia.

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How long-lasting are the results of RFA?

The results of RFA are long-lasting, often providing symptom relief for several years. The duration depends on the individual’s condition and disease progression. For disorders like essential tremor and dystonia, many patients report sustained benefits with minimal need for repeat treatments, significantly enhancing their quality of life and functional independence.