Savya Center for Advanced Neuromodulation
Targeted Relief. Total Stability.
Precision DRG stimulation offers consistent, pinpoint relief that remains stable, even with movement.
Beyond Side Effects. Pure Relief.
Targeted Drug Delivery systems deliver potent medication where it's needed most, minimizing systemic side effects.
Stop Managing Pain. Start Living.
Pioneering Neuromodulation Solutions when medications and previous surgeries fall short.
The Future of Pain Relief is Programmable.
Customized Neurostimulation options give you back control, reducing dependence on daily medication.
Ready to take the next step?
Personalized solutions through world-class expertise.
What is Advanced Neuromodulation?
Advanced Neuromodulation is a class of cutting-edge therapies designed to specifically alter nerve activity by delivering targeted electrical or pharmaceutical agents to the nervous system. These treatments focus on reducing chronic pain by interrupting pain signals before they reach the brain. Crucially, neuromodulation procedures are both **reversible** and **non-destructive**, offering a powerful alternative when traditional treatments—including oral medications, physical therapy, and less-invasive surgeries—have failed.
Addressing Chronic Pain
- For patients who have exhausted conservative pain relief options.
- Targeting neuropathic and complex mixed pain syndromes.
- Focusing on functionality and reduced reliance on systemic medication.
Meet Dr. Kalia: Center Director & Thought Leader
Dr. Rohan Kalia, MD, PhD
Dr. Kalia is a nationally recognized leader in Advanced Neuromodulation. His commitment to research ensures every patient benefits from cutting-edge, evidence-based care.
Institutional Experience
Cumulative Procedures Since 2018
Advanced Neuromodulation Volume (All Therapies)
180+
SCS / DRG Implants
110+
IDDS / TDD Pumps
Our Comprehensive Spectrum of Solutions
Spinal Cord Stimulation (SCS)
Broad spectrum solution for intractable neuropathic pain, involving an electrical field to mask pain signals. Requires an initial trial period.
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Dorsal Root Ganglion (DRG)
Highly specialized for localized pain, especially Complex Regional Pain Syndrome (CRPS). Offers superior stability against patient movement.
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Peripheral Nerve Stimulation (PNS)
Minimally invasive, targeted relief for pain originating from peripheral nerves in the extremities, occipital nerves, or post-amputation pain.
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Targeted Drug Delivery (IDDS/TDD)
A non-electrical option delivering medication directly to the spinal fluid, minimizing systemic side effects. Ideal for cancer pain or spasticity.
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5.1. Spinal Cord Stimulation (SCS)
SCS is an established system where mild electrical impulses are delivered to the epidural space, effectively replacing or masking chronic neuropathic pain sensations.
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- Mechanism: Electrical impulses near the spinal cord interrupt pain signals.
- Indications: Failed Back Surgery Syndrome (FBSS), chronic intractable pain, certain CNS pain.
- Key Benefit: Patient Control via external programmer to adjust pulse parameters.
- Process: Mandatory initial temporary trial period before permanent implantation.
Essential Risk & Safety Disclosure
As with any implantation, risks include infection (most common 2-8 weeks post-op), bleeding, and undesirable stimulation changes. A critical risk is **device migration** (electrode movement), which may require follow-up surgery. High outputs can cause unpleasant sensations or involuntary motor disturbances, requiring immediate deactivation.
5.2. Dorsal Root Ganglion (DRG) Stimulation
DRG stimulation offers precision targeting for highly localized, debilitating neuropathic pain conditions, such as Complex Regional Pain Syndrome (CRPS) Type II.
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- Mechanism: Leads placed near the dorsal root ganglion, which is stabilized by bone.
- USP: This anatomical stability ensures precise targeting and consistent relief, unlike standard SCS leads which can shift with movement.
- Primary Use: Uniquely effective for localized pain and complex conditions like CRPS
Specialization & Stability
The targeted placement minimizes lead migration risk, allowing the system to maintain effective pain block even when the patient moves, bends, or changes position, reinforcing the Specialized and Excellence brand values.
5.3. Peripheral Nerve Stimulation (PNS)
PNS targets nerves outside the central nervous system. It is a highly minimally invasive, safe, and often same-day procedure, supported by Level 1 evidence for efficacy.
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- Indications: Chronic back pain, chronic neuropathic pain of the extremities, occipital nerve-related headaches, and post-amputation pain.
- Added Benefit: Evidence supports its use in reducing postoperative pain and subsequent opioid reliance in surgical settings.
- Candidacy: For patients whose pain originates from peripheral neuropathy and wish to avoid major surgery.
5.4. Intrathecal Drug Delivery (IDDS/TDD)
IDDS is a non-electrical option that delivers medication directly into the cerebrospinal fluid (intrathecally), ensuring high local concentrations with minimal systemic absorption.
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- Cancer Pain: For intractable pain refractory to conventional management due to intolerable systemic side effects.
- Spasticity: Commonly used to deliver Baclofen to manage severe spasticity (e.g., SCI, MS, cerebral palsy).
- Core Benefit: Drastically reduced systemic drug adverse effects and lower required drug dosage.
Specialization & Stability
The targeted placement minimizes lead migration risk, allowing the system to maintain effective pain block even when the patient moves, bends, or changes position, reinforcing the Specialized and Excellence brand values.
Pioneering Excellence: Dr. Kalia’s Thought Leadership
National Consensus Guidelines
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- NEURON Group: Contributor to Evidence-Based Consensus for Neurostimulation in Non-Surgical Low Back Pain.
- Anticipated: PNS Consensus Guidelines (Nov 2025) – Setting the national quality benchmark.
- Anticipated: Educational Curriculum for Vagus Nerve Stimulators (Feb 2026) – Leading curriculum development.
Foundational & Clinical Contributions
- Textbook Chapters on Post Tissue Injury Pain States and Complications Management in Neuromodulation.
- Clinical Case Reports: Successful deep cervical plexus neurolysis for intractable cancer pain.
Mandatory Legal and Ethical Disclosures
Institutional Experience data reflects the cumulative number of advanced neuromodulation procedures performed by the Savya Center for Advanced Neuromodulation since 2018. These numbers reflect our capacity and experience in delivering specialized care. Individual patient results will vary depending on clinical diagnosis, complexity, and inherent surgical risks. Results are not guaranteed. We adhere strictly to ethical guidelines prohibiting the suggestion of superior results or implied outcomes based on volume data.