Are you experiencing pain, stiffness, or muscle weakness that doesn’t clearly show on scans? Have you been undergoing treatment for months without fully understanding what your muscles are actually doing? Is there a way to accurately measure how your muscles are functioning in real time?
Many muscle problems begin deep inside the body long before they become visible on regular imaging tests. Without measuring muscle activity directly, it can be difficult to identify the exact source of imbalance or dysfunction. This is where Surface Electromyography (sEMG) makes a difference by providing clear, data-driven insight into muscle activity and coordination.
At Ivory Physiotherapy Clinic in Seawoods, we proudly introduce India’s first MyoAct-powered Surface Electromyography system, bringing international-level muscle assessment technology to our patients. MyoAct is an advanced diagnostic platform that precisely measures electrical activity in muscles, helping us identify imbalances, nerve-muscle coordination issues, and faulty activation patterns with remarkable accuracy.
Unlike traditional assessments that rely only on observation and manual testing, MyoAct provides real-time visual data about how your muscles behave during movement. This allows our physiotherapists to design highly targeted rehabilitation programs based on measurable muscle performance, and not guesswork. With MyoAct technology, recovery becomes more precise, efficient, and personalized, helping patients achieve faster and more sustainable results.
MyoAct (musculoskeletal motion analysis solution) is an advanced Surface Electromyography (sEMG) system that measures muscle activity accurately and in real time. It helps physiotherapists understand how muscles function during movement and rehabilitation.
Records electrical signals produced by muscles during activity.
Uses surface sensors placed on the skin, no needles involved.
Displays muscle performance on screen, helping patients see how their muscles are working.
Identifies weak, delayed, or overactive muscles precisely.
Enables targeted exercise programs based on actual muscle data.
Allows comparison of muscle performance over multiple sessions.
Helps in chronic pain, sports injuries, posture correction, neurological rehab, and post-surgical recovery.
At Ivory Physiotherapy Clinic in Seawoods, MyoAct technology ensures therapy is based on measurable data, leading to faster and more effective recovery.
Many muscle and joint problems are caused by improper muscle activation patterns. For example:
Without measuring muscle activity, treatment can sometimes focus only on symptoms rather than root causes.
But with sEMG, we can:
This leads to faster recovery and better long-term outcomes.
At Ivory Physiotherapy Clinic, sEMG is highly effective for:
Helps identify weak stabilizing muscles and improper activation patterns.
Detects tension from posture-related muscle overuse.
Analyzes muscle performance and reduces re-injury risk.
Tracks muscle recovery after anterior cruciate ligament (ACL), spine, or shoulder surgery.
Monitors nerve-muscle coordination and muscle activation.
Assesses pelvic muscle control safely.
Measures muscle imbalance in jaw-related conditions.
Evaluates alignment and muscle activity during standing or movement.
One of the biggest advantages of surface EMG is that it is simple, painless, and safe.
The skin area is cleaned to ensure accurate sensor placement.
Small adhesive sensors are placed over specific muscle groups.
You may be asked to perform simple movements like lifting your arm, bending your knee, or tightening your core.
The system records electrical signals and displays them on a computer screen.
Our physiotherapists analyze the data and design a personalized rehabilitation program.
The entire procedure takes about 20–30 minutes.
Surface EMG offers significant advantages compared to traditional assessment methods:
The cost of a Surface Electromyography (sEMG) assessment at Ivory Physiotherapy Clinic depends on the number of muscle groups being evaluated and the complexity of your condition.
For example, a focused assessment for a single joint like the knee or shoulder may differ from a detailed multi-muscle analysis for chronic back pain, sports performance, or neurological rehabilitation.
In some cases, sEMG is combined with structured physiotherapy sessions to monitor progress over time, which can influence the overall package cost.
At Ivory Physiotherapy Clinic, we maintain transparent pricing and explain the assessment plan clearly before starting. Our goal is to ensure that patients receive accurate, technology-driven diagnosis and targeted rehabilitation without unnecessary expenses.
Ivory Physiotherapy Clinic is the first in India to introduce advanced Surface Electromyography (sEMG), allowing precise and accurate muscle assessment.
Instead of guesswork, we use real-time muscle data to design personalized treatment plans for faster and more effective recovery.
Our experienced physiotherapists combine modern technology with patient-focused care, ensuring safe, non-invasive, and result-oriented rehabilitation for pain relief, posture correction, sports recovery, and neurological conditions.
No, Surface EMG is completely painless and non-invasive. The sensors are placed on the skin and simply record natural muscle activity without needles or discomfort.
The assessment usually takes about 20 to 30 minutes, depending on the muscles being evaluated. Additional time may be needed if multiple areas of the body are tested.
Yes, Surface EMG is very safe and does not use radiation or electrical stimulation. It only measures the electrical signals that your muscles naturally produce.
At Ivory Physiotherapy Clinic, Seawoods, we believe accurate diagnosis is the foundation of effective treatment. With India’s first advanced Surface Electromyography system, we provide clarity, precision, and faster recovery.
If you are struggling with pain, imbalance, or muscle weakness, this breakthrough technology can change your recovery journey.
Book your sEMG assessment today at Ivory Physiotherapy Clinic, Seawoods.