EMG Testing in Lower East Side, NY

Get Clear Answers About Your Nerve Pain

Advanced electromyography testing that pinpoints exactly what’s causing your symptoms so you can move forward with the right treatment.

A healthcare professional attaches electrodes to a patient's fingers and wrist while operating a medical device on a table, possibly for a nerve conduction or electrophysiology test.

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A person wearing blue gloves applies electrodes with wires to a patient's hairy leg, likely for physical therapy or electrical stimulation treatment.

Electromyography Nerve Conduction Studies

Finally Know What's Really Going On

You’ve been dealing with numbness, tingling, or muscle weakness long enough. Maybe it’s affecting your work, your sleep, or just your ability to do normal things without discomfort.

EMG testing gives you concrete answers. Instead of guessing about nerve damage or muscle problems, you get precise measurements that show exactly which nerves or muscles aren’t functioning properly. This isn’t about managing symptoms indefinitely—it’s about identifying the root cause so your treatment actually targets the problem.

When you know exactly what’s wrong, your doctor can recommend treatments that make sense for your specific condition. No more trial-and-error approaches or wondering if you’re on the right track.

Lower East Side EMG Specialists

We Focus on Getting It Right

NY Spine Medicine specializes in neurological diagnostics for spine and nerve conditions. We’ve been serving patients throughout Lower East Side and Manhattan, focusing specifically on conditions that affect your nerves, muscles, and spine function.

This isn’t a general practice trying to handle everything. Our focus stays on what we do best: precise diagnostic testing that gives you and your doctor the information needed to make smart treatment decisions.

We use advanced EMG and nerve conduction study equipment, and our staff takes time to explain what we’re testing for and what your results actually mean for your situation.

A healthcare professional uses a device with electrodes attached to a patient's forearm and fingers to conduct a medical test at a clinic. Both are seated at a table.

EMG Diagnostic Testing Process

Here's Exactly What to Expect

The EMG test has two parts: nerve conduction studies and electromyography. During nerve conduction studies, small electrodes are placed on your skin to measure how well electrical signals travel through your nerves. You’ll feel brief, mild electrical pulses—not painful, but noticeable.

For the electromyography portion, a thin needle electrode is inserted into specific muscles to measure electrical activity. The needle is much thinner than those used for blood draws. You might feel a brief pinch when it goes in, but most patients tolerate this part well.

The entire test usually takes 30 to 60 minutes, depending on how many nerves and muscles need testing. You’ll get results the same day, along with a clear explanation of what the findings mean and recommendations for next steps. Most patients can return to normal activities immediately after testing.

A person receives a medical test on their arm using electrodes connected to a diagnostic machine, while a healthcare professional operates the device.

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Comprehensive EMG Nerve Testing

What's Included in Your Testing

Your EMG testing includes both nerve conduction studies and electromyography to get a complete picture of nerve and muscle function. The testing covers the specific areas where you’re experiencing symptoms, whether that’s your arms, legs, back, or neck region.

You’ll receive detailed results interpretation from specialists who understand spine and nerve conditions. This isn’t just about getting test numbers—it’s about understanding what those numbers mean for your specific situation and what treatment options make sense based on your results.

We coordinate with your referring physician to ensure your results are integrated into your overall treatment plan. If additional testing or specialist referrals are needed, those recommendations come with clear explanations of why they’re necessary and what to expect next.

A person in a white shirt has electrodes attached to their arm, while another person in a lab coat operates a polygraph machine on a table, indicating a lie detector test in progress.
EMG testing involves some discomfort, but it’s generally well-tolerated by most patients. During the nerve conduction portion, you’ll feel brief electrical pulses that might cause a quick muscle twitch—similar to static electricity but stronger. The electromyography part uses thin needle electrodes that feel like a brief pinch when inserted. Most patients describe the overall experience as uncomfortable rather than painful. The discomfort is temporary and stops immediately when the test ends. You can resume normal activities right after testing, and there are no lasting effects from the procedure itself.
EMG testing is highly effective for diagnosing nerve compression conditions like carpal tunnel syndrome, pinched nerves in the spine, peripheral neuropathy, and muscle disorders. It can identify the exact location and severity of nerve damage, helping distinguish between different types of neurological problems. The test is particularly useful for conditions affecting the arms, legs, and spine-related nerve issues. EMG results are considered very reliable when performed by experienced technicians and interpreted by specialists familiar with neurological conditions. However, the test works best when combined with your medical history and physical examination findings to provide a complete diagnostic picture.
Preparation for EMG testing is straightforward. Avoid using lotions, oils, or creams on your skin the day of testing, as these can interfere with electrode placement. Wear comfortable, loose-fitting clothing that allows easy access to the areas being tested. If you’re taking blood-thinning medications, let our office know beforehand, though you typically won’t need to stop these medications. You can eat normally before the test and take your regular medications unless specifically instructed otherwise. If you have a pacemaker or other implanted electrical device, inform our staff when scheduling your appointment, as special precautions may be needed.
Most EMG tests take between 30 to 60 minutes, depending on how many nerves and muscles need evaluation. The actual testing time varies based on your specific symptoms and the areas being examined. You’ll typically receive preliminary results immediately after testing, with a detailed report available the same day or within 24 hours. Our specialist will explain what the findings mean for your condition and discuss recommended next steps during your visit. This immediate feedback helps you understand your diagnosis and treatment options without waiting weeks for results, allowing you to move forward with appropriate care more quickly.
Most insurance plans, including Medicare, cover EMG testing when it’s medically necessary to diagnose nerve or muscle conditions. The test is considered a standard diagnostic procedure, similar to X-rays or blood tests. Coverage typically requires a referral from your doctor explaining why the testing is needed. Before scheduling, our office can verify your specific insurance benefits and let you know about any copays or deductibles that might apply. If you don’t have insurance coverage, payment options are available. The investment in accurate diagnosis often saves money in the long run by avoiding unnecessary treatments and helping you get the right care from the start.
EMG testing measures actual nerve and muscle function in real-time, while MRI shows structural images of tissues and bones. Think of EMG as testing whether your nerves are working properly, while MRI shows what your nerves and surrounding structures look like. EMG can detect nerve damage that doesn’t show up on MRI scans, and it provides specific information about the severity and location of nerve problems. Many conditions require both types of testing for complete diagnosis—MRI might show a herniated disc, while EMG testing reveals whether that disc is actually affecting nerve function. EMG is often more sensitive for detecting early nerve damage and provides functional information that directly relates to your symptoms.