In a new study from King’s College London and elsewhere, researchers found that low levels of electrical current can be used to inhibit pain signals in nerves from ever reaching the brain. Previous studies have shown that electrical neuromodulation (the alteration of pain perception through targeted delivery of electrical impulses) can be used as an alternative to medication and more specifically opioids. The novel treatment in the study instead directly inhibits pain signals before they can be relayed to the brain.

Scientists Find A New Method To Block Pain.

<div dir="ltr"> <time datetime="2021-08-27T10:16:19+10:00" dir="ltr">August 27, 2021</time></div><figure><img width="625" height="402" src="https://k6b8f3f9.stackpathcdn.com/wp-content/uploads/2021/08/Scientists-find-a-new-method-to-block-pain--696x448.jpeg" srcset="https://k6b8f3f9.stackpathcdn.com/wp-content/uploads/2021/08/Scientists-find-a-new-method-to-block-pain--696x448.jpeg 696w, https://k6b8f3f9.stackpathcdn.com/wp-content/uploads/2021/08/Scientists-find-a-new-method-to-block-pain--300x193.jpeg 300w, https://k6b8f3f9.stackpathcdn.com/wp-content/uploads/2021/08/Scientists-find-a-new-method-to-block-pain--768x494.jpeg 768w, https://k6b8f3f9.stackpathcdn.com/wp-content/uploads/2021/08/Scientists-find-a-new-method-to-block-pain-.jpeg 800w" alt="" title="Scientists find a new method to block pain"><figcaption dir="auto">Credit: CC0 Public Domain</figcaption></figure>In a new study from King’s College London and elsewhere, researchers found that low levels of electrical current can be used to inhibit pain signals in nerves from ever reaching the brain.This results in a strong decrease in the levels of pain experienced by people.Previous studies have shown that electrical neuromodulation (the alteration of pain perception through targeted delivery of electrical impulses) can be used as an alternative to medication and more specifically opioids.Previously, electrical approaches relied on activating neural circuits to indirectly depress pain signaling.The novel treatment in the study instead directly inhibits pain signals before they can be relayed to the brain.The researchers performed the computational modeling in the study to examine the potential scientific mechanisms of the immediate and delayed conduction block effects.The findings provide insights into the dramatic pain relief observed in the clinical trial.The team says this technology is extremely exciting because it provides a novel approach to treat chronic pain.It has the ability to directly inhibit pain signaling, while other neuromodulation approaches typically rely on activating neural circuits to more indirectly reduce pain transmission.If you care about pain management, please read studies about <a href="https://knowridge.com/2019/06/scientists-discover-an-important-cause-of-arthritic-pain/" dir="ltr">an important cause of arthritic pain</a> and findings of <a href="https://knowridge.com/2019/07/scientists-find-a-new-way-for-emergency-pain-relief/" dir="ltr">a new way for emergency pain relief</a>.For more information about pain and your health, please see recent studies about <a href="https://knowridge.com/2019/09/scientists-discover-a-cause-of-statin-related-muscle-pain/" dir="ltr">a cause of statin-related muscle pain</a> and results showing <a href="https://knowridge.com/2019/09/scientists-find-new-treatment-for-chronic-neuropathic-pain/" dir="ltr">a new treatment for chronic neuropathic pain</a>.The study is published in Science Translational Medicine. One author of the study is Scott Lempka, Ph.D.Copyright © 2021 Knowridge Science Report. All rights reserved.

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In a new study from King’s College London and elsewhere, researchers found that low levels of electrical current can be used to inhibit pain signals in nerves from ever reaching the brain.

This results in a strong decrease in the levels of pain experienced by people.

Previous studies have shown that electrical neuromodulation (the alteration of pain perception through targeted delivery of electrical impulses) can be used as an alternative to medication and more specifically opioids.

Previously, electrical approaches relied on activating neural circuits to indirectly depress pain signaling.

The novel treatment in the study instead directly inhibits pain signals before they can be relayed to the brain.

The researchers performed the computational modeling in the study to examine the potential scientific mechanisms of the immediate and delayed conduction block effects.

The findings provide insights into the dramatic pain relief observed in the clinical trial.

The team says this technology is extremely exciting because it provides a novel approach to treat chronic pain.

It has the ability to directly inhibit pain signaling, while other neuromodulation approaches typically rely on activating neural circuits to more indirectly reduce pain transmission.

If you care about pain management, please read studies about <a dir="ltr" href="https://knowridge.com/2019/06/scientists-discover-an-important-cause-of-arthritic-pain/">an important cause of arthritic pain </a>and findings of <a dir="ltr" href="https://knowridge.com/2019/07/scientists-find-a-new-way-for-emergency-pain-relief/">a new way for emergency pain relief </a>.

For more information about pain and your health, please see recent studies about <a dir="ltr" href="https://knowridge.com/2019/09/scientists-discover-a-cause-of-statin-related-muscle-pain/">a cause of statin-related muscle pain </a>and results showing <a dir="ltr" href="https://knowridge.com/2019/09/scientists-find-new-treatment-for-chronic-neuropathic-pain/">a new treatment for chronic neuropathic pain </a>.

The study is published in Science Translational Medicine. One author of the study is Scott Lempka, Ph.D.

Scientists find a new method to block pain

Scientists Find A New Method To Block Pain.

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