{"id":42263,"date":"2026-07-24T09:11:04","date_gmt":"2026-07-24T13:11:04","guid":{"rendered":"https:\/\/abccliniquesante.com\/uncategorized\/et-si-la-douleur-vous-trompait\/"},"modified":"2026-07-24T09:19:39","modified_gmt":"2026-07-24T13:19:39","slug":"et-si-la-douleur-vous-trompait","status":"publish","type":"post","link":"https:\/\/abccliniquesante.com\/en\/chiropractic\/et-si-la-douleur-vous-trompait\/","title":{"rendered":"What if pain were deceiving you?"},"content":{"rendered":"
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Does intense pain always mean a serious injury? Not necessarily. On the other hand, does a serious injury always cause severe pain? Again, the answer is no.<\/p>\n

Research over the past few decades has dramatically changed our understanding of pain. Today, scientists know that pain is produced by the brain. It does not always reflect the extent of tissue damage.<\/p>\n

Here are a few true stories that help explain this fascinating phenomenon.<\/p>\n

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Severe Pain… Without Any Injury<\/h2>\n

In 1995, in England, a 29-year-old construction worker jumped from a platform. As he landed, he believed a nail had pierced his foot. The pain was immediate and excruciating. When he arrived at the hospital, no one could remove his boot because the pain was so intense. The medical team decided to sedate him before cutting the boot open.<\/p>\n

What they found was surprising. The 18-centimetre nail was indeed there. However, it had passed between two toes without touching any tissue. His foot had no injury\u2014not even a scratch.<\/p>\n

Despite this, the pain was completely real. His brain believed his foot had been severely injured, so it triggered a protective pain response. This story shows that it is possible to experience pain without an actual injury when the brain perceives a threat.<\/p>\n

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A Serious Injury… Without Pain<\/h2>\n

On October 31, 2003, in Hawaii, young surfer Bethany Hamilton was waiting for a wave. As she lay on her surfboard, a tiger shark completely severed her left arm. Despite the severity of the injury, she remained remarkably calm. She managed to swim back to shore before being rushed to the hospital.<\/p>\n

According to her medical report, she experienced little to no pain for approximately 30 minutes. The pain only began once she reached the operating room.<\/p>\n

This response may seem surprising, but it is well documented in science. In life-threatening situations, the brain can temporarily reduce or even block pain. This mechanism, known as stress-induced analgesia<\/strong>, increases the chances of survival by allowing the body to focus on escaping danger rather than processing pain.<\/p>\n

This story demonstrates that the severity of an injury does not always match the intensity of the pain experienced.<\/p>\n

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Feeling Pain in a Limb That No Longer Exists<\/h2>\n

During World War II, American physician Silas Weir Mitchell treated many amputee soldiers. Many described a phenomenon that medicine at the time could not explain. They experienced severe pain in an arm or leg that had already been amputated.<\/p>\n

Some described burning sensations. Others reported cramping or stabbing pain. Yet the limb was gone. There were no muscles, skin, or nerves remaining in that location.<\/p>\n

Today, this condition is known as phantom limb pain<\/strong>. It illustrates an important reality: pain is not created directly by the tissues. Instead, it is produced by the brain, which interprets various signals before generating a protective pain response.<\/p>\n

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What Does Science Teach Us About Pain?<\/h2>\n

These three stories all point to the same conclusion: pain is a protective mechanism produced by the brain. The brain constantly analyzes information coming from the body. It also considers the surrounding context, stress levels, emotions, and previous experiences before deciding whether pain is necessary.<\/p>\n

When the brain perceives a threat, it can produce pain even if the tissues are not seriously damaged. Conversely, it can temporarily reduce pain despite a severe injury. Pain is always real, but it does not necessarily reflect the condition of the body’s tissues.<\/p>\n

This understanding has changed the way healthcare professionals approach musculoskeletal pain<\/strong> and persistent pain<\/strong>. Chronic pain<\/strong> can sometimes continue long after the tissues have healed. That is why a professional assessment is so important. It helps identify the different factors contributing to pain and guides the development of an individualized treatment plan.<\/p>\n

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In Conclusion<\/h2>\n

Pain is far more complex than previously believed. It is not simply a direct reflection of injury. It is a protective response created by the brain.<\/p>\n

If persistent pain is limiting your daily activities or affecting your quality of life, a professional assessment can help you better understand your condition. The healthcare professionals at ABC Clinique Sant\u00e9 are here to support you and develop a treatment plan tailored to your needs.<\/p>\n

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Visit the clinic nearest you:<\/strong><\/p>\n