For those who have treated whipped wounds, they know that the pain associated with whipping is different from other types of neck pain. Of the hundreds of patients with whipped wounds I have treated, a disproportionately high number seems to produce chronic, unrelenting pain. Another feature of whipped injuries is that the original pain associated with neck injuries often spreads to the shoulders, arms, and even the mid-to-back region. In many whipped patients, unfortunately, the pain often spreads throughout the body, leading to a condition known as chronic extensive pain syndrome.

Since whiplash usually involves litigation, many doctors, especially defense lawyers, attribute this chronic painless pain associated with whipping to the fact that patients often seek economic benefits through litigation.

In my own practice, I saw patients continue to experience neck and extensive pain after years of resolution in their court case and they received settlement payments. This observation against litigation is the reason why people often have long-term and extensive pain after whiplash.

There is growing evidence in the scientific literature to support the notion that whipping is a unique type of injury, and that a significant number of people suffering from this type of injury will continue to develop long-lasting pain that goes far beyond the original The scope. Neck injury.

Researchers published in the medical journal "Pain" observed nearly 1,000 patients who were involved in motor vehicle accidents and were whipped. They compared patients involved in litigation with patients who did not participate in litigation. The authors of the study concluded that even in patients who did not participate in the lawsuit, persistent pain after a motor vehicle accident was common. Their findings suggest that some physiological abnormalities may lead to common findings that continue to cause widespread pain after whipping wounds unrelated to litigation.

Other researchers published in the Journal of Disability Rehabilitation studied more than 700 patients with post-traumatic neck pain. They found that the ratio of women to male whipping victims was almost twice as high as chronic pain. They concluded that high-frequency local and extensive pain in patients with persistent neck pain after trauma requires a multidisciplinary approach. These findings suggest that traditional whiplash treatments often fail to correct potential problems and expose a large number of patients, especially women, to the risk of chronic extensive pain symptoms.

A large number of patients develop chronic pain symptoms that often spread to adjacent areas of the body or the entire body itself after a neck injury, suggesting that whipping trauma involves more than just the neck muscles and the joint itself. In fact, it suggests that patients with long-term and extensive pain after a whiplash may actually alter brain function.

To explain that changes in brain function can lead to chronic and extensive pain, we need to delve into the nervous system circuits that usually deal with pain and injury.

Think about the last time you stepped on your toes; the initial severe pain quickly turned into more painful and less intense symptoms. This is because at the moment of the initial impact, some circuits that tell the brain that the body is injured are activated. From the peripheral circuits, in our case, the toes rise to the spinal cord until the brain itself. When the signal reaches the brain, you will realize that your toes are damaged. However, this is not the end of the story. Another neural circuit is activated shortly after you realize that the toe is injured. The circuit descends from the brain back to the spinal cord, with the goal of suppressing or turning off the upward pain signal.

This is a simplified example of why a short toe with severe pain can quickly become more painful, and the feeling of agitation is unpleasant, but it is quite different from the original painful experience.

A sensible idea here is that the pain will rise "switches" and send a pain signal from the body to the brain, which also activates the downward pain "switching" to the spinal cord. This is how the simplest form of pain signal should work.

Patients with chronic chronic pain and poor response to most forms of care are considered to have a debilitating downturn that does not close the pain signal from the body to the brain.

If the failure to suppress the rise of the pain signal is severe, it may spill to the adjacent part of the spinal cord, causing a painful part of the body that was originally uninjured.

The researchers published a literature review in the Journal of Pain Physicians, which specializes in the study of brain abnormalities in chronic pain states, including patients with whipping. They found that patients with chronic neck pain developed brain abnormalities due to pain management. The researchers also found that these pain management abnormalities were more pronounced in patients with whipped wounds.

Therefore, existing studies have shown that chronic pain, especially after whiplash, is caused by abnormal signal processing in the brain rather than the neck, muscles, joints and ligaments that were originally injured during whipping. This suggests a different treatment than that commonly used to treat chronic posterior whiplash pain.

Another group of researchers published in the Scandinavian Pain Journal used a special type of MRI scan to study the pain management circuit in the brain of patients with chronic pain associated with whiplash. They also collected blood samples from these patients and tested biomarkers of inflammation in the blood.

They found that about one in three chronic whip patients had elevated levels of inflammatory markers. They further found abnormalities in pain management signals, particularly in relation to cold applications, in pain management circuits in chronic whipping patients.

There is a model of chronic pain called the Thermo-regulatory Disinhibition model of central pain. In this model [which is beyond the scope of this article], anomalies in peripheral pathways that deal with the ability to properly handle cold sensations, such as ice packs applied to the skin, are associated with increased activity in those circuits associated with pain management. .

In short, the ability to feel cold feels the ability to feel pain at the brain level, so anything that changes the ability to deal with cold stimuli will enhance the body's treatment of pain stimuli. In extreme cases, the loss of ability to handle cold signals will result in severe pain at the brain level. This is a common finding after a stroke or spinal cord injury in a patient.

However, it provides a model that helps explain why a large number of whipped patients continue to develop chronic extensive pain. It also provides a treatment option that reduces pain signals into the brain based on restoring normal cold sensory treatment.

This is a new approach to treating chronic pain after whipped wounds. It represents a brain-based approach to treating body pain that usually does not respond to traditional methods of rehabilitation.

There are a number of methods and methods that can be used to attempt to restore normal cold signal processing, which have been found to be abnormal in patients with chronic whipping signs and symptoms. The recovery of cold signals in the brain can directly attenuate the brain's treatment of painful stimuli.

These methods of treating pain by regulating the cold processing circuit of the brain are the first real breakthrough in the management of chronic whipping pain over the years. They are an exciting development for patients with chronic extensive whipping pain.

Whipping – what to do when pain can't be eliminated was originally published on Spring