Treating Tortoise Neck Syndrome: Seoul Neurosurgery Develops New Solution
Addressing a Chronic Disease of Modern Times
Tortoise neck syndrome, a condition afflicting modern individuals, has been on the rise with a staggering incidence rate. According to the Health Insurance Review and Assessment Service, approximately 2 million people are affected by this syndrome every year. What sets it apart is that while cervical spine diseases, including cervical disc herniation, are commonly found among individuals in their 50s or older, 60% of turtle neck syndrome patients are young adults, ranging from their teenage years to their 30s. This highlights the need for immediate attention to this prevalent issue.
Preventing Cervical Disc Herniation
Turtle neck syndrome, if left untreated, can lead to more serious complications like cervical disc herniation. The potential damage to the cervical nerves underscores the critical importance of early diagnosis and treatment to prevent further deterioration. However, despite various resources available online, finding an effective and clear treatment method has proven to be challenging. The absence of standard corrections or exercise methods in the academic realm further complicates matters.
New Treatment Solution Discovered
Seoul Neurosurgery’s cervical spine team, led by Director Baek Kyung-il, has recently unveiled a groundbreaking treatment solution aimed at addressing the underlying cause of turtle neck syndrome.
Explaining the mechanism, Director Baek stated, “When tortoise neck syndrome alters the shape of the cervical spine, excess pressure is exerted on the neck. Consequently, the muscles and ligaments supporting the cervical spine become damaged, precipitating the acceleration of degeneration. Our new treatment approach targets the cervical spine, providing an effective solution for turtle neck syndrome.”
Offering Advantages in Time and Cost
The targeted muscle regeneration surgery, conducted within an outpatient treatment setting, requires only 10 minutes, significantly reducing both the time commitment and financial burden compared to traditional physical therapy or corrective hand therapy. Moreover, the treatment’s efficacy can be directly assessed, attesting to its remarkable benefits in alleviating the treatment burden and enhancing overall patient experience, while ensuring a favorable healing environment.
The Treatment Process
The treatment process outlined by the hospital involves several steps. Firstly, the utilization of high-resolution ultrasound technology dedicated to the muscular and skeletal systems enables the precise diagnosis of the excessive weight-bearing and damaged muscles across different levels. Then, a target point is meticulously identified within the relevant area.
The subsequently administered cell regeneration drugs foster the generation of fibroblasts, facilitating tissue regeneration in the affected muscles and ligaments.
This drug injection triggers the secretion of growth factors, partaking in the regeneration phase of the damaged muscles and ligaments, ultimately restoring their normal strength. This restorative process serves to postpone deformation and effectively safeguards the cervical spine’s functionality.
Seoul Neurosurgery’s revolutionary treatment for turtle neck syndrome offers renewed hope for those suffering from this condition. With its minimally invasive approach and promising outcomes, this breakthrough treatment promises to improve the quality of life for patients while addressing the pressing concerns associated with this chronic disease.
Tortoise neck syndrome is like a chronic disease of modern people. The actual incidence rate is also very high. According to statistics from the Health Insurance Review and Assessment Service, approximately 2 million people suffer from turtle neck syndrome each year.Photo>Find a hospital with What is notable here is that although the main age of cervical spine diseases, including cervical disc herniation, are generally people in their 50s or older, around 60% of patients with turtle neck syndrome are young patients in their 10s to 30s.
If the turtle neck syndrome worsens, it can lead to cervical disc herniation. As disc damage leads to cervical nerves, early diagnosis and treatment of turtle neck syndrome is important to prevent phlegm from obstructing the hiatus. However, even if you search the Internet, there is only stretching, physical therapy, and exercise therapy, and it is difficult to find a clear basic treatment method. Even in the real world of academia, there are no standard corrections or exercise methods.
In relation to this, the cervical spine team at Seoul Neurosurgery (CEO Baek Kyung-il) announced on the 26th that they have found a treatment solution for the worsening cause of turtle neck syndrome.
Director Baek Kyeong-il said, “When the shape of the cervical spine changes due to turtle neck syndrome, excessive pressure is produced on the neck. Therefore, the muscles and ligaments that supported the cervical spine are damaged and the degeneration is accelerated,” he said. cervical spine, it is effective in treating turtle neck syndrome .” “Treatment is possible,” he explained.
Targeted muscle regeneration surgery can be completed within 10 minutes in an outpatient treatment room, so it requires less time and financial burden than existing physical therapy or corrective hand therapy, but the effect of the treatment can be directly confirmed, showing a great effect while reducing the treatment burden and improving the environment The hospital explains that.
According to the hospital, the treatment process is as follows: Using high-resolution ultrasound dedicated to the muscular and skeletal systems, the exact location and condition of excessive weight bearing and damaged muscles are diagnosed in Level 1, 2, and 3, and then a target point is formed in the relevant area.
Cell regeneration drugs are injected into the formed target points to help generate fibroblasts for tissue regeneration, including muscle and ligaments.
When the drug is injected, it promotes the secretion of growth factors and participates in the regeneration phase of damaged muscles and ligaments, restoring normal muscle and ligament strength, delaying deformation and performing the function of protecting the cervical spine again.
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