Benefits of Robotic Spine Surgery for Various Spinal Conditions

Suffering from spine pain caused by conditions such as spinal disc bulge, herniated spine, or osteoarthritis can be incredibly discomforting and significantly impact your overall quality of life. If spine pain is disrupting your daily activities, your doctor may suggest considering spine surgery. However, the lengthy waiting list within the NHS and the high expenses associated with this procedure in UK private hospitals could make it financially unfeasible for some patients. Exploring the option of robotic spine surgery in Turkey could provide a viable solution.

Benefits of Robotic Spine Surgery for Various Spinal Conditions

For those in the UK contemplating spine surgery, have you ever thought about the possibility of undergoing the procedure abroad? There are numerous advantages to pursuing this option, including more affordable costs, shorter waiting times, and access to exceptionally skilled surgeons specializing in spine procedures.

Turkey emerges as an optimal destination for undergoing spine surgery abroad. Renowned for delivering top-notch medical care, Turkey stands as a popular choice for medical tourism due to its cost-effective healthcare options, state-of-the-art medical facilities, and experienced medical practitioners.

Within this article, we will delve into the potential benefits of opting for spine surgery abroad and the reasons why Turkey is an ideal location for this procedure. Don’t let financial constraints and prolonged waiting times hinder your journey toward a pain-free life. Consider the possibility of undergoing spine surgery abroad and keep Turkey in mind for your medical requirements. Additionally, we will conduct a comparison between traditional spine surgery and innovative robotic-assisted spine surgery, a burgeoning trend that is readily available in Turkey. Equipped with this comprehensive comparison, you can make a well-informed decision regarding the most suitable surgical approach for your needs.

What is Robotic Spine Surgery?

In recent times, spinal surgery has increasingly emphasized minimally invasive techniques, and this is precisely where robotic back surgery can offer its most remarkable technological advantages. Skilled surgeons are now able to safely perform minimally invasive procedures on the spine by incorporating cutting-edge technologies and precision tools. One such example is the Mazor X Guidance System, which Turan Turan Heath Group has utilized in a spine program in Turkey. This groundbreaking technology is helping to revolutionize the field of spinal surgery and allow for more efficient and effective treatment options.

How does robotic surgery works?

With cutting-edge technology like Mazor X’s 3D planning, surgeons can create a personalized surgical plan ahead of time. This plan is then utilized during the actual surgery with the help of mechanical guidance from the robot, ensuring that the procedure is executed with utmost precision. This provides more consistent results and better outcomes for patients. The assistance from these robots actually helps the surgeon achieve better patient outcomes, rather than taking away from their expertise and skill.

Surgical Treatment of Spinal Diseases

Surgical Treatment of Spinal Diseases

The MAZOR robotic system is a cutting-edge technology used in the surgical treatment of various spinal conditions, including those affecting the back, waist, sacrum, and sacroiliac joint. Robotic spine surgery is employed in the following spinal diseases:

  • Canal Stenosis (Spinal Stenosis)
    Canal stenosis, also referred to as spinal stenosis, is a condition characterized by the narrowing of the spinal canal, which can put pressure on the spinal cord and nerves causing symptoms such as back pain, numbness in the legs, cramping, or weakness. Treatment options range from non-surgical methods such as medication and physical therapy to surgical options such as decompressive laminectomy or spinal fusion.
  • Lumbar Slip (Spondylolisthesis)
    Spondylolisthesis is a condition characterized by the displacement of one of the bones (vertebrae) in the spine, causing it to slip out of place onto the vertebra below it. This displacement can potentially lead to compression or impingement of a nerve, resulting in pain. Typically, spondylolisthesis affects the bones in the lower back. When the vertebrae slip too much, it can cause a range of symptoms such as localized pain, numbness, tingling, or weakness in the affected area. Diagnosis of spondylolisthesis is crucial to determine the severity of the condition and the appropriate treatment options.
  • Scoliosis:
    Scoliosis is a condition characterized by an abnormal sideways curvature of the spine, either to the right or left. The degree of curvature can range from moderate to severe. While scoliosis can affect any part of the spine, the most common regions involved are the chest area (known as thoracic scoliosis) or the lower part of the back (known as lumbar scoliosis).
    The abnormal curvature of the spine in scoliosis can cause a variety of symptoms. Treatment options for scoliosis depend on various factors, such as the degree of curvature, the age of the individual, and the presence of any associated symptoms.
  • Kyphosis:
    Kyphosis is a spinal condition characterized by the excessive curvature of the upper back, also known as the thoracic region of the spine. This condition is also referred to as a round-back or hunch-back.
    While the upper back has a naturally occurring slight curve, kyphosis causes an abnormal degree of curvature, leading to a visible rounding of the shoulders and upper back. The condition can range from mild to severe, and in severe cases, it can cause discomfort or difficulty in breathing or walking.
  • Herniated disc:
    A herniated disc is a condition that occurs when one of the rubbery cushions, known as discs, between the individual bones (vertebrae) in the spine becomes damaged. These discs act as shock absorbers and provide flexibility to the spine. A herniated disc is often compared to a jelly doughnut, as it consists of a softer centre (nucleus pulposus) surrounded by a tougher outer layer. When a disc herniates, the softer centre can push through a crack in the outer layer. This can lead to various symptoms such as localized pain, numbness, tingling, or weakness in the area served by the affected nerve. It is essential to seek medical attention for proper diagnosis and treatment options.
  • Spine Fractures
    Spine fractures refer to the broken bones in the vertebral column, which make up the spine. These fractures can occur due to various causes, including trauma, such as accidents or falls, or conditions that weaken the bones, such as osteoporosis or cancer. It is crucial to seek immediate medical attention if you suspect a spine fracture, as prompt diagnosis and treatment can help optimize recovery and prevent further complications. A healthcare professional will assess the injury through physical examination, and imaging tests (e.g. X-rays, CT scan, MRI), and recommend an appropriate treatment plan based on your specific condition and needs.
    While surgery is not always the initial choice for treating structural or painful conditions, it may be necessary for patients with severe neurological dysfunction or emergency fractures of the spine, leg weakness, or urinary incontinence.
    Prior to considering surgery, non-surgical methods such as drug therapy, wearing a corset, physical therapy, exercise, and spinal injections should be attempted. However, if patients’ symptoms persist despite these conservative treatments, surgical intervention is strongly recommended. It is important to avoid delaying surgical treatment for spinal diseases to prevent the occurrence of serious complications.

The Power of Mazor X Robotic Surgery System

Traditional open spinal surgery can lead to unintended damage to healthy tissue, leaving larger scars and causing considerable post-operative pain. In contrast, minimally invasive surgery employs smaller incisions, and studies indicate that patients often experience reduced post-operative discomfort and a faster recovery period.
However, the challenge arises when minimally invasive surgery lacks a reliable guidance system, leading to a higher reliance on intraoperative X-rays to compensate for compromised surgical visualization.
Herein lies the strength of the Mazor X system, which seamlessly integrates three vital processes – planning, guidance, and verification. This comprehensive approach ensures predictability and precision, greatly benefiting both patients and healthcare providers involved in the surgical procedure.
By leveraging Mazor Robotics technology in minimally invasive spinal fixation, the preservation of healthy surrounding tissue becomes feasible. This stands in contrast to conventional techniques, encompassing both open and percutaneous robotic-guided procedures, which have demonstrated fewer instances of patients requiring post-operative opioid pain medication, shorter hospital stays, and reduced occurrences of complications. The Mazor X system has proven to be a transformative tool, yielding enhanced surgical outcomes and an improved patient experience.

Transforming Spine Surgery: Benefits of Robotic Spine SurgeryTransforming Spine Surgery: Benefits of Robotic Spine Surgery

Robotic spine surgery offers numerous advantages, including exceptional precision, reduced blood loss, and a lower risk of complications. The MAZOR X, a cutting-edge robotic system designed for spine surgery, presents the following benefits:

  • Precision: Robotic spine surgery achieves remarkable accuracy, with success rates up to 100% and in the precise placement of screws and other implants within the spine.
    Expedited Recovery: Patients undergoing robotic spine surgery experience faster and smoother recoveries, even in complex spinal procedures like scoliosis surgery. Studies indicate that these patients enjoy shorter hospital stays and quicker rehabilitation.
  • Minimal Radiation Exposure: The use of the O-Arm device during robotic spine surgery significantly reduces radiation exposure for both patients and healthcare professionals.
  • Minimally Invasive Procedures: Utilizing the MAZOR X robotic spine surgery system involves small surgical incisions, leading to reduced bleeding, minimal scarring, and swift post-surgery recovery.
  • Shorter Operation Time: Robotic spine surgery significantly reduces the time required for placing screws in the vertebrae. Compared to traditional spine surgery, where screw placement takes an average of 6-7 minutes, robotic spine surgery accomplishes this task in approximately 3.7 minutes.
  • Personalized Surgery Planning: Each patient’s unique spine shape and anatomy receive special consideration in the surgical planning process, optimizing the outcome of the procedure.
  • Post-operative Comfort: Patients who undergo robotic spine surgery report experiencing less pain during the recovery period and enjoy enhanced mobility, leading to a more comfortable and smooth recuperation.
  • Lower Risk of Infection: Robotic spine surgery, particularly with the MAZOR X robotic system, reduces the risk of post-operative infections compared to traditional spine surgeries.
  • Decreased Need for Revision Surgery: The high accuracy of robotic spine surgeries minimizes the likelihood of re-operations or revision surgeries.
  • Reduced Complication Risks: The MAZOR X robotic spine surgery system mitigates the risk of muscle weakness or paralysis resulting from spinal cord or nerve injuries, thanks to its precise screw placement capabilities.

Are You a Candidate For Spine Surgery?

While Mazor X Robotics Spine Surgery technology presents a remarkable advancement in surgical procedures, it’s essential for patients to have informed discussions with their physicians regarding the full spectrum of treatment options available. While many patients may be suitable candidates for surgery with Mazor Robotics technology, exploring both surgical and non-surgical alternatives is crucial in making the best-informed decision for your specific medical needs.

Advanced Spine Surgery Solutions at Turan Turan Health Group: Mazor X Robotics and More

Turan Turan Health Group in Turkey has undoubtedly earned its esteemed status as a leader in modern orthopaedic surgeries, particularly in the field of spine surgery. By harnessing advanced technologies and delivering exceptional patient care, they have set a new standard of excellence.
We extend a warm invitation to explore the Turan Turan Health Group’s spine program, where you can uncover the cutting-edge possibilities of Mazor X-assisted surgery. Whether you are in search of surgical solutions or considering non-surgical alternatives, rest assured that Turan Turan’s team of experienced professionals is ready to accompany you through the entire process.
Take the initiative today and discover if you are a suitable candidate for Mazor X-assisted surgery by reaching out to Turan Turan Health Group. Your spine health is of utmost importance, and this is your first step towards a brighter and healthier future.
Contact Turan Turan Health Group now to embark on your journey to enhance spine health and well-being.

Mobile / Whatsapp: +90 505 857 95 38


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