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    Medical Second Opinions


    Spine surgery is a major operation, and deciding whether or not to have it is a very personal decision. Yes, the surgeon can recommend surgery, but the final go ahead comes from you. To help you make your decision, you should be as informed as possible. That includes asking your surgeon as many questions as you need to fully understand the procedure.

    Beyond asking your surgeon questions, you can and should ask another surgeon for a second opinion.

    Dr Szabo has over 15 years of experience treating patient with spinal problems and he can provide you with expert advice. The Medical Second Opinion will:

    • Confirm your diagnosis
    • Review the current treatment plan
    • Recommend possible treatments

    You can obtain this opinion by booking an appointment at the consulting rooms at MediClinic Cape Town or using our online service from the comfort of your home, avoiding travel expenses and time away from your work and family.

    If you want to start the process, please fill out the contact information below and you will be contacted shortly to guide you through the procedure. Dr Szabo will request your medical records and imaging studies (X-rays, CT scans, MRIs etc.) and all available relevant information. He will take your history over the phone. After a thorough review, he will prepare a report, discussing your condition, diagnoses and recommended treatment options. You can share the report with your family and doctor.

    The cost of this service is determined by the complexity of the case and the preferred format of the medical second opinion. The cost typically ranges from R1500 to R5000.

    Minimally Invasive Lumbar Discectomy


    A herniated lumbar disc can push on spinal nerves and cause severe, shooting leg pain, numbness and/or weakness. Minimally Invasive Lumbar Discectomy can remove a portion of the herniated disc that is compressing spinal nerves through a small incision in the skin. Dr Szabo performs minimally-invasive discectomy in many cases where surgery is necessary.

    The minimally-invasive procedures spare the muscles, and are carried out with smaller incisions than used in conventional surgery. Healing time is shorter and most patients are able to return to work in 3 to 4 weeks.

    Patients usually notice rapid relief of leg pain; however numbness may occasionally persist for several weeks before fading away. Patients should take care to avoid heavy lifting and strenuous exercise for at least 6 weeks following the procedure.

    Spinal Fusion - Stabilizing the Spine


    Fusion is a surgical technique in which two or more of the vertebrae of the spine are united together (“fused”) so that motion no longer occurs between them.

    Spinal fusion is considered for a number of reasons. These include: treatment of a fractured (broken) vertebra; correction of deformity (spinal curves or slippages); elimination of pain from painful motion; spine instability and treatment of some disc herniations.

    In most cases of spinal fusion surgery instrumentation is used to stabilize the spine. In a posterolateral fusion bone graft is placed over the transverse processes and other parts in the back of the spine then pedicle screws and rods are inserted to stabilize the spine until the bone graft heals.

    Adding the instrumentation with bone graft fusion increases the strength of the spine directly after surgery, and may decrease the need for a post-operative bracing. Patients often remain in the hospital for four days to a week following the procedure and should avoid heavy lifting, bending, twisting, and turning for six to twelve weeks.

    Transforaminal Lumbar Interbody Fusion (TLIF)


    A transforaminal lumbar interbody fusion (TLIF) is performed to remove a portion of a disc that is the source of back or leg pain. A cage and bone graft is used to fuse the spinal vertebrae after the disc is removed. Lumbar fusion surgery is designed to create solid bone between the adjoining vertebra, eliminating any movement between the bones. The goal of the surgery is to reduce pain and nerve irritation. A transforaminal lumbar interbody fusion (TLIF) may be recommended for conditions such as spondylolisthesis, degenerative disc disease or recurrent disc herniations and usually combined with pedicle screw fixation.

    Minimal Access Spinal Techniques (MAST)


    In selected patients Dr Szabo performs lumbar fusion using a minimally invasive approach. Traditional, open spine surgery involves cutting and stripping the muscles from the spine causing significant postoperative pain and longer recovery. Minimally invasive spine surgery requires a smaller incision and muscle dilation, a surgical technique that allows the surgeon to separate the muscles surrounding the spine rather than stripping them.

    MIS is an acronym for Minimally Invasive Spine Surgery. Other terms related to MIS are minimal access spine surgery, endoscopic spine surgery, or laser spine surgery. This spine surgery is minimally invasive because surgery is performed through one or more small incisions or punctures through which tubular retractors or an endoscope is inserted. MIS helps to reduce the risk of infection and decrease pain, facilitates faster recovery, and improves back muscle function.

    A minimally invasive lumbar fusion procedure, such as a posterior lumbar interbody fusion, posterolateral fusion, or transforaminal lumbar interbody fusion, typically leaves a small scar or scars. Post-surgical discomfort is less, and patients are able go home sooner after surgery.

    Anterior Cervical Decompression and Fusion


    What are Anterior Cervical Decompression and Fusion Surgery?

    ACDF is considered for patients with intractable neck pain and/or arm pain from a prolapsed disc or cervical degenerative disc disease. Herniated disc material or bony spurs (osteophytes) cause pain by exerting pressure on the nerves and spinal cord. ACDF may also be indicated after neck injuries (fractures, dislocations) resulting cervical spine instability.

    Decompression means freeing the nerves and spinal cord from impinging disc material, hypertrophied bone and ligaments. Anterior Cervical Decompression is performed on the cervical spine with anterior surgery (from the front of the neck). Dr Szabo uses an operating microscope which allows for ample light and magnification for a complete decompression.

    The purpose of the Fusion is to restore the collapsed intervertebral space to the original height and stabilize the segment. A bone block (graft) or implant (cage) is placed in between the vertebral bodies to cause them to fuse together. A small titanium plate is often placed on the two vertebrae to provide further stability.

    The procedure varies minimal risk of bleeding and meticulous surgical technique provide for rapid recovery and excellent cosmetic outcome.

    Recovery Time

    One level cervical decompression and fusion takes about three hours. The patients require two to three nights of hospital stay. An initial two weeks of rest and relaxation is needed to ensure proper healing and adequate pain relief. Postoperative rehabilitation starts on the third week after surgery with a course of physical therapy and stretch exercise regimen. Most people are able to resume their normal activities by 4 weeks after the surgery.

    Cervical Decompression and Disc Replacement Surgery


    What is a Disc Replacement Surgery?

    In selected patients, disc replacement surgery may be indicated. This is a relatively new technology whereby the damaged disc is replaced by a prosthetic motion device. The potential advantages include preservation of motion at the disc level and protection of the neighbouring levels from accelerated wear and tear.

    Cervical Disc Replacement Surgery is usually recommended for younger individuals suffering from intolerable neck pain and/or arm pain caused by a ruptured or herniated disc.

    Many functional cervical disc replacements was tested and produced until now.

    Recovery Time

    One level cervical disc replacement requires two to three nights of hospital stay.
    Recovery and postoperative rehabilitation is the same as following cervical fusion surgery.

    Balloon Kyphoplasty


    Balloon kyphoplasty is a minimally invasive surgical technique to treat vertebral compression fractures caused by osteoporosis, spinal injury or cancer.

    How Do I Know I Have A Fracture?

    Osteoporosis is a debilitating bone disease that results in a reduction of bone mass predisposing the patient to an increased risk of vertebral and other fractures. Of all the fractures vertebral compression fractures (insufficiency fractures) are the most common but the least treated in the past.

    If you experience sudden acute pain in your back after a minor fall or other minor incident (lifting heavy weight, jumping) consult your doctor and ask him to take an x-ray of your spine. The best way, however, to diagnose a fresh fracture of the spine is to do a MRI study with STIR weighted images. It is important to do this sooner than later because the fracture can become untreatable quickly.

    Kyphoplasty Objectives

    • Take away the pain caused by the fracture.
    • Internally splint the fracture.
    • Prevent deformity or to restore deformity depending on the age of the fracture.
    • Increase mobility and preventing more bone loss caused by bed rest.
    • Prevent the use of pain and anti-inflammatory medications and the use of external splints.

    How Is Kyphoplasty Done?

    Kyphoplasty is done under a light general anaesthesia. Under sterile conditions and with x-ray positioning in place, a guide pin is passed through skin into the fractured vertebral body on both sides. After several more steps to ensure correct placement of the working channels two inflatable balloons is passed inside the vertebral body into the fracture. The balloons are slowly inflated to try and restore height loss caused by the fracture and also to create a bone void.

    A needle is passed into the fractured vertebra

    Inflatable balloons are passed inside the vertebral body

    The balloons are then removed and through the same working channels bone cement is introduced in the void created by the balloons. The cement is introduced slowly and in a low flow state so that the surgeon has control over the flow of the cement. The instruments are removed and dressings applied. The procedure takes 30-60 minutes per level.

    Cement is introduced in the void

    The fractured vertebra restored

    See the related weblinks:

    After surgery the patient may sit and walk with no support and usually leaves the hospital the same day or next morning. If you develop severe pain any time after surgery you have a new fracture until proven otherwise.

    Who Does Kyphoplasty?

    The company Kyphon makes sure that surgeons are fully trained and capable to do this delicate procedure which is very safe in the right hands. For more information please visit

    Dr Szabo is one of the specialist surgeons in the country accredited to perform the procedure.