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Lumbar And Cervical Disc Replaceme
- Days In Hospital 5 days
- Outside Hospital Stay 15 days
- Success Rate 68%
Minimum Cost
$ 5000
Maximum Cost.
$ 12000
Overview of Lumbar And Cervical Disc Replaceme in India
Lumbar and cervical disk replacement procedures are surgeries that involve the back or spine, specifically targeting the vertebral bones that form the upper part of the lower back or the neck. These two structural types of vertebrae are referred to as the lumbar and cervical spines, respectively. The lumbar spine is the lower part of the spine, and the cervical spine is located in the neck. These lumbar and cervical vertebrae are separated by disks, which act as cushions between the vertebrae and provide ease of movement, so the vertebrae do not move against each other.
At times, the spine has a disk that is either degenerative or damaged, and it is necessary to replace that disk with an artificial disc made of either metal implants or plastic implants or sometimes combinations of both. Spine lumbar and cervical disc replacement surgery may be considered an alternative when fusing vertebrae is not appropriate, depending on the patient's condition. Fusion of vertebrae refers to joining two vertebrae together to provide a more stable bone, but it usually does not allow movement.
However, lumbar and cervical disc replacement surgery, as looked at under the spine replacement surgery subheading, undermines stability to facilitate greater movement. Lower back pain and pain in the neck region, along with numbness in the legs and arms, may allow a person to be offered lumbar and cervical disc replacement surgery. Lumbar and cervical disc replacement surgery helps eliminate pain, but in severe cases, it may not make the pain disappear entirely. Lumbar and cervical disc replacement surgery in the spine has numerous risks, such that poor skill or technique could lead to complete paralysis in legs or arms.
A lumbar disk replacement is a form of back or spine surgery. Your spine consists of long bones called vertebrae, which are stacked on and above one another. The disks between the vertebrae act like cushions. They allow the vertebrae to rotate and move without the bones in your spine's neck or back portion rubbing against each other. The lumbar vertebrae and disks are the bottom portion of your spine. The lumbar disk replacement procedure involves replacing a worn or degenerated disk in the lower part of your spine with an artificial disk made entirely out of metal or a mixture of metal and plastic.
Cervical disk replacement (CDR) surgery replaces a damaged spinal disk in your neck (cervical spine) with an artificial (prosthetic) disk.
Spinal disks are jelly-like cushions between each of your vertebrae (bones of your spinal column). These disks help you to move, bend and twist comfortably while acting as shock absorbers. CDR surgery aims to restore the height of a worn-down (degenerated), collapsed disk space to maintain the normal range of motion in your neck and possibly relieve pain by decompressing nerve roots.
There are various types of artificial cervical disks. The three primary materials used for artificial cervical disks are cobalt, titanium, and stainless steel.
Types of Lumbar And Cervical Disc Replaceme:
Total Disc Replacement (TDR)
Total disc replacement is the most common type of disc replacement procedure for the lumbar and cervical spine. In this type of operation, the damaged disc is removed and replaced with an artificial disc (metal or plastic). The goal is to replicate natural disc function while allowing for movement and flexibility in the cervical and lumbar spine.
Prosthetic Disc Nucleus Replacement (PDNR)
In this operation, only the nucleus, which is the gel-like centre of the disc, is replaced with a prosthetic device. The outer fibrous part of the disc is generally left in place. This procedure replaces disc height, maintains stability and preserves the physiological structure of the cervical and lumbar spine disc.
Hybrid Disc Replacement
The components of both disc replacement and fusion surgery are combined in a hybrid disc replacement. The cervical and lumbar spines, which surround the discs, are fused, and one or more of them are replaced with artificial discs during this treatment. This method is occasionally applied when there are several degrees of disc degeneration or when the neck and lower back areas are experiencing issues with spinal instability.
Artificial Discs Used in Disc Replacement Surgeries
In disc replacement surgery, various artificial disc types are used, each designed to support the spine's natural motion and reduce the strain on the surrounding tissues. The best kind is determined by several variables, including the patient's age, condition, and spinal health.
Composite Discs
Composite Discs feature a pair of metal plates with a plastic spacer to minimise friction and the potential for wear over time. They are a solid option for many, with many choosing them because they have proven to have good long-term reliability with increased use.
Hydraulic Discs
Hydraulic discs have a special core that starts compressed, then it absorbs fluid in this compressed state when it gets into the body. Thus, allowing the disc to expand in the body and move more naturally. It is intended to permit overall smoother motions of the disc, notably helping to increase overall stiffness in the spine.
Elastic Discs
Elastic Discs work the same way as composite discs, with a soft, completely pliable material instead of a spacer in the centre. These plates are designed to limit spinal motion stiffness. They also allow more natural and enhanced flexibility for mobility and other daily activities.
Mechanical Discs
Mechanical Discs have two parts that create an operation that begins to control motion in our natural segmental, as in broadly similar enough to natural disc movement. They are commonly made out of metal or a combination of metal and ceramic. They have been designed to mimic the function of a natural disc, offering longevity and durability.
Procedure:
The process in general is as follows.
Preoperative Evaluation: Before surgery, a complete evaluation is performed including physical examination, review of medical history, and testing such as X-rays, MRI, or CT scans. This testing helps the surgeon to identify the site of the disc damage within the cervical and lumbar region.
Anesthesia: The patient is then placed under anesthesia and rendered unconscious to minimize pain response throughout the procedure.
Incision: The surgeon makes an incision at the lumbar or cervical region, usually at the mid-line to provide better access to the affected disc.
Disc Removal: The surgeon carefully removes the affected disc in the neck and lumbar region, including any part of the disc that is compressing the nearby nerves and causing pain.
Disc Replacement: In the lumbar and cervical regions, an artificial disc is interposed into the empty disc spaces. The artificial disc is designed to function and perform like a natural disc, supporting the spine and enabling it to move and control movement.
Closure: After the surgery is complete the incision is closed with sutures and a sterile dressing is placed to protect the surgical site from infection.
Postoperative Care: Patients will receive instructions on taking pain medications, managing blood thinners, and regaining mobility to facilitate a smooth recovery process. Additionally, physical therapy exercises to help recover from surgery are integrated into the recovery after surgery to help build strength in the surrounding muscles as well as regain a normal function to the spine.
Best Doctors in India
Cost of Lumbar And Cervical Disc Replaceme in India
|
Treatment |
Min |
Max |
|
Cervical Disc Replacement (CDR) |
USD 5,000 |
USD 8,000 |
|
Lumbar Disc Replacement (LDR) |
USD 6,000 |
USD 10,000 |
|
Total Disc Replacement (TDR) |
USD 7,000 |
USD 12,000 |
Top Hospitals in India
Indications of Lumbar And Cervical Disc Replaceme:
Typical indications for lumbar and cervical disc replacement are:
- Chronic Discogenic Low Back and Neck Pain
- Failed Non-Surgical Treatment
- Degeneration of Lumbar and cervical discs
- Herniated Lumbar and cervical discs
- Discogenic Radiculopathy
- Lack of spinal stability in the neck and back
- Prospects for preservation of spinal motion
- Age (typically under age 60)
- Lack of Severe Spinal Deformities
- Lack of Significant Facet Joint Disease
Risk Factors:
The following are some risk factors for lumbar spine disc replacement:
Infection
There is a possibility of infection developing at the surgical site. There are several steps to take to minimise the risk, such as adhering to sterile technique during surgery and using other infection-prevention medications. However, in rare cases, the infection can progress despite all preventive measures being taken.
Bleeding
There is a risk of bleeding associated with and after the procedure. Bleeding may occur in some cases and may require transfusion.
Nerve or Spinal Cord Injury
There is a risk of injury to the nerves in the vicinity or to the spinal cord during the procedure. This can result in weakness, numbness or even paralysis of the lower extremities.
Allergic Reactions
Some people may have allergic reactions to the materials used in artificial discs or surgical implants.
Device-related Problems
Artificial discs can experience device-related problems, similar to other types of surgical implants, including dislocation, tear, fracture, or implant failure, which may require additional surgeries.
Blood Clots
Prolonged immobility during and after surgery increases the chances of blood clots in the legs or lungs. Early mobility and blood-thinning medications are used to offset blood clots.