Spinal surgery is believed to be one of the most complex and sophisticated surgery which is to be done with utmost caution and precaution. It is said a little bit of carelessness can even cause death or complete paralysis in a patient.
The spine is made up of a series of bones called "vertebrae"; between each vertebra are strong connective tissues which hold one vertebra to the next, and acts as a cushion between the vertebrae. The disc allows for movements of the vertebrae and lets people bend and rotate their neck and back. The type and degree of motion varies between the different levels of the spine: cervical (neck), thoracic (chest) or lumbar (low back). The cervical spine is a highly mobile region that permits movement in all directions. The thoracic spine is much more rigid due to the presence of ribs and is designed to protect the heart and lungs. The lumbar spine allows mostly forward and backward bending movements (flexion and extension).
Spinal Fusion Surgery:
There are many surgical approaches and methods to fuse the spine, and they all involve placement of a bone graft between the vertebrae. The spine may be approached and the graft placed from the back (posterior approach), from the front (anterior approach) or by a combination of both. In the neck, the anterior approach is more common; lumbar and thoracic fusion is usually performed posteriorly.
The ultimate goal of fusion is to obtain a solid union between two or more vertebrae. Fusion may or may not involve use of supplemental hardware (instrumentation) such as plates, screws and cages. Instrumentation is sometimes used to correct a deformity, but usually is just used as an internal splint to hold the vertebrae together to while the bone grafts heal.
Whether or not hardware is used, it is important that bone or bone substitutes be used to get the vertebrae to fuse together. The bone may be taken either from another bone in the patient (autograft) or from a bone bank (allograft). Fusion using bone taken from the patient has a long history of use and results in predictable healing. Autograft is currently the "gold standard" source of bone for a fusion. Allograft (bone bank) bone may be used as an alternative to the patient's own bone. Although healing and fusion is not as predictable as with the patient's own bone, allograft does not require a separate incision to take the patient's own bone for grafting, and therefore is associated with less pain. Smoking, medications you are taking for other conditions, and your overall health can affect the rate of healing and fusion, too.
Currently, there is promising research being done involving the use of synthetic bone as a substitute for either autograft or allograft. It is likely that synthetic bone substitutes will eventually replace the routine use of autograft or allograft bone.
With some of the newer "minimally invasive" surgical techniques currently available, fusion may sometimes be done through smaller incisions. The indications for minimally invasive surgery (MIS) are identical to those for traditional large incision surgery; however, it is important to realize that a smaller incision does not necessarily mean less risk involved in the surgery.
Cervical Spine Surgery:
Cervical spine surgery may be indicated for a variety of cervical spine problems. Generally, surgery may be performed for degenerative disorders, trauma or instability. These conditions may produce pressure on the spinal cord or on the nerves coming from the spine.
The goal of cervical spine surgery is to relieve pain, numbness, tingling and weakness, restore nerve function and stop or prevent abnormal motion in the spine. Your surgeon does this by removing a disc or a bone and fusing the vertebrae together with a bone graft either in front of or behind the spine. The bone graft may be one of two types: an autograft (bone taken from your body) or an allograft (bone from a bone bank). Sometimes metal plates, screws or wires are also used to further stabilize the spine. These techniques are called instrumentation. When the vertebrae have been surgically stabilized, abnormal motion is stopped and function is restored to the spinal nerves.
Spine fusion instrumentation
The role of spine fusion instrumentation is to provide additional spinal stability while helping the fusion set up.
Various forms of instrumentation (medical devices) have been developed with the goal of improving the rates of successful spinal fusion. Because bone tends to fuse more effectively in an environment where there is little motion, instrumentation helps the fusion set up by limiting the motion at the fused segment.
There are three primary types of spine surgery instrumentation:
Anterior interbody cages-Anterior interbody cages are devices that are made to be inserted into the lumbar disc space through an anterior (from the front) approach. They can be made of allograft bone, titanium, or carbon/PEEK
· Pedicle screws-Pedicle screws provide a means of gripping onto a vertebral segment and limiting its motion.
Posterior lumbar cages- they are also made to be inserted into the lumbar disc space, but are modified to be inserted through a posterior approach.
Apollo Hospitals and Spine Surgery:
Apollo's dedicated team of spine surgeons offers spine care of the highest standards. Some of the specialized procedures offered by our internationally-trained and educated surgeons include:
Major spinal surgery for the lumbar disc prolapsed and spinal fusion for spondylolisthesis
Anterior cervical disectomy and fusion for cervical disc problems
Stabilization of fractures of dorsal, lumbar and cervical
Spine with neurodeficit
Major spinal surgery for the lumbar disc prolapse and spinal fusion for spondylolisthesis
Cervical corpectomy for cervical myelopathy and selective posterior rhizotomy for cerebral palsy
Apollo hospitals have the required expertise to treat the above diseases. Apollo's Department of Orthopedic Surgery specializes in the treatment of various problems. Apollo Hospitals are well-known for its expertise in all kinds of Neck Surgery. The Hospitals with their highly expert Surgeons are at par to international standards. They treat deformities, injury related conditions and personal grooming requirements. Neck Surgery is quite familiar a business in Apollo Hospitals.
(In US $)
(In US $)
|NEURO & SPINAL SURGERY
|1) All Elective Craniotomies
||7 - 8 Days
|2) All Microscopic Operations including implant
||7 - 8 Days
|3) All intra-dural Spinal Surgeries including implant
|4) Trans-sphenoid operations
|5) Spinal Fusion + Decompression + Anthroplasty
|6) Revision Surgery for Lumbar and Cervical Disc Disease
|7) Brachial Plexus Injuries / Sterotactic Procedures
|8) Deep Brain Stimulation for Parkinsons
||7 - 8 Days
|9) Vagal Nerve Stimulator
||5 - 6 Days
|10) Micro - Disectomies for Cervical and Lumbar Discs
||5 - 6 Days
|11) CSF Shunt Procedures
||5 - 6 Days
|12) Chronic sub-dual haematoma
||3 - 4 Days
|13) Burr-Hole aspiration for Abscess
|14) Peripheral Nerve Surgery
|15) Carpal Tunnel Release
|16) Radiofrequecny Rhizotomy / Tic Injections
- Prices are subject to change or withdrawal without notice.
- These are indicative prices only and may vary depending on the conditon of the patient, at the time of admission.
- Apollo will provide final estimates at the time of patient's admission.
- Single room is well furnished with Bed, Sofa-cum-Bed for Companion, Cupboard, Medicine Drawer, TV, Telephone and
Wi-fi facility for Internet access. Mobile phones are available on request.
- Stay and food for one Companion with patient in a Single Room is included in the above packages.
- Services like Mobile, Laundry etc. will be charged extra.
- Post-stay outside the Hospital is at the personal expense of the patient and is not included in the above prices.
- 1 US $ = INR 45
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