Spinal stabilization

Spinal Stabilisation Treatment in Begur

For the treatment of certain spine disorders, spinal stabilisation treatment in Begur becomes essential. The necessity of stabilisation is determined by the severity of the issue and the evaluation made by your surgeon. To stabilise your spine and enable fusion following decompression, spinal stabilisation surgery includes introducing tools like screws and plates into the back of your spine. To treat severe spinal cord damage, spinal cord stabilisation entails surgical techniques.

When do you Need Spine Surgery?

When someone complains of neck or low back discomfort, it is usually monitored over time and advised to continue engaging in healthy, steady physical activity to see whether the problem goes away. The next step will be to contact a doctor for an examination if the issue is not resolved with over-the-counter remedies, physical exercise, pain management, and anti-inflammatory medications.

The treatment of many people with spinal issues does not need surgery. Surgery becomes a possible choice if the problem is still not healed. Doctors may advise surgical surgery when nonsurgical treatment fails to relieve symptoms caused by spinal cord or nerve root compressions, such as severe weakness in an arm, leg, or limb.

Why Would You Need Spinal Stabilisation Surgery?

The following conditions are treated with spinal stabilisation surgery,

• Trauma caused by a vehicle accident or a sports injury

• Injury brought on by a fall from a height that causes spinal compression, fractures, and other issues

• Herniated discs and scoliosis are examples of degenerative diseases.

• Spinal fractures brought on by osteoporosis-related bone loss

• Spondylolisthesis

• Spinal tumours

Spinal Stabilisation Surgery

• To stabilise your spine, many surgical techniques are employed. Instrumentation is often used in surgeries. 

• The backbones will be fused by your surgeon using hardware including percutaneous pedicle screws, facet screws,  and spinous process plates. 

• Decompression, a minimally invasive treatment used to relieve pressure on the spinal cord or nerve roots, combines spinal instrumentation. 

• Your surgeon will surgically remove the portion of the spine that is pushing on the nerves before putting the hardware. Following this, a fusion is performed in which the surgeon inserts irradiated cadaver bone held together by rods, screws, and plates until the patient's bone and bone transplant fuse together.

Minimally Invasive Spine Stabilization Surgery

• Most spinal problems may be treated safely and effectively using minimally invasive stabilising techniques. 

• The spine stabilises during the minimally invasive operation via a little incision without harming or severing the surrounding muscles. 

• The surgeon is guided through the process with a specialised X-ray. 

• To reach the spine between the muscles, a tabular dilator is employed. During the surgery, retractor aids assist in maintaining the area accessible. 

• The subsequent placement of specialised implants joins two or more vertebrae together.

Recovery from Spinal Stabilization Surgery

• The patients will see a reduction in discomfort four weeks after the operation. But there will be some discomfort over some time. 

• While the bones are fusing, only a tiny amount of exercise is permitted, and lifting, bending, and twisting should be avoided. 

• Walking and stretching will be the initial physical therapy exercises performed during the first-week surgery. Static stabilising exercises will then be performed for the next two months. 

• The total recovery from spinal stabilisation surgery takes around six months with the help of.

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