Neurosurgery – Farrer Park Hospital
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What is Neurosurgery?
​Neurosurgery is the medical specialty concerned with the prevention, diagnosis and treatment of disorders that affect the entire nervous system. This includes the brain, blood vessels, spinal column, spinal cord, and peripheral nerves.

​Brain Tumour

A brain tumour is an abnormal growth of cells inside the skull.

Primary brain tumours are tumours which arise from the brain. They can grow from the cells of the brain, blood vessels in the brain, nerves that emerge from the brain or the membranes covering the brain. Benign (non-cancerous) brain tumours are generally slow-growing tumours. They can exert potentially damaging pressure on the brain but they do not spread into the surrounding brain tissue. Malignant (cancerous) brain tumours are rapid growing and they spread into the surrounding brain.
Secondary or metastatic brain tumours grow from cancer cells that originate from a primary cancer located in another organ (e.g. lung, breast or colon).
Both primary and secondary brain tumours can result in severe disability and can cause death if the growth is left unchecked. All patients with symptoms of a possible brain tumour should be evaluated by a neurosurgeon for diagnosis and treatment. Early diagnosis using high-quality imaging scans and prompt treatment can lead to good outcomes.
In most cases, surgery using microsurgical techniques is required to remove as much tumour with minimal injury to the brain. Brain tissue is extremely delicate and can sustain permanent damage from excessive pressure or disruption of its blood supply. The risks of surgery include infection, bleeding, seizures, paralysis, coma and even death. Sophisticated equipment is available to make surgery safe and effective. Use of a computerised navigation system allows the neurosurgeon to localise the tumour accurately and also to navigate around critical areas of the brain.
The Operating Microscope facilitates the preservation of important nerves and blood vessels, thereby reducing the risk of injury. Ultrasonic aspirators are also available to facilitate tumour resection. A brain tumour can be treated through a small opening made in the skull using CT or MRI-guided stereotactic surgery. If the boundaries of the tumour cannot be easily identified the neurosurgeon may have to stop the tumour resection to minimize the risk of damaging normal brain.
Under special circumstances when the tumour is located in critical areas of the brain, usually speech or motor areas, the surgery may even be done with the patient under sedation but awake. The critical areas can be identified more clearly by stimulating the areas with a small electrical current and tumour removal is performed with constant monitoring of the patient’s speech or limb strength. The overall aim is to remove as much tumour as possible with least damage to the critical areas. The latest neurosurgical techniques and equipment allow surgery to be performed with a high level of safety and ensuring good outcome.
When the brain tumour is small and deep-seated, more extensive tumour removal may not be possible. In such situations, a stereotactic frame may be fixed and CT or MRI-guided biopsy performed. A small piece of tumour is taken and sent for diagnostic investigations.
For primary cancerous brain tumours that cannot be completely removed, surgery may be followed by external beam radiation delivered by a linear accelerator over 2-6 weeks to destroy the remaining tumour cells.
Drugs that destroy or slow down the growth of tumour cells can be administered either orally or by intravenous injection. Hair loss, nausea and susceptibility to infection are potential side effects of chemotherapy.
Brain metastases and benign brain tumours that cannot be removed surgically or are present in patients unfit for surgery can be treated by stereotactic radiation, which delivers narrow beams of strong radiation aimed precisely at the tumour from many different directions. Normal brain tissue therefore receives only a fraction of the total radiation dose received by the tumour. Exact knowledge of the tumour location is necessary, and this is achieved by securing the head firmly but painless in a custom-made mask system and doing a CT scan of the head with the mask system in place. For treatment planning a MRI scan of the head is also required.
Recovery may at times be limited by the extent of damage caused by the tumour and by the brain’s ability to recover. Therapists are available to commence physiotherapy, occupational therapy and speech therapy in the wards. If there is persistent disability, the patient may be transferred to the Department of Rehabilitation Medicine or to a nursing care facility for a further period of rehabilitation to maximize the recovery process. To fully benefit from rehabilitation, the patient and family should maintain a positive attitude, set realistic goals and work steadily to accomplish each goal.  A multidisciplinary team consisting of the neurosurgeon, radiation oncologist, and rehabilitation therapists can ensure a good return to functional activity for the patient.
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