Brain Tumour

While the doctors are still unable to find the cause of the primary brain tumours, they have identified several risk factors that make you vulnerable to brain tumours.

• Radiation: Exposure to radiation is one of the most known risks of a brain tumour. People who had a cancer history and have undergone radiotherapy, repeated computerised tomography (CT scans) or X-rays to the head are more prone to developing brain tumours.
• Genetic Diseases: There are some genetic diseases that can put you at risk of brain tumours. Some of them are Neurofibromatosis which is a tumour-causing genetic disorder, Turcot syndrome that is characterised by abnormal cells, Von Hippel-Lindau syndrome, and Li-Fraumeni syndrome.
• HIV or AIDS: Those who have HIV or AIDS are more vulnerable to a brain tumour as compared to other people as they have low immunity

The type and severity of symptoms depend upon the size, type and location of the brain tumour. Some of the common symptoms include:

• Headache
• Nausea and vomiting
• Seizures (especially in older adults)
• Weakness
• Vision problems
• Confusion Difficulty with memory or the ability to understand
• Decreased level of consciousness
• Difficulty in writing or reading
• Lack of bladder/bowel control
• Change in personality, mood, behaviour or emotional changes
• Hearing loss with or without recurrent giddiness

The Max Institute of Neurosciences at Max Hospitals, India provides world-class super speciality tertiary care for all kinds of neurological disorders, conditions and diseases, including brain tumours. Apart from an array of services like Advanced Brain Tumour Centre, Minimally Invasive Spine Surgery Centre, Stroke Centre, it has India's first Intraoperative MRI. It is one of the leading neurology centres in North India, with presence in Delhi NCR (Saket, Patparganj, Shalimar Bagh, Vaishali, Pitampura, Noida, Gurgaon & Panchsheel Park), Mohali, Bathinda and Dehradun.

Each of the institutes is run by a dedicated team neurosurgeons, neurologists, neuropsychologists, neurophysiologists, intervention neurologists and neuro anaesthetists who work together and create a tailored treatment plan for patients.

Their quick, accurate diagnosis and treatment of brain tumour has led to high success rates and saved the lives of countless patients.

For brain tumour patients, Max Institute of Neurosciences runs the following specialised surgical programmes:

• MRI-guided brain tumour surgery
• Minimally-invasive spinal surgery
• Endovascular neurosurgery Interventional neuroradiology
• Endoscopic brain surgery
• Endoscopic skull base surgery
• Deep brain stimulation (DBS)

Today, brain tumours have affected the lives of millions of people through their agonising and distressing condition. The doctors at Max Institute of Neurosciences believe in diagnosing them early and providing effective treatment. Such prompt action increases the chances of success.

Diagnosis of a brain tumour is done by a neurologic exam (by a neurologist or neurosurgeon), magnetic resonance imaging (MRI) and/or CT scan, and other tests like an angiogram and spinal tap. When a brain tumour is diagnosed, a team is formed to assess the treatment options which are presented to the patient and his/her family. The size, location, shape and appearance of the tumour on an MRI or CT scan can often aid in determining the type of tumour. If these tests are unable to detect the type of tumour, the doctors perform a biopsy. Treatment begins once the diagnosis is complete.

Treatment depends on many factors, including:

• Patient's age at the time of diagnosis
• Patient's overall health
• Type, size, location and characteristics of the tumour cells and blood vessels

When it comes to brain tumours, Max Institute of Neurosciences offers a wide array of treatment options. These include:

A) Surgery: Following are the surgical options for brain tumour:

• Partial surgical removal of tumour: When the tumour cannot be reached (like vital areas of the brain), or the surgery would cause a significant risk to the patient, partial surgical removal of the tumour is the preferred mode of treatment.
• Complete surgical removal of the tumour: Here, the surgeon removes the entire tumour without damaging vital brain tissue.
• Endovascular surgery: This procedure is used to treat an aneurysm (swelling or 'ballooning' of a blood vessel). The surgery involves using inserting and positioning an endovascular graft inside the aorta. Once in place, it expands and seals off the aneurysm, preventing blood from flowing into the aneurysm. The graft remains there permanently.

• Benign tumours are most often removed completely. But in certain circumstances, some part of a benign tumour is left behind to preserve vital nerves which involves a second stage therapy in the form of radiation therapy, gamma knife or cyberknife therapy and chemotherapy for the residual tumour will certainly cure the disease. Benign tumours that are slow-growing and difficult to access surgically, or are not causing significant symptoms, may be monitored by MRI or CT scans on a regular basis.
• Treatment of malignant tumours involves a complete approach (three-fold-surgery and radiotherapy with or without chemotherapy) depending upon the stage of cancer. Many times chemotherapy or radiation therapy is performed, in addition to surgery, to ensure that remaining tumour cells do not regrow or do so at a slower rate. With advanced radiotherapy machines, this modality is very well tolerated and has very fewer side effects.