Brain Tumor Surgery Cost In India

Family history: Genetic inheritance of the brain tumor increases the risk of brain tumor.

Exposure to radiation: exposure to ionizing radiation like X-ray, radiation therapy increases the risk of brain tumor.

The symptoms of brain tumors depend on their size, type and location. The most common symptoms of brain tumor are severe and frequent headaches, nausea, vomiting, blurring of vision, loss of peripheral vision or double vision, gradual sensory and motor loss of arm or legs, difficulty in maintaining balance, speech, confusions, seizures, hearing problems and many more.

Brain tumors are named according to their site, type of tissue and the cell that generates the mass. These can be gliomas, meningioma and schwannomas which are most common. The other types of brain tumors are pituitary tumors, ependymomas and primary lymphoma of the brain.

With the advent of modern technology and advanced surgical modalities, brain tumors are no longer as scary as they used to be a few years ago. With modalities such as Gamma knife, Cyberknife, Novalis Tx radiosurgery, brain tumors are effectively treated at IndiCure associated hospitals for brain tumor treatment in India.

The success rate at these hospitals is at par with the best neurosurgery hospitals in the world. Not only the infrastructure is state of the art, neurosurgeons are highly trained and experienced, the cost of brain tumor surgery in India at our affiliate hospitals is much affordable.

Neuroendoscopy: Neuro endoscopy is also a minimally invasive surgery technique which uses specialized endoscopes with high resolution video cameras to perform surgery of the brain. Tumors such as colloid cyst, pituitary tumors, meningiomas, Craniopharyngioma can be removed using the technique. Various approaches used are endonasal and transsphenoidal removal of the tumor. IndiCure associated best brain tumor hospitals in India have specially trained neurosurgeons who perform these procedures. The advantages of these procedures are smaller incisions and bony openings which result in less scarring, less pain, shorter hospital stay and quick recovery.

Stereotactic Radiosurgery: Stereotactic radiosurgery has offered a new ray of hope to the patients who cannot undergo traditional surgery either because of their frail health or because the tumor is located in an area which is too risky to access.

Gamma Knife: Gamma knife is the most used radiosurgery to treat brain tumors. Gamma knife uses multiple beams of radiation to create a highly focused target for delivering the radiation treatment that aims to kill the tumor cells of small areas. Every single beam is not that powerful, but the point where they converge at the site of the brain tumor, these emit large and powerful doses of radiation that kills the target cells. Gamma knife is the most advanced technology and is very precise in targeting tumor cells. The technology is now worldwide used as the choice of treatment for certain brain tumors, AVMs, and Trigeminal neuralgia.

CyberKnife: Cyberknife again is a non -invasive technique to treat complex brain tumors. Cyberknife uses high-energy radiation treatment that delivers very precise beams of radiation from many angles outside the body. The accuracy of Cyberknife is so precise that radiation can be ‘matched' to the shape of small complex tumors, even those located near critical organs. This ability allows Cyberknife to treat many lesions including many considered inoperable or untreatable with surgery.

Radiation therapy: Novalis Tx Radiosurgery offers new standards in radiosurgery treatment and gives new rays of hope to the patients with cancerous and non cancerous tumors who were otherwise considered inoperable. Novalis tx radiosurgery is non-invasive radiosurgery which offers the most precise delivery of radiation to the targeted area not only in the brain but in other parts of the body as well. It works by delivering a highly focused beam of radiation to the tumor without harming the healthy tissues surrounding the tumour. The technology works by rotating around the patient to deliver treatment beams from virtually any angle in a matter of seconds. Since the treatment time is very less, damage to surrounding tissue is minimal. The sophisticated image guidance and motion management tools provide treating surgeons detailed information about size, shape and position of the targeted lesion to guide patient set up and positioning and monitor motion during treatment.

Tumor Embolization: Neurointerventional Radiology is the amalgamation of the branches of neurology, neurosurgery and radiology. The neurologist, neurosurgeon and the radiologist work as a team to offer this minimally invasive treatment for the abnormalities of head, neck and spine. Neurointerventional radiology provides minimally invasive and effective treatment for problems such as stroke, brain tumors or aneurysms which otherwise may require a major surgery. The procedure works by cutting off the blood supply to the tumor which causes tumor cells to shrink and eventually die. This is particularly helpful in cases when tumor is accessible or risky to remove