Gamma Knife Surgery Cost in India

The average gamma knife treatment cost in India starts from $6500. The same treatment costs around $40000 to $70000 in the western countries, including the UK, US, and Canada.

Why choose Gamma Knife Treatment in India?

Gamma Knife treatment cost in India is much reasonable than other countries. Even after paying a minimal cost for treatment in India, patients from abroad can still enjoy the same quality of medical treatment as they would typically get in any other country in the world.

Even patients from the Western countries, such as the UK and the US come to India for the surgery. This is because cancer treatment is really expensive in those countries.

Patients from developing countries African countries come to India for this treatment because there are not enough good medical services where they live. On the hand people from developed countries are mainly drawn to the low cost of gamma knife treatment, in India.

Gamma Knife radiosurgery treatment performed in many Indian hospitals that helps with the treatment of tumors and lesions along with several other abnormalities related to the brain. This cancer treatment is non-surgical and it does not involve the use of a knife or blade.

The Government of India encourages tourists who come for cancer treatment by offering incentives and clear guidelines. The Government of India supplies focused information and knowledge to those patients. This is an advantage and a reassuring sign, for cancer patients who intend to travel to India for Gamma Knife treatment and other cancer therapies.

Perfexion – Latest Gamma Knife Technology

Perfexion is the generation of Gamma Knife radiosurgery introduced by Elekta, the manufacturer of Gamma Knife. Perfexion is specially made for treating tumors of the brain, neck and upper spine. Perfexion is the world’s fully robotised technique that uses a cobalt‑60 source.

Perfexion offers many benefits over the older version of Gamma Knife machines. Some of the benefits associated with this technique include the following:

• Perfexion is purely dedicated to the treatment of brain conditions along with the problems associated with neck and the upper portion of the spinal cord. Gamma Knife perfexion is not meant for other body parts.
• Perfexion has a much higher degree of accuracy and precision.
• No surgical incision or anesthesia is required to perform the procedure.
• Treatment is performed in a single session.
• Perfexion helps the patient return back to the normal routine within 24 to 72 hours.

How does a Gamma Knife surgery work?

This treatment requires a team of neurological surgeons,radiation oncologists, radiologists, medical physicist, computer specialist, and physician assistants. The surgery is conducted in the following steps:

• Frame fixation: A custom-made stereotactic face mask depending on the size of the tumor and its location is fitted securely around the head of the patient. This is done to hold the head of the patient in a still position to get the scans with precision.
• Diagnostic imaging: The patient undergoes the imaging scans such as an MRI and CT scan. These scans help the doctor to locate the abnormality in the brain with accuracy.
• Computerized treatment planning: The treatment is designed with the help of a three-dimensional software to hit the exact contours of the tumors with effective dosing of the radiation.
• Radiation delivery: The patient’s head is held still while several sources of small radiations are focused on the target simultaneously. The procedure takes 30 minutes to 60 minutes depending on the number of the targets.

What can Gamma Knife Radiosurgery treat?

Gamma Knife radiosurgery has been clinically proven to treat certain conditions of the brain in a non-invasive manner. It can be effectively used to treat tumors ranging from target sizes of few millimeters to several centimeters.

Some of the conditions which can be treated successfully with the help of Gamma Knife procedure include the following:

Benign or Malignant Brain Tumors

• Meningiomas: It is a type of benign tumor that is most frequently treated with the help of Gamma Knife surgery. Stereotactic radiosurgery is found to be the most successful procedure for the eradication of meningiomas.
• Glioblastomas: Gamma Knife radiosurgery has been successfully used to prolong the median survival of tumor recurrence by 8 to 12 months on an average.
• Craniopharyngiomas: For patients suffering from craniopharyngiomas and those who have failed to receive any benefits from other conventional therapies, Gamma Knife radiosurgery has proved to be beneficial. It helps increase survival rates.
• Astrocytomas: Low-grade astrocytomas are effectively treated with the help of radiosurgery. A patient with astrocytoma can expect himself or herself to be treated completely with the help of Gamma Knife surgery.
• Oligodendrogliomas::Residual or recurrent oligodendrogliomas are successfully treated with the help of minimally invasive Gamma Knife surgery.
• Hemangioblastomas: Gamma Knife treatment has significantly enhanced the rate of tumor control in patients with hemangioblastoma. Neurologic functions are also preserved to a greater extent in these patients following this procedure.

Metastatic Brain Tumors

Neurosurgeons have effectively used Gamma Knife radiosurgery for the treatment of metastatic brain lesions and tumors. Lesions arising from primary tumors of the kidney, skin, breast, uterus, colon, or other organs in the brain are expunged with this procedure with a success rate of more than 90 percent. Gamma Knife is successfully used to treat many other medical conditions such as trigeminal neuralgia, arteriovenous malformations, cavernous angiomas, Parkinson’s disease, and medically intractable epilepsy.

Gamma Knife surgery has made a revolutionary change in the life of the patients whose tumors were declared inoperable due to its location, patients with specific medical conditions that make it impossible for the surgeons to conduct conventional surgeries, patients with recurrent tumors, and the patients whose tumors were not removed totally during previous surgical procedures.