What is a Cyberknife System?
Cyberknife is the most advanced type of radiosurgery. It is a painless, silent treatment that delivers high doses of targeted radiation to damage tumors inside the body.
The Cyberknife system is a non-invasive treatment for cancerous, non-cancerous tumors and other conditions where radiation therapy is suggested. It is used to treat the condition of your body. It includes the prostate, lungs, brain, spine, head and neck, liver, kidneys, and pancreas. It is optional surgery for patients who have untreated or surgically complicated tumors. Cyberknife treatment is done 1 to 5 times. The Cyberknife system has helped thousands of cancer patients.
The Cyberknife Robotic Radiosurgery system is the first and only robotic radiosurgery system that is used to treat tumors all over the body. It transfers high doses of radiation with an accuracy of sub-millimeters. Because cyberknife can transfer radiation beams from effectively any direction, the radiation beams are concentrated on the tumor. It minimizes damage to nearby healthy tissue and nearby structures like the spinal cord or optic nerve.
What are the types of Cyberknife Treatment?
The cyberknife treatment was designed to transfer external-beam radiation therapy:
- Stereotactic Radiosurgery (SRS).
- Stereotactic Body Radiation Therapy (SBRT).
How does it work?
- Cyberknife is also known as stereotactic body radiation therapy (SBRT). A non-surgical process that destroys tumors by targeting beams of radiation at them from different directions.
- The Cyberknife has X-ray cameras that observe the location of the tumor and sensors that observe the patient’s breathing. This makes the robot readjust the radiotherapy beam during treatment. It minimizes damage to healthy tissues. It can track a patient’s tumor.
- It gives accuracy. It provides heavy doses of radiotherapy which require the patient fewer hospital visits.
Procedure for Cyberknife Surgery
Radiation exposure to healthy tissues near the tumor is reduced during radiosurgery. It provides various advantages for patients. It includes pain relief and other symptoms of tumors.
Treatment is done on an outpatient basis. Every treatment lasts between 30 and 90 minutes. Treatment is based on the size, position, and shape of the tumor. The procedure is as follows:
Scanning: Before the procedure, the patient undergoes an imaging procedure to understand the size, shape, and position of the tumor. The process begins with a high-quality CT Scan or for definite tumors other image techniques such as MRI, angiography or PET can be used.
Planning: When an image is taken, its data is digitally transferred to Cyberknife’s treatment planning where physicians can view the exact size, shape, and location of the tumor. An experienced clinician uses software to make treatment plans to give desired radiation doses to observe the tumor position while avoiding damage to the surrounding healthy tissues.
- During a cyberknife, your patient lies down on the treatment table which automatically adjusts according to the patient.
- The system was designed for the comfort of the patient.
- Radiation therapy like this marks the target area during treatment. The requirement to disable the area of the body is removed.
- Most patients experience minimal or no side effects and recover quickly from radiation therapy.
- It uses the Synchrony Respiratory Tracking System to see tumor movement. When you are breathing. Other techniques require a patient to control their breath during treatment.
- It uses the body’s bone structure or transplanted markers to see its target. The same techniques are needed for patients to carry on uncomfortable frames during the procedure.
- The entire process is painless and takes 30 to 120 minutes. You may go back home and resume your normal activities immediately after treatment.
- After treatment, your doctor will observe your movement and arrange other appointments to check your progress. Take an image to monitor the tumor’s response after treatment. The recovery process depends on the patient’s condition. Maintaining a positive state of mind and taking medicine on time may help you recover faster.
Advantages of Cyberknife
Radiation therapy has several advantages. It focuses on a specific area and decreases the risk to other areas of the body. It has some additional advantages. It includes:
- Treatment is completed in one to five outpatient procedures.
- Non-incisional and painless, requiring no anesthesia.
- Reduction in side effects.
- Take a short time to recover.
- Immediately return to normal activities.
- Reach most tumors in unlimited directions with the robotic system.
- It decreases radiation exposure to healthy tissues nearby a tumor area.
- Radiation treatments have fewer chances of causing injury.
Side Effects of Cyberknife Treatment
There are no side effects of cyberknife treatment. Some patients may experience some rare side effects. It includes nausea, vomiting, and dizziness which can be prevented with medications taken before or after treatment. The symptoms that occur after treatment may pass within a few hours of treatment.
Cyberknife is advanced radiotherapy. Its main function is to treat cancers or tumors that cannot be treated with other medications or surgeries. It is less harmful. It has very rare side effects. In this treatment, a robotic arm is used or controlled by a physician through a computer. You placed a camera inside your body to see the exact size, shape, or location of the tumor. It has several benefits including protecting healthy tissues. It takes less time to recover and return to normal activities.
What are the best Cyberknife hospitals in India?
Cyberknife is an effective treatment option for treating cancer. In this therapy, high-energy waves or particles such as X-rays, and gamma rays are able to kill cancerous cells. It is used in combination with chemotherapy and surgical treatment. Medicine doses can be adjusted according to a patient’s situation.
Patients undergo different medical treatments for cancer. Cyberknife is one of the most advanced radiosurgery treatments. But not all patients are suitable for this procedure. The doctors at the best Cyberknife hospitals in India are:
- BLK Super Specialty Hospital (New Delhi, India)
- Medanta The Medicity (Gurgaon, India)
- Max Super Speciality Hospital Saket (New Delhi, India)
- Wockhardt Hospital North Mumbai (Mumbai, India)
- Artemis Hospital (Gurgaon, India)
- Fortis Memorial Research Institute (Gurgaon, India)
- Indraprastha Apollo Hospitals (New Delhi, India)
- Shalby Hospital ( Ahmedabad, India)
- Apollo Hospital Chennai (Chennai, India)
- Columbia Asia Yeshwantpur (Bengaluru, India)
What is the cost of Cyberknife treatment in India?
India is one of the few countries where Cyberknife treatment is available. Estimating all travel and medical costs including Cyberknife treatment costs in India is approximately 6,000 dollars. Associated costs are determined by the procedure, its technology, the fees paid to surgeons, doctors, and hospital staff, as well as services, hospitals, and the city. Cost is one of these factors. The cost can be decreased or increased according to the situation.
How is Cyberknife different from radiation treatment?
- Conventional radiation therapy administers a broad beam of low-dose radiation from only a few directions over a long period. This limits how closely the tumor is covered with radiation and exposes some of the healthy surrounding tissue to radiation.
- Cyberknife radiosurgery transfers high-dose targeted beams. Treatment sessions are shorter and damage to surrounding tissue is limited.