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CyberKnife
- Days In Hospital 2 days
- Outside Hospital Stay 7 days
- Success Rate 75%
Minimum Cost
$ 7000
Maximum Cost.
$ 9000
Most Asked Procedures
Overview of CyberKnife in India
The CyberKnife Treatment combines a high level of accuracy with minimal interruption to the patient's daily activities (through its non-invasive nature) to provide a reliable approach for treating tumors/cancer cells regardless of size.
Whether your tumor/cancer cells are small or large can determine how many treatments you may need and how effective each treatment will be, depending on your individual circumstances/treatment plan; some cases may require multiple treatments for the same area.
CyberKnife Treatment generally costs between $7,000.00 and $9,000.00 U.S. dollars for one procedure and works well for patients who are unable to have surgery due to the type/location of the tumor/cancer cells, etc., and may also be done in conjunction with other forms of treatment such as chemotherapy.
What is CyberKnife Robotic Radiosurgery?
CyberKnife Robotic Radiosurgery provides patients with a minimally invasive means of receiving radiation therapy to treat tumors and other abnormal growths anywhere in their bodies through cutting-edge technology. With no need for incisions and a lengthy post-operative recovery period as seen with traditional surgery, CyberKnife uses a robotic arm which provides precise targeting of specific tumors using high doses of radiation, while allowing surrounding normal tissue to remain undamaged.
CyberKnife has the potential to manage a wide array of conditions successfully. These include both cancerous and non-cancerous tumors, as well as certain types of neurological disorders.
The CyberKnife system includes a linear accelerator mounted on a robotic arm, allowing for extreme flexibility and precision. Furthermore, the system contains advanced imaging technologies allowing for real-time tracking of tumor position, which ensures that radiation is delivered with pinpoint accuracy, even if the patient moves during treatment. This capability can be especially helpful in treating tumors located in challenging anatomical locations or those that move with normal bodily processes, such as breathing (in the case of lung tumors) or liver movement.
CyberKnife Robotic Radiosurgery aims to eradicate or destroy the affected area by using concentrated doses of radiation to disrupt or destroy tumour tissue while limiting damage to adjacent healthy tissue. In order to perform this type of surgery, CyberKnife uses stereotactic radiosurgery (SRS) by directing numerous coincident, colliding beams of radiation into a single point in 3D space, where the tumour resides. Patients typically complete treatment in one to five therapies, based upon the size and location of their tumours, making this a more convenient option for many patients.
Types of CyberKnife:
Here’s how CyberKnife treatment works for different conditions:
Brain CyberKnife Radiosurgery
Doctors use CyberKnife to target brain tumors and lesions with incredible precision. No need for surgery, and there’s less risk to healthy brain tissue.
Spinal CyberKnife Radiosurgery
CyberKnife comes in handy for spinal tumors, too. It delivers focused radiation right where it’s needed—directly to the affected part of the spinal cord.
Lung CyberKnife Radiosurgery
Got a tumor in the lungs? CyberKnife can treat that as well, especially when surgery isn’t an option. It works without making any cuts.
Prostate CyberKnife Radiosurgery
For prostate cancer, CyberKnife offers a non-surgical, robotic-assisted radiation therapy. It’s an advanced alternative for patients looking to avoid surgery.
Liver CyberKnife Radiosurgery
Doctors use CyberKnife to treat liver tumors, whether they show up early on or in the later stages.
Pancreatic CyberKnife Radiosurgery
CyberKnife is also an option for treating pancreatic cancer. It’s one more tool doctors have in the fight against this disease.
Renal CyberKnife Radiosurgery
When tumors or cancer cells develop in the kidneys, CyberKnife steps in as a treatment choice.
Head and Neck CyberKnife Radiosurgery
CyberKnife works for head and neck cancers, too. It targets the tumor with precision, so there’s less harm to healthy tissue nearby, and patients usually bounce back faster.
Breast CyberKnife Radiosurgery
In some breast cancer cases, CyberKnife offers an alternative to traditional radiation or chemotherapy.
Metastatic Cancer CyberKnife Treatment
If cancer spreads and gets tough to control, CyberKnife can help. Doctors often combine it with chemotherapy to tackle stubborn tumors.
CyberKnife Treatment for Trigeminal Neuralgia
CyberKnife also helps manage the pain tied to trigeminal neuralgia, a nerve disorder that can be pretty tough to live with.
CyberKnife Treatment for Movement Disorders
Some movement disorders caused by brain damage respond well to CyberKnife, giving patients another shot at relief.
Procedure:
Below is an overall overview of the CyberKnife Treatments:
Imaging - CT or MRI imaging are done to determine the size, shape and location of the tumour or the treatment area. The imaging is used as part of the CyberKnife Treatment Plan.
Treatment Planning - A team of medical professionals will work together to develop a treatment plan for the individual patient using the imaging provided. They will use the imaging data to identify the best Radiation Dose and Angle for the tumour, while also minimising healthy tissue exposure.
Treatment Sessions - CyberKnife treatments are not typically administered in one session but rather in multiple sessions, spaced over a period of 1-3 weeks. The number of CyberKnife Treatment Sessions will vary based on the individual condition being treated. During each CyberKnife Treatment Session, the patient will be lying comfortably on a CyberKnife Treatment Table, and the CyberKnife Treatment Robotic System will deliver precisely targeted Radiation to the area being treated.
Tracking in Real Time - The CyberKnife System also has real-time tracking capabilities, which means it continually adjusts where the radiation is directed based on the movements of the target area, including movement caused by breathing. This makes sure the radiation will be concentrated on the target area and minimises harm to surrounding tissues.
Length of Treatment - Each treatment usually lasts approximately 30 minutes to 90 minutes and may vary based on how complicated the patient’s case is. The total number of treatments will depend on what is being treated and the size and positioning of the tumor.
Recovery - Because CyberKnife is a non-invasive treatment, there is typically no post-operative recovery or hospitalisation required for patients. Therefore, patients can return to their normal activities following the treatment session.
CyberKnife Robotic Radiosurgery: Step-by-Step Procedure
Patients may find the CyberKnife Robotic Radiosurgery procedure less intimidating if they comprehend its sequential steps. This is what usually occurs prior to, during, and following the procedure.
Before the Procedure
Initial check-in: Patients first arrive at a treatment facility and check themselves in for their appointment. At this point, they could be asked to put on a hospital gown.
Pre-Treatment review of the Patient: One of the nurses will take the patient's vital signs (Blood Pressure, Heart Rate) and any pertinent medical history. Before placing them on the treatment table, it is also possible for the Radiation Oncologist to provide patients with any answers they might have regarding treatment.
Setting the Patient Up: While lying on the treatment table, patients will ultimately be placed in a position based on the location of the tumour. Patients may be required to wear a custom-made device to maintain stillness throughout the duration of their treatment, depending on how far away from the area the device is secured.
During the Procedure
Imaging: First, the CyberKnife runs several scans to double-check where the tumor is. If anything’s changed, the team tweaks the treatment plan on the spot.
Treatment Delivery: During the procedure, the CyberKnife’s robotic arm circles around you, firing powerful bursts of radiation straight at the tumor. It homes in from different angles, so healthy tissue nearby stays as safe as possible.
Duration: The whole thing usually takes anywhere from half an hour to a few hours—it really depends on how tricky the case is. The team keeps a close eye on you the entire time.
After the Procedure
Recovery: After treatment, patients usually rest for a bit in a recovery area. Most people head home that same day.
Post-Procedure Instructions: The care team gives clear instructions on what to do next, like activity limits and when to check back in with the doctor.
Follow-Up Appointments: Patients come back for regular visits so the doctor can see how things are going and make sure the treatment worked.
Best Doctors in India
Dr Harnarayan Singh
Director and Head of the Department : Neurosurgery & Spine Surgery
0 (0 Ratings)
Cost of CyberKnife in India
In India, a CyberKnife treatment might cost anywhere between $7000 and $9000. Depending on how many sessions are needed, the price may change. It may also change depending on where the tumour is located within a particular organ or structure.
Top Hospitals in India
Indications of CyberKnife:
The following describes a few indications of CyberKnife treatments:
- Brain Tangled Blood Vessels and Face Pain
- Benign Brain Tumours
- Unsteady Hands
- Tiny Brain Tumours
- Nerve Cancers
- Spine and Brain Issues with Blood Vessels
- Situations That Lead to Movement Issues
- Lung Cancers
- Cancer of the Prostate
- Tumours of the Liver
- Cancer of the Pancreas
- Tumours of the Kidney
- Cancer of the Breasts
Risk Factors:
CyberKnife Robotic Radiosurgery has some risks and potential problems, just like any medical operation. Even though many people have good results, it's essential to understand the frequent and uncommon hazards associated with this treatment.
Common Risks
Fatigue: A lot of people feel wiped out after treatment. Sometimes it sticks around for a few days, sometimes it drags on for weeks.
Skin Irritation: You might notice your skin gets a bit red or irritated where you had treatment. It’s usually mild—kind of like a sunburn.
Nausea: Some folks feel queasy, especially if the treatment is close to the stomach or digestive organs.
Swelling: The treated area can swell up, especially when the tumor sits near sensitive spots.
Rare Risks
Radiation Necrosis: Sometimes, radiation can harm the healthy tissue around the treatment area, which can lead to tissue death. This usually happens in people who’ve already had radiation therapy before.
Neurological Effects: If the treatment happens close to the brain or spinal cord, there’s a slight chance of problems like seizures or trouble with memory and thinking.
Secondary Cancers: It’s infrequent, but radiation can, in theory, trigger a new cancer later on.
Infection: Like with any medical procedure, there’s a small risk of infection, especially if the treatment involves anything invasive.