Treatment

CyberKnife Radiosurgery

Overview

CyberKnife Radiosurgery is an advanced non-invasive radiation therapy used to treat tumors and other medical conditions with pinpoint accuracy. Unlike traditional surgery, CyberKnife does not require any cuts or incisions. It uses highly focused cyberknife radiation to target tumors and abnormal tissues while preserving healthy surrounding tissues. CyberKnife therapy is commonly used for treating brain, lung, prostate, liver, pancreas and spine tumors.

Why CyberKnife Radiosurgery is Required?

CyberKnife is recommended for patients who:

• Have tumors in sensitive or hard to reach areas.
• Need an alternative to traditional surgery.
• Are not fit for conventional surgery due to age or health conditions.
• Require precise radiation with minimal damage to healthy tissues.
• Need a treatment option with minimal downtime and faster recovery.

Key Advantages of CyberKnife Radiosurgery

• Non invasive: No cuts, anesthesia or hospital stay required.
• Highly precise: Uses advanced imaging and robotics to target tumors with extreme accuracy.
• Painless treatment: Patients feel no discomfort during the procedure.
• Minimal side effects: Less damage to healthy tissues compared to conventional radiation.
• Quick recovery: Patients can usually resume normal activities soon after treatment.
• Effective for various conditions: Used for cancers in the brain, lung, prostate, spine and other areas.

How Should You Prepare Yourself Before Taking CyberKnife Radiosurgery Treatment?

• Consultation: Meet with a cyberknife radiation oncology specialist to assess your condition.
• Imaging Tests: CT or MRI scans are taken to map the tumor precisely.
• Fitting for a Mask or Body Frame: If CyberKnife is used for brain or head tumors a custom mask may be made to keep your head still.
• Medication Review: Inform your doctor about any ongoing medications or allergies.
• No Special Diet Restrictions: In most cases you can eat and drink normally before treatment.

How CyberKnife Radiosurgery is Performed?

• Positioning: The patient lies comfortably on a treatment table.
• Real-time Imaging: Advanced imaging systems track the tumor’s position.
• Radiation Delivery: A robotic arm delivers high dose cyberknife radiation treatment to the tumor from multiple angles.
• Continuous Monitoring: The system automatically adjusts to even the smallest patient movements for precise targeting.
• Completion: Each session takes 30–90 minutes depending on the condition being treated.

What You Can Expect?

1. Before the Procedure:

• A planning session with imaging tests.
• No hospital admission required.

2. During the Procedure:

• The procedure is painless, you may listen to music or relax.
• The robotic system moves around to deliver precise radiation.
• Sessions typically last under two hours.

3. After the Procedure:

• No recovery time needed; patients usually leave the same day.
• Minimal side effects such as mild fatigue or temporary swelling.
• Follow-up appointments are scheduled to monitor progress.

Risk and Potential Complications

While CyberKnife is safe, some CyberKnife disadvantages include:

• Mild side effects like fatigue, headaches or nausea.
• Temporary swelling in the treated area.
• Rare cases of damage to nearby healthy tissues.

Results/Outcomes

• Life expectancy after CyberKnife: Many patients experience long-term tumor control and extended survival rates.
• CyberKnife treatment success rate: Highly effective for small to medium-sized tumors, with success rates over 85-90% in some cases.
• CyberKnife vs Gamma Knife: While both are non invasive radiosurgery techniques CyberKnife is more flexible as it can treat tumors anywhere in the body whereas Gamma Knife is mainly used for brain conditions.
• CyberKnife treatment cost: Costs vary based on location and condition but are generally more affordable than traditional surgery.