Cyberknife Treatment

CyberKnife is an exact, painless, and noninvasive radiation therapy which could be a substitute for radiotherapy or to open operation in some specific scenarios.

Throughout the Cyberknife radiosurgery process, the tumor receives a cumulative dose of radiation to either restrain or destroy the tumor cells while radiation exposure to surrounding tissue is minimized. The Cyberknife can compensate for patient movement to guarantee highly precise delivery of radiation during therapy.

When patient motion occurs during therapy, the cameras detect the position shift, and the robot can compensate for the motion by repositioning the LINAC before administering the radiation beam. This practice of correcting for beam replacement guarantees true tumor targeting.

Understanding the Mechanism

The exceptional mechanism of the Cyberknife supplies a noninvasive, surgical-like result for lesions of the spine and brain. It’s the first and only industrial use of autonomous stereotactic radiosurgery for the spine and the spinal cord. Moreover, this technology has the advantage of allowing the Cyberknife platform to be utilized for radiosurgical programs away from the mind as was for staged radiosurgical procedures.

Cyberknife Disease Treatment

Cyberknife radiosurgery has also been effectively utilized to treat selected lung malignancies. The combo of both investigational hardware and software using Cyberknife technology can provide conformal radiation into moving primary and metastatic lung tumors if the operation isn’t an alternative. The Cyberknife accommodates lung and tumor movement, enabling alterations to be made in order to deliver a maximum therapeutic dose while minimizing surrounding tissue degeneration.

The Cyberknife intervention is a superb assistance to patients that are handling deadly tumors. Cyberknife can be used to deal with:

• Non-Cancerous Tumours
• Brain Cancer
• Prostate Cancer
• Liver Cancer
• Cancerous Spine Tumours
• Esophageal cancer
• Head and Neck Cancer

Procedure

After patients have been assessed and evaluated by the multidisciplinary team, the treatment procedure begins. The procedure involves the following three steps:

1. Treatment Setup
2. Treatment Planning
3. Treatment Delivery

Each of these procedures can occur either on the same day or on different visits. Unlike traditional stereotactic radiosurgery, the Cyberknife treatment planning process doesn’t require the patient to be restricted within an acute care environment while the program is devised. Patients can go home between treatment planning appointments.

Treatment Setup

• A custom-fit plastic mask is created for the patient.
• A CT scan with iodinated dye contrast is done with the mask in place.
• The CT data is incorporated into treatment planning software.
• This helps determine 3D coordinates for lesion targeting.

Treatment Planning

• Planning uses clinical expertise and high-speed computers.
• Determines quantity, dose, and pattern of radiation rays.
• Multiple calculations ensure the best radiation delivery plan.

Treatment Delivery

• Patient lies face-up on the treatment table with immobilization device.
• Imaging system takes digital x-rays for position verification.
• Robotic arm adjusts LINAC to proper position for each beam.
• 50-300 different positions deliver small, targeted radiation beams.

Cyberknife Treatment Benefits

• Highly accurate targeting of tumor lesions
• Minimal exposure to healthy tissue
• Noninvasive, no blood loss
• Painless, no anesthesia required

Cyberknife Treatment Limitations and Risks

• Longer treatment time per session
• Short-term side effects: nausea, fatigue, headache

Factors That Can Affect Cyberknife Treatment Cost in India

• Medication costs
• Patient condition
• Duration of treatment
• Geographical location
• Hospitalization expenses
• Government policies and subsidies
• Hospital reputation and infrastructure
• Expertise of medical professionals
• Type and frequency of diagnostic procedures
• Choice of treatment modality

Cyberknife Treatment Cost in India offers exceptional medical services and facilities to patients who come for treatment in India. Accommodation, meals, and transportation expenses are also covered. A foreign patient can save up to 30-40% of the Cyberknife Treatment cost in India compared to their native countries.

The Most Important Frequently Asked Questions

Q: What Is Cyberknife Radiosurgery?
A: Cyberknife Radiosurgery utilizes focused beams of high-energy radiation to destroy cancer cells and shrink or restrain the development of tumors. It may be used instead of or in addition to surgery.

Q: How Long Does the Cyberknife Radiosurgery Usually Take?
A: Typically 30–90 minutes per session. Treatment may be completed in 1–5 sessions over a week.

Q: Do I Need Cyberknife Treatment?
A: It’s a noninvasive alternative to traditional surgery. Consult your doctor to see if it’s suitable for your case.

Q: How Much Time Will it Take to See Results?
A: Some treatments show results immediately, others within weeks, depending on the condition.

Q: What Are the Side-effects of Cyberknife?
A: Minimal; may include nausea and fatigue. Most patients experience little to no side effects.

Q: Are There Any Risks Associated While Traveling?
A: Most patients can fly shortly after treatment. Always consult your physician first.

Q: How Is Cyberknife Different from Other Traditional Forms of Radiotherapy?
A: Cyberknife uses highly focused and strong beams that conform precisely to the tumor’s shape, minimizing damage to healthy tissues.

Q: Can I Go for Cyberknife Treatment While Undergoing Chemotherapy?
A: Yes, patients on or post-chemotherapy can undergo Cyberknife. Always disclose your medical history to your physician before treatment.