Signum U.S. Healthcare,  Inc.

First, the CyberKnife® system uses the combination of a robotic arm, Linear accelerator, and image guidance technology. Because of the flexibility of the robotic arm, the system is able to reach areas of the body that are unreachable by other radiosurgery systems. CyberKnife® can be used anywhere in the body, while existing systems can only offer treatments to the head and neck area.

 

Second, the CyberKnife®  is able to locate the position of the tumor within the body without the use of an invasive head frame.

 

Third, the CyberKnife®  monitors and compensates for patient movement during treatment, constantly ensuring accurate targeting.

Frequently Asked Questions

Using x-ray image cameras and computer technology similar to that used for cruise missile guidance, the CyberKnife® locates the tumor in the body. A computer program then evaluates the unique shape and location of the tumor to determine exactly how each of 1200 or more beams of radiation will target the tumor.

An x-ray source located on the CyberKnife®'s robotic arm delivers concentrated beams of radiation to the tumor from multiple positions and angles without damaging healthy surrounding tissue. The range of motion offered by the robotic arm gives it maximum flexibility to reach tumor sites not accessible by other means.

The CyberKnife® continually checks and compensates for any patient movement during treatment to ensure accuracy.  Because the CyberKnife® has pinpoint accuracy, it can deliver higher doses of radiation to treat tumors.

How does the CyberKnife® system work?

How is the CyberKnife® from other stereotactic radiosurgery systems like the Gamma Knife?

E-mail: info@signumhealth.com

 

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