The Amazing γ Knife for Treating Brain Abnormalities
Why is the γ Knife effective in treating brain abnormalities?
A. The γ Knife creates a small incision so the risk for patients is very small.
B. The γ Knife uses low frequency rays to correct the DNA in the abnormal tissue.
C. The γ Knife utilizes high energy rays to destroy abnormal tissue.
D. The γ Knife produces waves with longer wavelengths, making the treatment more effective.
Answer:
The γ Knife uses high-energy gamma rays to effectively target and destroy abnormal brain tissues thereby treating brain abnormalities.
The effectiveness of the γ Knife in treating brain abnormalities lies in its utilization of high energy gamma rays. These rays are part of the Electromagnetic Spectrum and share characteristics similar to X-rays. They are capable of penetrating and damaging tissues, making them ideal for destroying abnormal tissue without the need for physical incisions.
Gamma rays, used in the γ Knife, are effective in targeting specific areas of the brain affected by abnormalities. By delivering high-energy rays to these areas, the abnormal tissues can be efficiently destroyed. Unlike traditional surgery, the γ Knife procedure involves minimal risk for the patient due to its precision and non-invasive nature.
Furthermore, gamma radiation's ability to correct abnormal DNA in tissues is significant for treating brain abnormalities. The use of this technology allows for targeted treatment while minimizing the risk of harm to surrounding healthy tissues.
In conclusion, the γ Knife's effectiveness in treating brain abnormalities stems from its use of high-energy gamma rays from the Electromagnetic Spectrum. This innovative technology offers a safe and efficient method for targeting and destroying abnormal brain tissues, ultimately improving outcomes for patients.