Analytical Geometry Description, Clinical Node Distribution, and Geometric Performance of ZAP-X and Its Comparison...

Area of Science:

• Medical Physics
• Neurosurgery
• Radiation Oncology

Background:

• Radiotherapy increasingly utilizes specialized devices for precise treatment delivery.
• The ZAP-X system is a radiosurgery device with a complex geometric design for targeted radiation.
• Minimizing radiation dose to surrounding healthy brain tissue is a key goal in radiosurgery.

Purpose of the Study:

• To provide a geometric description of the ZAP-X gyroscopic system.
• To analyze the theoretical and clinical geometric efficiency of the ZAP-X.
• To compare the ZAP-X's geometric performance with the Gamma Knife system.

Main Methods:

• Analytical geometric description of the ZAP-X gyroscopic system.
• Calculation of theoretical geometric efficiency based on gimbals and solid angle coverage.
• Determination of clinical geometric performance considering Treatment Planning System (TPS) limitations.
• Comparison of ZAP-X geometric efficiency (71% theoretical, 39% clinical) with Gamma Knife (31% clinical).

Main Results:

• The ZAP-X system achieves a maximum theoretical geometric efficiency of 71% solid angle coverage.
• Clinical geometric performance of ZAP-X is 39%, exceeding Gamma Knife's 31%.
• The ZAP-X offers greater beam coverage around the patient's head compared to existing systems.

Conclusions:

• The ZAP-X radiosurgery system demonstrates superior geometric efficiency and clinical performance.
• Its design allows for precise, targeted radiation delivery with reduced impact on normal brain tissue.
• The ZAP-X represents an advancement in radiosurgery technology, offering enhanced treatment capabilities.