[Radiosurgery].

Area of Science:

• Neuro-oncology
• Radiation oncology
• Experimental neuroscience

Context:

• Clinical radiosurgery (high-dose focused radiation) is effective for brain tumors, vascular malformations, and functional diseases.
• Limited histological data exists on the effects of radiosurgery on target tissues and surrounding brain parenchyma.
• Understanding these effects is crucial for optimizing treatment strategies and patient outcomes.

Purpose:

• To review existing animal studies on radiosurgery.
• To identify gaps in histological knowledge regarding radiosurgery's impact on the brain.
• To explore how animal models can elucidate treatment response mechanisms.

Summary:

• This paper reviews animal studies investigating radiosurgery for neurological conditions.
• It emphasizes the scarcity of histological information following treatment.
• Animal models are presented as essential tools for understanding radiosurgery's biological effects.

Impact:

• Provides a foundation for future research into radiosurgery's mechanisms of action.
• Informs the development of improved radiosurgery techniques and treatment protocols.
• Aims to bridge the gap between clinical observations and underlying biological responses.