Stereotactic radiosurgery (SRS) is a highly advanced form of radiation therapy that treats small, well-defined areas in the brain without the need for traditional surgery.  Instead of incisions, physicians use focused beams of radiation to target abnormal tissue with remarkable accuracy.  Because the treatment is noninvasive, most patients do not require general anesthesia and can often return home the same day, making SRS a convenient alternative for individuals who may not be good candidates for open surgery.

This approach is commonly used to manage certain brain tumors, vascular malformations, and other neurological conditions. In some cases, SRS is also applied to functional disorders, such as movement disorders, chronic pain, or seizure-related conditions.  Each patient’s treatment plan is carefully developed by a specialized medical team using advanced imaging and planning software to ensure the radiation is directed precisely while minimizing exposure to healthy brain tissue.

Rather than producing immediate results, SRS works gradually.  The concentrated radiation damages the targeted cells, preventing them from continuing to grow or function normally. Over time, these cells shrink or lose activity, leading to symptom improvement or disease control.  Because there is no surgical wound, recovery is usually brief, and most patients experience minimal disruption to their daily routines.