Prostate cancer is one of the most common urological cancers in men. The stage of the disease, the extent of tumor spread, and the patient’s overall health status play a fundamental role in determining the treatment approach. In appropriately selected patients, surgical treatment is an effective option for controlling the disease.
Robotic surgery is a modern and minimally invasive technique that has become increasingly widespread in the surgical treatment of prostate cancer in recent years. This approach provides significant technical advantages for surgeons in prostate surgery, where high precision is required.
Diagnostic and Evaluation Process
The diagnosis of prostate cancer involves a combined evaluation of PSA levels, clinical examination findings, prostate biopsy results, and imaging studies. The tumor’s location within the prostate, extracapsular extension, and lymph node involvement are analyzed in detail to determine the stage of the disease.
This evaluation process guides the assessment of suitability for robotic surgery and defines the scope of surgical planning.
Robotic Surgical Approach
In prostate cancer, robotic surgery allows more precise intervention on the nerves and vascular structures surrounding the prostate thanks to high-resolution three-dimensional visualization and advanced instrument mobility. As a result, surgical procedures can be performed in a more controlled and safer manner.
The robotic approach may offer advantages such as reduced blood loss, shorter hospital stay, and faster recovery. With appropriate patient selection, the goals are not only oncological control but also preservation of functional outcomes.
Post-Treatment Follow-Up
After surgery, patients are enrolled in a regular follow-up program. Disease progression is closely monitored through PSA testing, clinical evaluations, and imaging studies when necessary. Supportive or complementary treatment approaches may be planned if required.
The primary goals of the treatment process are effective cancer control, reduction of recurrence risk, and preservation of the patient’s quality of life.
