Minimally Invasive Surgery
Minimally invasive surgery involves modifying the surgical approach, for example, replacing a conventional “open” operation with minimally invasive techniques such as endoscopic approaches, laser use, and similar methods. These procedures contribute to faster patient recovery, reduced pain, improved quality of life after surgery, quicker return to full work capacity, and reduced discomfort during preoperative preparation.
The surgical team at Special Hospital Sv. Katarina performs minimally invasive procedures and surgical interventions in the following areas:
- Abdominal surgery
- Proctology
- Vascular surgery
Abdominal Surgery
Minimally invasive approaches in abdominal surgery allow for the diagnosis and surgical treatment of diseases of the abdominal organs with minimal tissue trauma. The most commonly performed procedures are laparoscopic and endoscopic, enabling precise surgical technique through small incisions. This approach reduces postoperative pain and complication risk, while facilitating faster recovery and shorter hospital stays.
Proctology
Minimally invasive proctological procedures focus on treating diseases of the distal colon, anal canal, and perianal region. Modern methods such as endoscopic techniques, laser procedures, and other minimally invasive approaches are applied, allowing effective treatment with minimal patient discomfort. Benefits include faster recovery, reduced postoperative pain, and quicker return to daily activities.
- Hemorrhoidectomy and excision of skin tags
- Hemorrhoid surgery - laser
- Pilonidal sinus surgery - classic
- Anal fisure
- Seton drainage of perianal fistula
- Perianal fistula surgery - classic
- Perianal fistula surgery with the application of mesenchymal stem cells from adipose tissue
Vascular Surgery
In vascular surgery, minimally invasive techniques allow for diagnosis and treatment of arterial and venous diseases with significantly reduced surgical trauma. Procedures such as endovascular interventions are performed through small punctures in blood vessels using modern imaging navigation. This approach lowers complication risk, shortens recovery time, and enables a faster return to normal daily and work activities.
