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Epigastric hernia contiguous with the laparoscopic port site after endoscopic robotic total prostatectomy
Yoshihiro Moriwaki1, Jun Otani1, Junzo Okuda1
1Department of Surgery, Unnan City Hospital, Unnan, Japan.
Abstract:
Both laparoscopic and endoscopic robotic surgery are widely accepted for many abdominal surgeries. However, the port site for the laparoscope cannot be easily sutured without defect, particularly in the cranial end; this can result in a port-site incisional hernia and trigger the progressive thinning and stretching of the linea alba, leading to epigastric hernia. In the present case, we encountered an epigastric hernia contiguous with an incisional scar at the port site from a previous endoscopic robotic total prostatectomy. Abdominal ultrasound and CT revealed that the width of the linea alba was 30-48 mm. Previous CT images prepared before endoscopic robotic prostatectomy had shown a thinning of the linea alba. We should be aware of the possibility of epigastric hernia after laparoscopic and endoscopic robotic surgery. In laparoscopic and endoscopic robotic surgery for a high-risk patient for epigastric hernia, we should consider additional sutures cranial to the port-site incision to prevent of an epigastric hernia.
Insights
Minimally invasive surgeries like laparoscopic and robotic procedures can lead to epigastric hernias due to linea alba defects. Surgeons should consider preventative sutures to avoid these incisional hernias.
Area of Science:
- Minimally Invasive Surgery
- Surgical Oncology
- Abdominal Wall Reconstruction
Background:
- Laparoscopic and endoscopic robotic surgery are standard for abdominal procedures.
- Port site closure can be challenging, potentially causing incisional hernias.
- Progressive thinning of the linea alba can lead to epigastric hernias.
Observation:
- A case of epigastric hernia adjacent to a port site scar after robotic prostatectomy was observed.
- Imaging revealed significant linea alba width (30-48 mm) and prior thinning.
- This highlights a potential complication of minimally invasive abdominal surgery.
Findings:
- Port site defects, especially cranially, are implicated in incisional hernias.
- Thinning of the linea alba pre-disposes patients to epigastric hernia formation.
- Endoscopic robotic surgery carries a risk of developing epigastric hernias.
Implications:
- Awareness of epigastric hernia risk is crucial after laparoscopic and robotic surgery.
- Consider prophylactic sutures cranial to port sites in high-risk patients.
- Improved port site closure techniques may prevent abdominal wall defects and hernias.
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