Related Experiment Videos
Shortened small bowel syndrome. Mackby's operation
Abstract:
Intestinal infarction is a condition with a high rate of mortality. Progress in the fields of anesthesia, maintenance of electrolyte balance, and intensive postoperative care has made survival possible in a number of patients subjected to extensive resection of the small intestine. Many of these patients, however, later succumb to the effects of malabsorption. In this paper we report on a patient who has undergone massive intestinal resection, because of venous intestinal infarction, and Mackby's operation, with favorable results twelve months postoperatively.
Insights
This study reports a favorable outcome for a patient with venous intestinal infarction who underwent massive intestinal resection and Mackby's operation. The patient showed positive results twelve months postoperatively, highlighting potential for managing malabsorption after extensive surgery.
Area of Science:
- Gastroenterology and Surgical Innovation
Background:
- Intestinal infarction carries a high mortality rate.
- Advances in critical care have improved survival after extensive small intestine resection.
- Malabsorption remains a significant challenge for survivors of massive intestinal resection.
Purpose of the Study:
- To report a case of successful management following massive intestinal resection due to venous intestinal infarction.
- To evaluate the postoperative outcomes of Mackby's operation in a patient with extensive small bowel resection.
Main Methods:
- The patient underwent massive intestinal resection for venous intestinal infarction.
- Mackby's operation was performed.
- Postoperative outcomes were assessed at twelve months.
Main Results:
- The patient experienced favorable results twelve months after the procedure.
- This suggests a potential for successful management of malabsorption post-resection.
Conclusions:
- Massive intestinal resection combined with Mackby's operation can lead to favorable outcomes.
- Effective postoperative care and surgical techniques may mitigate the effects of malabsorption in these complex cases.