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Harrith M Hasson

Publications and source records attributed to Harrith M Hasson.

2 recordsLinked to original sources

Ischemic necrosis of small bowel following laparoscopic surgery.

BACKGROUND AND OBJECTIVE: Small bowel ischemia following laparoscopy was described recently as a rare fatal complication of the CO2 pneumoperitoneum. Of the 8 cases reported in the surgical literature, 7 were fatal, 1 was not. In this report, we describe the first gynecological case. METHODS: A 34-year-old woman who underwent laparoscopy with extensive adhesiolysis and myolysis was re-admitted with an acute abdomen on postoperative day 4. Immediate laparotomy revealed acute peritonitis, extensive adhesions, and a 3-cm defect in the small bowel. Tissue examination showed ischemic necrosis of edematous, but essentially normal, bowel mucosa. The postoperative course was extremely complicated. She was discharged after a 2-month hospital stay in the intensive care unit for rehabilitation. RESULTS: Data are available on 7 patients (including ours). All procedures were described as uneventful. The intraabdominal pressure was set at 15 mm Hg when specified. Some abdominal pain occurred in all, nausea and vomiting in 4, diarrhea in 2, abdominal distention in 1, fever in none. Quick reintervention laparotomy was performed in 2 and delayed in 5 (up to 4 days). DISCUSSION: The CO2 pneumoperitoneum is a predisposing factor for intestinal ischemia as it reduces cardiac output and splanchnic blood flow. However, critical ischemia relies on underlying vasculopathy or an inciting event. CONCLUSION: Patient selection, maintaining intraabdominal pressure at 15 mm Hg or less, and intermittent decompression of the gas represent the best options for preventing this complication.

Adult↗

Core competency in laparoendoscopic surgery.

BACKGROUND: Concern about patient safety and physician competence was highlighted by the Institute of Medicine report, revealing the prevalence of fatal medical errors. There is also awareness that technical difficulties specific to laparoendoscopic surgery can cause medical errors. Reported herein is a review of the evidence pertaining to objective assessment of core competency components in laparoendoscopic surgery: cognitive skills, technical skills, surgical performance, and judgment. METHODS: PubMed and MedLine searches were performed to identify articles with combinations of the following key words: core competency, competency, laparoscopy, training, assessment, and curriculum. Further articles were obtained by searching reference lists of identified papers and through personal communication. CONCLUSIONS: The available evidence suggests that it is currently possible to objectively assess core competency components in laparoendoscopic surgery: knowledge and clinical judgment with well-established tests and innate technical abilities with computer-based simulators with embedded metrics. Simulation training is conducted to a proficiency criterion regardless of the number of repetitions or practice hours. Reports indicate that skills learned on a simulator transfer to the operating room. However, to date, objective assessment of surgical performance can be obtained only through review of unedited video tapes of surgical procedures by disinterested experts as recently demonstrated by our Japanese colleagues in urology.

Clinical Competence↗