In Cola 2024 et al., on laparotomy-assisted endoscopy, what was the primary factor associated with the need to convert to enterotomy?
A. Intestinal FB localization
B. Multiple FBs
C. Intestinal wall damage
D. Sharp FBs
E. Operator experience
Answer: Intestinal wall damage
Explanation: Intestinal wall damage was significantly associated with surgical conversion (p = .043).
In Cola 2024 et al., on laparotomy-assisted endoscopy, what was the overall success rate of LAER in avoiding full conversion to enterotomy or gastrotomy?
A. 20%
B. 40%
C. 60%
D. 88%
E. 100%
Answer: 88%
Explanation: LAER was completely or partially effective in 35/40 cases (88%).
In Cola 2024 et al., on laparotomy-assisted endoscopy, how did LAER affect the need for postoperative analgesia compared to traditional enterotomy?
A. Increased analgesia was required
B. No difference in analgesia was found
C. LAER required more days of analgesia
D. LAER reduced analgesia duration
E. Analgesia duration data were not reported
Answer: LAER reduced analgesia duration
Explanation: LAER patients had a shorter duration of analgesia (median 36 h vs 48 h, p < .001).
In Cola 2024 et al., on laparotomy-assisted endoscopy, which of the following foreign body characteristics significantly affected the success of LAER?
A. Sharpness of object
B. Number of foreign bodies
C. FB location (duodenum vs jejunum)
D. None of the above
E. Size of foreign body
Answer: None of the above
Explanation: Neither sharpness, number, nor location significantly affected LAER success.
In Cola 2024 et al., on laparotomy-assisted endoscopy, which outcome was significantly improved in the LAER group compared to the enterotomy group?
A. Postoperative complication rate
B. Procedure duration
C. Need for reoperation
D. Length of hospital stay
E. Need for feeding tube
Answer: Length of hospital stay
Explanation: The LAER group had a shorter hospital stay (median 48 h vs 72 h, p = .006).