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Assessment of intra-operative bowel perfusion in children using indocyanine green: an exploratory study investigating
Jonathan J Neville1,2, Elizabeth Vincent1, Marta Gazzaneo1
1Specialist Paediatric and Neonatal Surgery, Great Ormond Street Hospital, London, UK.
Insights
Intra-operative bowel perfusion assessment using indocyanine green (ICG) changed the management plan for 50% of surgeons in paediatric stoma closures. Most surgeons found ICG useful, but its link to clinical outcomes needs further study.
Area of Science:
- Paediatric Surgery
- Surgical Technology
- Medical Imaging
Background:
- Intra-operative bowel perfusion assessment using indocyanine green (ICG) is an emerging technology.
- ICG may improve outcomes in paediatric surgery, particularly in elective stoma closures.
Purpose of the Study:
- To investigate if intra-operative perfusion assessment using ICG changes surgeons' management plans in children undergoing elective stoma closure.
Main Methods:
- Paediatric surgeons assessed operative videos of stoma closures before and after ICG injection.
- Surgeons indicated their planned management (anastomosis completion) based on perceived bowel perfusion.
- The primary outcome was the proportion of surgeons changing their plan post-ICG administration.
Main Results:
- No operative complications or adverse events related to ICG injection were reported.
- Fifty percent of participating surgeons changed their management plan after witnessing ICG administration.
- Seventy-nine percent of surgeons found ICG useful for confirming visual assessment of bowel perfusion.
Conclusions:
- Intra-operative ICG assessment led to a 50% change in surgical management plans for stoma closures.
- The majority of surgeons perceived ICG as a valuable tool in this context.
- The relationship between ICG-assessed perfusion and actual clinical outcomes in paediatric patients remains undetermined.
Background:
Intra-operative bowel perfusion assessment using indocyanine green (ICG) is an emerging technology that may improve outcomes in paediatric surgery. We aimed to investigate whether intra-operative perfusion assessment using ICG would change a surgeon's management plan in children undergoing elective stoma closure.
Methods:
Four operative videos (two ileostomy and two colostomy closures) showing proximal and distal limbs of bowel immediately prior to anastomosis were independently assessed by paediatric surgeons. Prior to the intravenous injection of ICG, surgeons were asked if perfusion in each stoma limb was 'adequate' or 'poor', and whether they would complete an anastomosis. After injection of ICG, the same questions were repeated. Primary outcome was the proportion of surgeons who changed their plan after witnessing ICG administration.
Results:
In all four stoma closures there were no operative complications and no adverse events related to ICG injection. Twenty-four surgeons participated in the study, resulting in 96 assessments. Twelve (50%) surgeons changed their management plan at least once after witnessing ICG administration. Nineteen surgeons (79%) considered ICG to be useful in this context. Surgeons stated ICG perfusion assessment was useful to confirm their visual assessment of bowel perfusion. Participants highlighted the lack of data linking intra-operative bowel perfusion assessment with ICG to surgical outcomes in children.
Conclusions:
Assessment of intra-operative bowel perfusion using ICG resulted in 50% of surgeons changing their management plan. The majority of surgeons believed that ICG was useful in this context. However, the relationship between ICG perfusion and clinical outcomes remains unknown.
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