Clinical Scorecard: Ultrasonography-Guided Mapping of Safe Trocar Insertion Points to Reduce Epigastric Vessel Injury Risk in Pediatric Laparoscopic Surgery
At a Glance
Category
Detail
Condition
Pediatric laparoscopic surgery
Key Mechanisms
Ultrasonographic mapping of deep epigastric vessels
Target Population
Pediatric patients aged 11-12 years
Care Setting
Laparoscopic surgery at a training and research hospital
Key Highlights
Identification of safe zones for trocar placement
Mean distances of deep epigastric vessels from midline measured at multiple levels
No significant differences in vessel location between male and female children
Ultrasonography enhances safety by visualizing deep vessels
Study conducted on 90 pediatric patients
Guideline-Based Recommendations
Diagnosis
Utilize Doppler ultrasonography to visualize deep epigastric vessels before surgery
Management
Identify safe zones for trocar insertion to minimize injury risk
Monitoring & Follow-up
Assess for potential vascular injuries during and after laparoscopic procedures
Risks
Injury to deep epigastric vessels can lead to significant bleeding
Patient & Prescribing Data
Pediatric patients scheduled for laparoscopic surgery
Mapping of deep epigastric vessels can guide safer trocar placement
Clinical Best Practices
Perform ultrasonographic evaluation of deep epigastric vessels prior to laparoscopic surgery
Mark safe zones for trocar insertion based on ultrasonographic findings
Ensure single operator for vessel localization to reduce variability
