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Paediatric Surgery

Principles of Minimally Invasive Surgery

Built from Puri — Pediatric Surgery and Pediatric Urology

What’s inside

8 sections · 57 slides

  1. 01

    Overview

    • What this deck covers

    1 slide

  2. 02

    What Minimally Invasive Surgery Is

    And why it matters in children

    • From keyhole to complex reconstruction
    • Why children are a special case
    • Laparoscopy versus robotics
    • The shared benefits that drive adoption

    4 slides

  3. 03

    Anaesthetic Considerations

    Operating inside a gas-filled abdomen

    • Why anaesthesia has to adapt
    • Preoperative work-up and induction
    • Pneumoperitoneum: gas changes the physiology
    • Why carbon dioxide is the insufflation gas
    • Insufflation pressure must match the child

    5 slides

  4. 04

    Laparoscopic and Robotic Procedures

    Positioning, access and the operating room

    • How the procedure list grew
    • Positioning for pelvic (Trendelenburg) cases
    • Port positioning for robotic pelvic surgery
    • Positioning for renal (lateral) cases
    • Port positioning for left-sided robotic renal surgery
    • Retroperitoneal versus transperitoneal access
    • Getting into the abdomen safely
    • Blunt-tip trocar with retention balloon
    • Where the ports go
    • Operating room layout for a left renal robotic case

    10 slides

  5. 05

    Complications

    Recognising, preventing and managing them

    • How MIS complications are organised
    • Complications by timeline
    • Positioning nerve injuries
    • Access complications from the Veress needle
    • Systemic effects of pneumoperitoneum
    • Gas embolism: rare but potentially fatal
    • Gastrointestinal and traction injuries
    • Bleeding and port-related vascular injury
    • Port-site hernias and equipment failure

    9 slides

  6. 06

    Current Controversies

    Cost, time, benefit and training

    • The debate in a nutshell
    • Cost and operative time
    • Why the benefits matter most in children
    • Training and the human-capital cost

    4 slides

  7. 07

    Future Directions

    Where the technology is heading

    • Better instrumentation
    • 5 mm robotic instrumentation
    • The miniaturization hurdle
    • Comparison of 5 mm and 8 mm robotic instruments
    • Single-port surgery
    • Telesurgery and tactile feedback
    • Augmented visualization
    • Future directions at a glance

    8 slides

  8. 08

    Summary

    The key take-home points

    • Three things to remember
    • Take-home messages
    • References (1/5)
    • References (2/5)
    • References (3/5)
    • References (4/5)
    • References (5/5)
    • Pediatric Surgery and Pediatric Urology

    8 slides