Heads up reconstructive microsurgery: Utilisation of the three-dimensional microscope in microvascular procedures

Area of Science:

• Microsurgery and Surgical Technology
• Medical Device Innovation
• Occupational Health in Surgery

Background:

• Microscope technology has evolved to improve surgical ergonomics, resolution, and visual field.
• Three-dimensional (3D) microscopes represent a significant advancement, though their adoption in UK reconstructive microsurgery is limited.
• Reconstructive microsurgeons face occupational risks due to prolonged microscope use, necessitating ergonomic improvements.

Discussion:

• This study compared 3D microscopes against traditional microscopes in a matched cohort of reconstructive microsurgery patients.
• Surgeons completed a survey to evaluate their experience with both types of microscopes.
• Patient matching was based on age, comorbidities, and oncologic procedures to ensure comparable groups.

Key Insights:

• No significant differences were observed in operative time, ischemia time, or post-operative complications between the 3D and traditional microscope groups.
• Surgeons reported enhanced ergonomics, improved posture, and increased staff engagement with 3D microscopes.
• The 3D microscope facilitated a better teaching experience for surgical staff.

Outlook:

• 3D microscopes offer significant ergonomic benefits for reconstructive microsurgeons, potentially mitigating work-related musculoskeletal conditions.
• Wider adoption of 3D microscopy in reconstructive microsurgery could improve surgeon well-being and training.
• Further research with larger cohorts is warranted to confirm long-term clinical benefits and cost-effectiveness.