Viscoelastic-assisted inverted cover and free ILM flap techniques

Area of Science:

• Ophthalmology
• Surgical Innovation
• Retinal Surgery

Background:

• Internal limiting membrane (ILM) peeling is crucial in retinal detachment repair.
• Stabilizing the ILM flap during inverted-flap and free-flap procedures presents a surgical challenge.
• Current techniques may lack sufficient stability for optimal flap management.

Purpose of the Study:

• To present an innovative surgical technique for stabilizing the ILM flap.
• To evaluate the utility of cohesive viscoelastic in inverted-flap and free-flap retinal surgeries.
• To improve the management of the ILM flap during complex retinal procedures.

Main Methods:

• A novel surgical approach utilizing cohesive viscoelastic material is described.
• The technique focuses on stabilizing the ILM flap during the covering phase of inverted-flap and free-flap surgeries.
• Cohesive viscoelastic is strategically injected to secure the flap.

Main Results:

• The cohesive viscoelastic effectively stabilized the ILM flap.
• This stabilization facilitated a smoother and more controlled inverted-flap and free-flap procedure.
• The technique demonstrated potential for improved surgical efficiency and outcomes.

Conclusions:

• Cohesive viscoelastic offers an innovative and effective method for ILM flap stabilization.
• This technique represents a valuable advancement in managing ILM flaps during complex retinal surgeries.
• Further studies are warranted to confirm long-term benefits and broader applicability.