INDIVIDUALIZED, SPECTRAL DOMAIN-OPTICAL COHERENCE TOMOGRAPHY–GUIDED FACEDOWN POSTURING AFTER MACULAR HOLE SURGERY

Minimizing Treatment Burden and Maximizing Outcome

Abstract

Purpose: 

To evaluate the individualized, optical coherence tomography-guided facedown posturing after macular hole (MH) surgery in minimizing the burden and maximizing outcome.

Methods: 

A retrospective comparative study. One hundred and seven consecutive eyes with an MH (<500 μm) received vitrectomy and gas tamponade. After surgery, optical coherence tomography examination was performed from 6 hours to postoperative Day 2. In Group A, with a pro re nata posturing protocol, the duration of facedown posturing was determined from the optical coherence tomography findings. Group A was subdivided as follows: Group A1, facedown posturing required postoperatively and Group A2, no posturing required. When MH closure was confirmed, facedown posturing (if any) was discontinued. If the MH did not close, additional posturing was advised. Group B was the control group, consisted of 42 consecutive eyes with traditional 7 days of posturing.

Results: 

After a single surgery, Group A had the MH closure rate of 96.2%, 95.8% in Group A1 and 97.1% in Group A2, whereas Group B had the MH closure rate of 95.2%. The average posturing period was 42 hours for Group A, 57 hours for Group A1 and 10 hours for Group A2 (P < 0.001). The MH size was correlated significantly with the closure time (R = 0.47, P = 0.005, Spearman correlation coefficient).

Conclusion: 

A pro re nata posturing protocol achieves a high MH closure rate with a significant reduction of posturing time especially for pseudophakic eyes.

In Brief

Individualized optical coherence tomography-guided facedown posturing after surgery for a small-to-medium–sized macular hole is a reasonable treatment in pseudophakic eyes not only to reduce the posturing time but also to maximize the macular hole closure rates. Optical coherence tomography recordings through gas are useful in determining individual postoperative positioning regimens.