Table 1.
Type of capsulotomy | Author | Study type | Sample size | Complications encountered |
---|---|---|---|---|
Envelope | Ndiaye et al. 1999[5] | Prospective | 25 eyes | Postoperative dyscoria |
Envelope | Akkin et al. 1994[6] | Prospective | 65 eyes | IOL tilt and decentration |
Comparative evaluation of manual capsulotomies | Oner et al. 2001[7] | Prospective | 95 eyes | Lens decentration more in capsulotomy types other then CCC |
Manual CCC | Cekic et al. 1999[21] | Prospective | 51 eyes | Altered effective lens position (ELP) in inadequate sized capsulotomies |
Manual CCC | Wirtitsch et al. 2004[22] | Prospective | 104 eyes | Dysphotopsias and compromised retinal images in decentered capsulotomy |
Manual CCC | Hollick 1999[18] | Prospective | 75 eyes | Large capsulorhexis associated with Posterior capsule wrinkling and PCO |
Manual CCC | Olali et al. 2007[27] | Prospective | 358 eyes | Breach rhexis in 0.56% cases |
Femto scond laser | Chang et al. 2014[41] | Retrospective | 170 eyes | Free-floating capsule buttons in 88.8%. Radial anterior capsule tears in 5.3% |
Femto scond laser | Abell et al. 2014[43] | Prospective cohort | 1626 eyes | Increased rate of anterior capsule tears |
Femto second laser | Roberts et al. 2011[50] | Prospective | 50 eyes | Capsular block syndrome |
Plasma blade | Izak et al. 2004[52] | Experimental | 4 porcine eyes | Capsulotomy lacks elastic stiffness |
Precision Pulse Capsulotomy | Hooshmand et al. 2018[57] | Prospective, multicenter case series | 158 eyes | Incomplete capsulotomy and radial tear. |
CCC – Central circular capsulorhexis; IOL – Intra ocular lens; PCO – Posterior capsular opacification