Research Article
Application of 25 MHz B-Scan Ultrasonography to Determine the Integrity of the Posterior Capsule in Posterior Polar Cataract
Table 2
Status of PC in clinically diagnosed PPC.
| | Slit lamp microscopy examination | 25 MHzB | PC status during surgery |
| Case 1 | PPC OU | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 2 | PPC OU | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 3 | PPC OD | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 4 | PPC OU | Normal CPCC with high reflectivity between PC and PPC | Intact with synechia | Case 5 | PPC OU | Normal CPCC with high reflectivity between PC and PPC | Intact with synechia in the right eye and PCR in the left eye | Case 6 | PPC OS | Normal CPCC with high reflectivity between PC and PPC | PCR | Case 7 | PPC OU | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 8 | PPC OU | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 9 | PPC OS | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 10 | PPC OD | Normal CPCC with minimal reflectivity between PC and PPC | Intact | Case 11 | PPC OU | Normal CPCC with minimal reflectivity between PC and PPC | Intact with synechia | Case 12 | PPC OD | PC dehiscence, with reflectivity protruding to vitreous cavity | PCR with synechia | Case 13 | PPC OD | PC dehiscence, with reflectivity protruding to vitreous cavity | PCR with synechia | Case 14 | PPC OS | Normal CPCC with high reflectivity between PC and PPC | Intact with synechia |
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