Figures & data
Figure 1 Ultrasound biomicroscopy images.
Notes: (A) Ultrasound biomicroscopy image depicting anterior segment structures in a normal eye. (B) Ultrasound biomicroscopy showing keratolenticular adhesion (arrow) with cataract in a case of Peter’s anomaly. The image demonstrates the utility of anterior segment imaging for pediatric cataract evaluation.
Abbreviations: C, cornea; I, Iris; ACa, anterior capsule; L, lens.
Abbreviations: C, cornea; I, Iris; ACa, anterior capsule; L, lens.
![Figure 1 Ultrasound biomicroscopy images.](/cms/asset/e156b9bc-ece8-445f-ac18-f280476b9f19/doph_a_59009_f0001_b.jpg)
Figure 2 Examination of family members.
Notes: (A) Undilated exam that is apparently normal; (B) dilated exam of the same patient revealed punctate cortical opacities.
![Figure 2 Examination of family members.](/cms/asset/2c6b3cf6-36d3-421f-9885-ad07ec9f14dc/doph_a_59009_f0002_c.jpg)
Figure 4 Anterior polar cataract.
Notes: (A) Aniridia with dot-like anterior polar cataract (arrow); (B) pyramidal cataract.
![Figure 4 Anterior polar cataract.](/cms/asset/ae642af0-986d-431f-8f18-d17844f9add2/doph_a_59009_f0004_c.jpg)
Figure 7 The technique of two-incision push–pull anterior capsulorhexis.
Notes: (A) Two stab incisions are made approximately 4.5–5.0 mm apart in the anterior capsule with a microvitreoretinal blade (arrowheads). (B) Grasping the distal flap of the proximal anterior capsule with capsulorhexis forceps and pushing toward the distal stab incision, making a semicircular rhexis; (C) similarly, the proximal flap of the distal stab incision is then grasped and pulled toward the proximal stab incision. (D) Complete continuous curvilinear capsulorhexis. (E) Anterior (arrow) and posterior two-incision push–pull rhexis (arrowheads) under retroillumination.
![Figure 7 The technique of two-incision push–pull anterior capsulorhexis.](/cms/asset/37fd2a07-54fb-4434-8bed-f3b504f3ce74/doph_a_59009_f0007_c.jpg)