case_images: PMC7457788_01
case_images: Anterior OCT of the left eye.
case_images: IMCRJ-13-371-g0001.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0001.jpg
case_images: f0001
case_images: The first challenge started in the investigative unit during the IOL power calculation and selection, as axial length was 21.00 and 21.15 mm, while anterior-chamber depth was 2.87 and 2.79 mm for the left and right eyes consecutively (Figures 1-5).
case_images: Capsulotomy and fragmentation alignment of the left eye.
case_images: IMCRJ-13-371-g0002.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0002.jpg
case_images: f0002
case_images: The first challenge started in the investigative unit during the IOL power calculation and selection, as axial length was 21.00 and 21.15 mm, while anterior-chamber depth was 2.87 and 2.79 mm for the left and right eyes consecutively (Figures 1-5). It was decreased to 4.5 mm for the left eye and 4.7 mm for the right eye (Figures 2 and 6), and an error of centration was still there.
case_images: Fragmented nucleus of the left eye.
case_images: IMCRJ-13-371-g0003.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0003.jpg
case_images: f0003
case_images: The first challenge started in the investigative unit during the IOL power calculation and selection, as axial length was 21.00 and 21.15 mm, while anterior-chamber depth was 2.87 and 2.79 mm for the left and right eyes consecutively (Figures 1-5). In the management of the nucleus, a six-quadrant division with softening was applied in the left eye, while six-quadrants division only was applied in the right eye, being less hard (Figures 3 and 7).
case_images: FLACS parameters for the left eye.
case_images: IMCRJ-13-371-g0004.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0004.jpg
case_images: f0004
case_images: The first challenge started in the investigative unit during the IOL power calculation and selection, as axial length was 21.00 and 21.15 mm, while anterior-chamber depth was 2.87 and 2.79 mm for the left and right eyes consecutively (Figures 1-5). After completion of all the steps of the femtosecond laser treatment (Figures 4 and 8), the patient was moved to the surgical room to continue the cataract-extraction procedure.
case_images: Anterior OCT of the right eye.
case_images: IMCRJ-13-371-g0005.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0005.jpg
case_images: f0005
case_images: The first challenge started in the investigative unit during the IOL power calculation and selection, as axial length was 21.00 and 21.15 mm, while anterior-chamber depth was 2.87 and 2.79 mm for the left and right eyes consecutively (Figures 1-5).
case_images: Capsulotomy and fragmentation alignment for the right eye.
case_images: IMCRJ-13-371-g0006.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0006.jpg
case_images: f0006
case_images: It was decreased to 4.5 mm for the left eye and 4.7 mm for the right eye (Figures 2 and 6), and an error of centration was still there.
case_images: Fragmented nucleus, right eye.
case_images: IMCRJ-13-371-g0007.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0007.jpg
case_images: f0007
case_images: In the management of the nucleus, a six-quadrant division with softening was applied in the left eye, while six-quadrants division only was applied in the right eye, being less hard (Figures 3 and 7).
case_images: FLACS parameters for right eye.
case_images: IMCRJ-13-371-g0008.jpg
case_images: PMC7457788_01_IMCRJ-13-371-g0008.jpg
case_images: f0008
case_images: After completion of all the steps of the femtosecond laser treatment (Figures 4 and 8), the patient was moved to the surgical room to continue the cataract-extraction procedure.