Corneal Biomechanical Changes after Crosslinking for Progressive Keratoconus with the Corneal Visualization Scheimpflug Technology

Table 1

Descriptives.


Patient	Sex	Age	Days before CXL	Days after CXL	BAD_D	Pachy min (m)	Astig. (D)	max (D)

1	Male	21	0	98	7.18	453	4.20	51.66
2	Female	28	0	84	7.06	489	2.50	54.79
3	Female	47	−21	56	4.42	464	3.00	49.74
4	Male	27	0	91	7.62	462	4.70	50.59
5	Male	20	0	70	7.84	454	7.80	58.00
6	Male	39	0	77	14.07	520	2.00	60.05
7	Male	24	0	84	9.30	480	5.90	59.70
8	Male	29	−23	70	10.76	450	6.10	59.25
9	Male	20	0	91	5.56	508	4.70	54.28
10	Male	37	0	91	8.22	501	2.20	59.99
11	Male	21	−16	91	6.19	522	4.20	47.48
12	Male	43	0	84	0.82	545	6.30	49.46
13	Male	27	0	91	9.27	462	5.70	57.00
14	Male	29	0	77	12.11	454	6.90	62.57
15	Male	47	0	91	8.19	451	6.40	54.09
16	Male	46	0	70	0.67	571	6.80	49.53
17	Male	25	−44	84	3.30	475	2.20	46.75

Days before CXL and days after CXL: time interval between Corvis ST analysis and corneal crosslinking; BAD_D: Belin-Ambrosio display-enhanced ectasia total deviation value. [10]; pachy min: corneal thickness at the thinnest point; Astig: topometric astigmatism front surface; max_: steepest keratometry of the front surface.

Journal of Ophthalmology

Corneal Biomechanical Changes after Crosslinking for Progressive Keratoconus with the Corneal Visualization Scheimpflug Technology

Table 1