Skip to main content
. 2022 Mar 30;2(1):100046. doi: 10.1016/j.aopr.2022.100046

Table 6.

Factors related to molds contamination.

Factors Mold-contaminated Not-mold contaminated p
Group, number of bottles (%) 0.541
Group 1 31 (11.61) 31 (11.61)
Group2 4 (14.29) 5 (17.86)
Gender number of bottles (%) 0.494
Female 16 (9.94) 19 (11.80)
Male 19 (14.18) 17 (12.69)
Age, years, mean ​+ ​SD 56.74 ​± ​13.59 55.25 ​± ​17.34 0.393
Mean visual acuity, LogMAR, mean ​+ ​SD 0.103 ​± ​0.46 0.02 ​± ​0.07 0.361
Education level, number of bottles (%) 0.921
Up to primary 2 (14.29) 2 (14.29)
At least secondary 33 (11.74) 34 (12.10)
Underlying disease, number of bottles (%) 0.445
No 20 (11.90) 24 (14.29)
Yes 15 (11.81) 12 (9.45)
Eye disease for eye drops, number of bottles (%) 0.475
Infectious keratitis 34 (11.68) 36 (12.37)
Corneal edema 1 (50) 0
Post intraocular surgery 0 0
Report of usage contamination by user, number of bottles (%) 0.196
Never 34 (12.45) 31 (11.36)
Sometimes 1 (4.55) 5 (22.73)
User, number of bottles (%) 0.993
Self-used 3 (12.50) 3 (12.5)
Other-used 32 (11.81) 33 (12.18)
Storage, number of bottles (%) 0.235
In refrigerator 34 (11.60) 36 (12.29)
Out of refrigerator 1 (50) 0
Mean duration of usage, days, mean ​± ​SD 3.14 ​± ​0.94 18.17 ​± ​6.97 0.048∗
Container, number of bottles (%) 0.015∗
Glass container 35 (11.99) 34 (11.64)
Plastic container 0 2 (66.67)
Number of eye drops use per person, number of bottles (%) 0.022∗
Up to 2 bottles 4 (13.79) 8 (27.59)
>2 bottles 31 (11.65) 28 (10.53)

Group 1 ​= ​medical professionals-used, Group 2 ​= ​patients-used.

∗Significant P-value ​< ​0.05.