Table 1.
Participant | Cohort | Gender | Age | Cause of blindness | Light perception | Handedness | Age of blindness onset |
---|---|---|---|---|---|---|---|
1 | A | F | 29 | Microphthalmia | None | Right | 0 |
2 | A | F | 23 | Microphthalmia, retinal detachment | None | Left | 0 |
3 | A | F | 30 | Retinopathy of prematurity | None | Right | 0 |
4 | A | M | 37 | Retinopathy of prematurity | None | Right | 0 |
5 | A | F | 38 | Enophthalmus | None | Left | 0 |
6 | A | M | 54 | Retinopathy of prematurity | None | Right | 0 |
7 | A | M | 23 | Microphthalmia | None | Right | 0 |
8 | A | F | 34 | Retinopathy of prematurity | None | Right | 0 |
9 | A | M | 31 | Retinopathy of prematurity | None | Right | 0 |
10 | A | F | 35 | Retinoblastoma | None | Right | 0 |
11 | A | F | 34 | Microphthalmia | None | Left | 0 |
12 | A | F | 30 | Leber congenital amaurosis | Faint | Ambidextrous | 0 |
13 | A | M | 42 | Retinopathy of prematurity | Faint | Right | 0 |
14 | B | M | 36 | Microphthalmia | None | Ambidextrous | 0 |
15 | B | M | 22 | Microphthalmia | None | Right | 0 |
16 | B | M | 33 | Microphthalmia; microcornea | None | Right | 0 |
17 | B | M | 48 | Glaucoma | None | Right | 0 |
18 | B | F | 46 | Glaucoma | None | Right | 0 |
19 | B | M | 40 | Leukoma | Faint | Right | 0 |
20 | B | F | 50 | Cataracts; eyeball dysplasia | Faint | Right | 0 |
21 | B | M | 57 | Eyeball dysplasia | None | Right | 0 |
22 | B | F | 43 | Glaucoma | None | Right | 0 |
23 | B | M | 48 | Microphthalmia; cataracts; leukoma | None | Right | 0 |
24 | B | M | 63 | Glaucoma; leukoma | None | Right | 0 |
25 | B | F | 41 | Optic nerve atrophy | Faint | Right | 0 |
Cohort A was acquired in Israel and comprised 13 blind adults and 18 sighted controls (Striem-Amit et al., 2015). Cohort B was acquired in China and comprised 12 blind adults and 13 sighted controls (Striem-Amit et al., 2018b). F, Female; M, male.