6 Diagnostic Capability of Optical Coherence Tomography …
153
Table 6.2 Summary of previous studies employing optical coherence tomography of the retina in
patients with amblyopia (source Szigeti et al. [192])
Study (first
author,
year)
Study
size
(n)
Age
(years)
Type of
amblyopia
OCT type AL data cpRNFL
Macular
parameters
(amblyopic
vs. fellow
eyes)
Yen et al.
[173]
38
26.4 ± 18.3 Mixed (S,
A)
TDOCT(2)
A-scan Increased Not
studied
18
25.4 ± 18.6 A
Increased Not
studied
20
27.4 ± 18.6 S
No
difference
Not
studied
Yoon et al.
[174]
31
7.7 (5–12) Hyperopic
A
TDOCT(3)
ND
Increased Not
studied
Altintas
et al. [179]
14
10.4
(5–18)
S
TDOCT(3)
ND
No
difference
No
difference
Kee et al.
[181]
26
8 (4–12)
Mixed (S,
A, AS)
TDOCT(3)
ND
No
difference
No
difference
Repka
et al. [182]
17
11.2
(5–30)
Mixed (S,
A, AS)
TDOCT(3)
ND
No
difference
Not
studied
Huynh
et al. [177]
48
6 and
12 yearchildren
Mixed
TDOCT(3)
Optical No
difference
Increased
FMT
Repka
et al. [183]
37
9.2 (7–12) Mixed (S,
A, AS)
TDOCT(3)
ND
No
difference
Not
studied
Dickmann
et al. [176]
20
14.8
(5–47)
S
(esotropia)
TDOCT(3)
ND
No
difference
Increased
MT and
FV
20
15.6
(6–56)
A
ND
No
difference
No
difference
Walker
et al. [184]
30
56 (33–82) Mixed (S,
A, AS)
SD-OCT
ND
No
difference
No
difference
Pang et al.
[178]
31
9.6 (5–18) Mixed
(myopic A,
AS)
TDOCT(3)
A-scan Not
studied
No
difference
ALHaddad
et al. [204]
45
20 ± 12
Mixed (S,
A)
SD-OCT
ND
No
difference
No
difference
(continued)