NNO1 |
Nanophthalmos, hyperopia and ACG |
11p13 |
Othman et al61
|
PLEKHA7, COL11A1, PCMTD1 and ST18
|
PACG |
11p15, 1p21, 8q11.23 |
Vithana et al62
|
COL1A1 |
Myopia |
1p21 |
Inamori et al,64 Zhang et al65
|
MMP9 |
PACG |
20q13.12 |
Awadalla et al,73 Cong et al,69 Wang et al,70 Micheal et al71
|
MTHFR |
PACG, anterior segment extracellular matrix (ECM) remodeling |
1p36.3 |
Micheal et al76
|
MFRP |
PACG |
11q23.3 |
Wang et al,77 Aung et al,72 Shi et al103
|
MFRP |
Autosomal recessive nanophthalmos, short axial length, high degree of hyperopia, high lens-to-eye-volume ratio and small corneal diameter |
11q23.3 |
Sundin et al79
|
CHX10 |
PACG |
14q24.3 |
Aung et al72
|
HGF |
PACG and hyperopia |
7q21.1 |
Awadalla et al,86 Jiang et al85
|
RSPO1, C3orf26, LAMA2, GJD2, ZNRF3, CD55, MIP, ALPPL2 and ZC3H11B
|
Axial length regulation |
1p34.3, 3q12.1, 6q22.33, 15q14, 22q12.1, 1q32, 12q13, 2q37, 1q41 |
Cheng et al87
|
PRSS56 |
ACG, posterior microphthalmia |
2q37.1 |
Nair et al93
|
ABCC5 |
PACG, ACD regulation |
3q27 |
Nongpiur et al94
|
MYOC |
ACG |
1q24.3 |
Faucher et al,98 Dai et al100
|
CYP1B1 |
PACG |
2p22.2 |
Chakrabarti et al,101 Dai et al100
|
eNOS |
PACG, ACD regulation |
7q36 |
Ayub et al,102
|
HSP70 |
PACG |
19q13.42 |
Ayub et al,102 Shi et al103
|
SPARC |
PACG, IOP regulation |
5q33.1 |
Yan et al,109 Chua et al,104 Haddadin et al110
|
CALCRL |
Acute PACG |
2q32.1 |
Cao et al111
|
NEB |
Canine PACG |
|
Ahram et al118
|