ALI |
Anterior LC insertion (Supplementary Fig. S1) |
ANOVA |
Analysis of variance |
ASAS |
Anterior-most subarachnoid space—the anterior-most extent of the CSF space defined by the dural insertion into the episcleral tissues |
ASCO |
Anterior scleral canal opening |
BD |
Beam diameter (Fig. 4) |
BM |
Bruch's membrane |
BMO |
Bruch's membrane opening |
CSF |
Cerebrospinal fluid |
CTV |
Connective tissue volume—in this study the sum of all connective tissue voxels |
CTVF |
Connective tissue volume fraction—in this study the ratio of CTV to LV expressed without units |
EG |
Experimental glaucoma |
EO |
Embedded orientation—the vertical and horizontal axes of the embedded ONH tissues within the 3D HMRN |
FoBMO |
Foveal–BMOcentroid
|
FoBMO axis |
For 3D HMRN—a line connecting the estimated center of the fovea in a fundus image and the colocalized 3D HMRN BMOcentroid (Fig. 2) |
FoBMO oriented |
Using the FoBMO axis as the nasal-temporal midline for ONH 3D HMRN 30° sectoral regionalization (Fig. 1) |
GEEGLM |
A general linear model fitted with a generalized estimation equation |
Global data |
Lamina cribrosa data for a single ONH that includes all sectors, subsectors, and depths |
HMRN |
Histomorphometric reconstruction—stacked, serial digital section images from the stained embedded tissue block surface |
ILM |
Internal limiting membrane |
LC |
Lamina cribrosa |
LMA |
LC microarchitecture—in this study characterized by BD, PD, and CTVF |
LV |
Lamina cribrosa volume—in this study the sum of all beam and pore voxels |
NB |
Neural boundary—the boundary that contains the RGC axons as they pass through the wall of the eye (i.e., from BMO through the PSCO) |
OD |
Right eye |
OD configuration |
All data from both right and left eyes are presented in right eye configuration (Fig. 6) |
ONH |
Optic nerve head |
OS |
Left eye |
Overall data |
Lamina cribrosa data for all 21 eyes considered together |
PD |
Pore diameter (Fig. 4) |
PSCO |
Posterior scleral canal opening |
RNFL |
Retinal nerve fiber layer |
SD |
Standard deviation of the mean |
SDOCT |
Spectral-domain optical coherence tomography |