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. Author manuscript; available in PMC: 2020 Sep 15.

Published in final edited form as: Acta Biomater. 2019 Jul 3;96:385–399. doi: 10.1016/j.actbio.2019.06.050

Figure 7: — Strains within the ONH of Eye 2L after IOP lowering from 38 to 18 mmHg from suturelysis. The left column shows strain outcomes overlaid on scan 1 (inferior-superior, 180°–0°) at the lower IOP. The right hand column shows the thickness averaged ALC strains plotted on the reconstruction of the anterior LC surface at the lower IOP. a) E_rr within I-S sector , b) E_rr within ALC, c) E_zz within I-S sector, d) E_zz within ALC, e) E_max within I-S sector, f) E_max within ALC, g) Γ_max within I-S sector, h) G_max within ALC. The lines — denote tissue boundaries determined by 17 manual segmentation, - - the radial position of the BMO points, and the radial position dividing the central and peripheral ALC. Note that DVC correlation within some images covered only part of the region within the marked boundaries of the choroid.

Inline graphic — Strains within the ONH of Eye 2L after IOP lowering from 38 to 18 mmHg from suturelysis. The left column shows strain outcomes overlaid on scan 1 (inferior-superior, 180°–0°) at the lower IOP. The right hand column shows the thickness averaged ALC strains plotted on the reconstruction of the anterior LC surface at the lower IOP. a) E_rr within I-S sector , b) E_rr within ALC, c) E_zz within I-S sector, d) E_zz within ALC, e) E_max within I-S sector, f) E_max within ALC, g) Γ_max within I-S sector, h) G_max within ALC. The lines — denote tissue boundaries determined by 17 manual segmentation, - - the radial position of the BMO points, and the radial position dividing the central and peripheral ALC. Note that DVC correlation within some images covered only part of the region within the marked boundaries of the choroid.