Whereas the thickness of the foveal inner layer increased with the degree of myopia, the inner and outer layer thicknesses of the para- and perifovea significantly decreased in myopic eyes.
We studied the relationships of the full, inner and outer retinal thicknesses of the fovea, parafovea and perifovea relative to the spherical equivalent (SE) and axial length (AL).
Regarding the different layers of the retina, the inner layer in the fovea was positively correlated with AL, whereas the inner and outer layer thicknesses in the para- and perifoveal parts were negatively correlated with AL (positively with SE).
The average inner and outer layer thicknesses of the para- and perifovea decreased with the degree of myopia (with the SE para, b = 0.307, peri b = 0.457; with the AL para, b = –0.266, peri b = –0.454),with the perifoveal thicknesses decreasing more rapidly.
The effect of geometric parameters such as inner and outer sheet thickness, angle between two neighbouring ribs on surface quality was investigated.
Five random design variables are considered, namely, the composite elastic constants, the ply angles, the inner and outer diameters, thickness and the mechanical loading.
A. quebracho-blanco had the greatest total, inner and outer bark thickness, and the lowest bark density among the studied species.
Inner and outer retina thickness were compared between 7-month-old Ppt1 +/+ and Ppt1 -/- mice, revealing a significant thinning of the inner retina in Ppt1 -/- mice.
Whole, inner, and outer choroidal thickness was measured manually at 1 week and at 1 and 3 months after initiation of systemic corticosteroid therapy using enhanced depth imaging optical coherence tomography.
Additionally, multivariable linear regression analysis found that the full, inner and outer layer thickness from the foveal as well as parafoveal part was correlated with gender, even after the correction of age and AL/SE (Table 4).
The surface morphology, inner and outer diameter, wall thickness, and length of TaO x nanotubes were characterized by scanning electron microscopy (SEM).
