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Parameters of iris surface structural and morphological characteristics with significant zone-by-quadrant interaction effects. Plots show the marginal means and 95% confidence intervals for each zone across different quadrants (D, inferior; N, nasal; T, temporal; U, superior) based on the linear mixed-effects model. Different colors/symbols denote different zones. These findings suggest that the distribution patterns of certain iris surface structural and morphological parameters vary across quadrants, indicating spatial heterogeneity.

Journal: Nanoscale Advances

Article Title: Microstructure-dependent biomechanical heterogeneity in irises using atomic force microscopy

doi: 10.1039/d6na00704j

Figure Lengend Snippet: Parameters of iris surface structural and morphological characteristics with significant zone-by-quadrant interaction effects. Plots show the marginal means and 95% confidence intervals for each zone across different quadrants (D, inferior; N, nasal; T, temporal; U, superior) based on the linear mixed-effects model. Different colors/symbols denote different zones. These findings suggest that the distribution patterns of certain iris surface structural and morphological parameters vary across quadrants, indicating spatial heterogeneity.

Article Snippet: Data were examined using mixed-effects models in Stata 16 to address both individual and between-group variability while controlling for random effects, thereby enhancing model robustness.

Techniques:

Iris surface structural and morphological parameters showing significant main effects of zone. The upper panels show the marginal means and 95% confidence intervals of Ra and Rq for each zone across different quadrants (D, inferior; N, nasal; T, temporal; U, superior) based on the linear mixed-effects model. Different colors/symbols represent different zones. The lower panels illustrate the regional distribution patterns of Ra and Rq across the iris. Darker colors indicate higher values. These results demonstrate significant zonal differences in iris surface roughness-related parameters.

Journal: Nanoscale Advances

Article Title: Microstructure-dependent biomechanical heterogeneity in irises using atomic force microscopy

doi: 10.1039/d6na00704j

Figure Lengend Snippet: Iris surface structural and morphological parameters showing significant main effects of zone. The upper panels show the marginal means and 95% confidence intervals of Ra and Rq for each zone across different quadrants (D, inferior; N, nasal; T, temporal; U, superior) based on the linear mixed-effects model. Different colors/symbols represent different zones. The lower panels illustrate the regional distribution patterns of Ra and Rq across the iris. Darker colors indicate higher values. These results demonstrate significant zonal differences in iris surface roughness-related parameters.

Article Snippet: Data were examined using mixed-effects models in Stata 16 to address both individual and between-group variability while controlling for random effects, thereby enhancing model robustness.

Techniques: Surface Roughness