Diabetes has been shown to affect the thickness of the basement membrane in various human tissues and organs. The purpose of this thesis is to determine whether diabetes can cause thickening of the anterior capsule basement membrane (ACBM), and correlate the findings with the duration and the severity of diabetes. For the purpose of this study, anterior lens capsule specimens of diabetic patients (DP), and non-diabetic patients (NDP) are collected from phaco-emulsification cataract surgeries. All cases are formalin-fixed, paraffin-embedded and stained with H&E and periodic acid-Schiff. The ACBM thickness is measured and reviewed under a light microscope. The results of this thesis showed that the mean thickness of ACBM is significa...
Purpose - To assess if diabetes alters corneal epithelial, anterior stromal and sub-basal nerve plex...
<b>Purpose</b>\ud \ud - To compare lens dimensions and refractive index distributions in type 1 dia...
To investigate the characteristics and risk factors of biological ocular structures in the developme...
AbstractThe current study investigates the structural and compositional changes of ocular basement m...
The purpose of this study was to investigate which factors (including age, sex, grade of cataract, ...
Lenticular biometry on non-cataractous lenses has been studied by means of Scheimpflug photography a...
The biometry and auto-fluorescence of the anterior ocular segment were examined in a case control st...
Abstract: Background: Compaction of human ocular lens fiber cells as a function of both aging and ca...
Aim: A n observational cross-sectional study conducted to analyze the impact of diabetes mellitus on...
Purpose: To investigate the influence of carbohydrate metabolism on the structure and mechanical pro...
PURPOSE - To examine the retinal thickness profiles of individuals with and without diabetic retinop...
AIM: To investigate the relationship between diabetic peripheral neuropathy (DPN) and retinal tissue...
Purpose: To determine whether diabetes causes changes of central macular thickness (CMT), nerve fibe...
Introduction. Ultrastructural changes in corneas of patients with diabetes mellitus have been pre...
Background: The objective was to investigate full retinal and inner retinal thickness in individuals...
Purpose - To assess if diabetes alters corneal epithelial, anterior stromal and sub-basal nerve plex...
<b>Purpose</b>\ud \ud - To compare lens dimensions and refractive index distributions in type 1 dia...
To investigate the characteristics and risk factors of biological ocular structures in the developme...
AbstractThe current study investigates the structural and compositional changes of ocular basement m...
The purpose of this study was to investigate which factors (including age, sex, grade of cataract, ...
Lenticular biometry on non-cataractous lenses has been studied by means of Scheimpflug photography a...
The biometry and auto-fluorescence of the anterior ocular segment were examined in a case control st...
Abstract: Background: Compaction of human ocular lens fiber cells as a function of both aging and ca...
Aim: A n observational cross-sectional study conducted to analyze the impact of diabetes mellitus on...
Purpose: To investigate the influence of carbohydrate metabolism on the structure and mechanical pro...
PURPOSE - To examine the retinal thickness profiles of individuals with and without diabetic retinop...
AIM: To investigate the relationship between diabetic peripheral neuropathy (DPN) and retinal tissue...
Purpose: To determine whether diabetes causes changes of central macular thickness (CMT), nerve fibe...
Introduction. Ultrastructural changes in corneas of patients with diabetes mellitus have been pre...
Background: The objective was to investigate full retinal and inner retinal thickness in individuals...
Purpose - To assess if diabetes alters corneal epithelial, anterior stromal and sub-basal nerve plex...
<b>Purpose</b>\ud \ud - To compare lens dimensions and refractive index distributions in type 1 dia...
To investigate the characteristics and risk factors of biological ocular structures in the developme...