NoThis is a comprehensive study of a large range of biometric and optical parameters in people with type 1 diabetes. The parameters of 74 people with type 1 diabetes and an age matched control group were assessed. Most of the people with diabetes had low levels of neuropathy, retinopathy and nephropathy. Marginal or no significant differences were found between groups for corneal shape, corneal thickness, pupil size, and pupil decentrations. Relative to the control group, the diabetes group demonstrated smaller anterior chamber depths, more curved lenses, greater lens thickness and lower lens equivalent refractive index. While the optics of diabetic eyes make them appear as older eyes than those of people of the same age without diabetes, t...
The biometry and auto-fluorescence of the anterior ocular segment were examined in a case control st...
This work investigates how short-term changes in blood glucose concentration affect the refractive c...
This pilot study characterised peripheral aberrations over 42° × 32° of right eye visual fields for ...
This is a comprehensive study of a large range of biometric and optical parameters in people with ty...
This study compared optics of eyes in people with diabetes with those age-balanced controls. Relativ...
<b>Purpose</b>\ud \ud - To compare lens dimensions and refractive index distributions in type 1 dia...
Straylight, lens yellowing and ocular aberrations were assessed in a group of people with type 1 dia...
Free to read Purpose People with diabetes have accelerated age-related biometric ocular changes comp...
Lenticular biometry on non-cataractous lenses has been studied by means of Scheimpflug photography a...
Purpose. To compare ocular biometry between children with type 1 diabetes mellitus (T1DM) and health...
Free to read\ud \ud <b>Purpose</b>\ud \ud People with diabetes have accelerated age-related biometri...
Purpose To determine early ocular changes in children and adolescents with type 1 diabetes mellitus ...
Purpose: This work investigates how short-term changes in blood glucose concentration affect the ref...
Purpose: To develop a paraxial eye model based on a previously collected cohort of adults with well-...
To investigate the characteristics and risk factors of biological ocular structures in the developme...
The biometry and auto-fluorescence of the anterior ocular segment were examined in a case control st...
This work investigates how short-term changes in blood glucose concentration affect the refractive c...
This pilot study characterised peripheral aberrations over 42° × 32° of right eye visual fields for ...
This is a comprehensive study of a large range of biometric and optical parameters in people with ty...
This study compared optics of eyes in people with diabetes with those age-balanced controls. Relativ...
<b>Purpose</b>\ud \ud - To compare lens dimensions and refractive index distributions in type 1 dia...
Straylight, lens yellowing and ocular aberrations were assessed in a group of people with type 1 dia...
Free to read Purpose People with diabetes have accelerated age-related biometric ocular changes comp...
Lenticular biometry on non-cataractous lenses has been studied by means of Scheimpflug photography a...
Purpose. To compare ocular biometry between children with type 1 diabetes mellitus (T1DM) and health...
Free to read\ud \ud <b>Purpose</b>\ud \ud People with diabetes have accelerated age-related biometri...
Purpose To determine early ocular changes in children and adolescents with type 1 diabetes mellitus ...
Purpose: This work investigates how short-term changes in blood glucose concentration affect the ref...
Purpose: To develop a paraxial eye model based on a previously collected cohort of adults with well-...
To investigate the characteristics and risk factors of biological ocular structures in the developme...
The biometry and auto-fluorescence of the anterior ocular segment were examined in a case control st...
This work investigates how short-term changes in blood glucose concentration affect the refractive c...
This pilot study characterised peripheral aberrations over 42° × 32° of right eye visual fields for ...