To the Editor: Cognitive impairment and dementia are important health problems that may be caused by vascular damage in the brain.[1] The cerebral vasculature is anatomically, embryologically, and physiologically related to that of the retina, and both are sensitive to exposure to vascular risk factors.[2, 3] Vascular damage to the retina is easy to measure noninvasively. Hence, visualization of retinal vessels may offer insight into the status of the vessels in the brain and thus provide insight into vascular causes of late-life cognitive impairment. A recent systematic review found variable associations between retinal vascular changes and performance on various cognitive domains in persons without dementia.[4, 5] The goal of the current ...
<div><p>Purpose</p><p>Cerebral microvascular disease is associated with dementia. Differences in the...
[[abstract]]Background: Vascular aging may cause cerebral microvascular damage and cognitive dysfunc...
To access publisher full text version of this article. Please click on the hyperlink in Additional L...
To the Editor: Cognitive impairment and dementia are important health problems that may be caused by...
textabstractBackground: Retinal vessels provide a unique opportunity to study both systemic and cere...
Aim: To investigate the association of retinal vascular changes with a risk of dementia in longitudi...
OBJECTIVES: To examine the association between retinal microvascular signs, as a proxy for cerebral ...
Purpose Cerebral microvascular disease is associated with dementia. Differences in the topogra-phy o...
Objective: To determine whether microvascular damage, indicated by cerebral microbleeds (CMBs) and r...
Background: Retinal microvascular network changes have been found in patients with age-related brain...
Previous studies have demonstrated that cognitive impairment (CI) is not limited to the brain but al...
Cognitive impairment and dementia form a major health issue, affecting a considerable proportion of ...
Fractal analysis is a method used to quantify the geometric branching complexity and density of reti...
Previous studies have demonstrated that cognitive impairment (CI) is not limited to the brain but al...
Previous studies have demonstrated that cognitive impairment (CI) is not limited to the brain but al...
<div><p>Purpose</p><p>Cerebral microvascular disease is associated with dementia. Differences in the...
[[abstract]]Background: Vascular aging may cause cerebral microvascular damage and cognitive dysfunc...
To access publisher full text version of this article. Please click on the hyperlink in Additional L...
To the Editor: Cognitive impairment and dementia are important health problems that may be caused by...
textabstractBackground: Retinal vessels provide a unique opportunity to study both systemic and cere...
Aim: To investigate the association of retinal vascular changes with a risk of dementia in longitudi...
OBJECTIVES: To examine the association between retinal microvascular signs, as a proxy for cerebral ...
Purpose Cerebral microvascular disease is associated with dementia. Differences in the topogra-phy o...
Objective: To determine whether microvascular damage, indicated by cerebral microbleeds (CMBs) and r...
Background: Retinal microvascular network changes have been found in patients with age-related brain...
Previous studies have demonstrated that cognitive impairment (CI) is not limited to the brain but al...
Cognitive impairment and dementia form a major health issue, affecting a considerable proportion of ...
Fractal analysis is a method used to quantify the geometric branching complexity and density of reti...
Previous studies have demonstrated that cognitive impairment (CI) is not limited to the brain but al...
Previous studies have demonstrated that cognitive impairment (CI) is not limited to the brain but al...
<div><p>Purpose</p><p>Cerebral microvascular disease is associated with dementia. Differences in the...
[[abstract]]Background: Vascular aging may cause cerebral microvascular damage and cognitive dysfunc...
To access publisher full text version of this article. Please click on the hyperlink in Additional L...