Neurovascular coupling can be directly assessed by retinal vessel response to flickering
light using optical imaging methods. The response is altered in a number of ocular and …

The current study aims to investigate retinal vascular function and its relationship with
systemic anti-oxidative defence capacity in normal individuals versus those with early …

Obesity and related metabolic disorders affect vascular endothelial function. The use of the
Dynamic Vessel Analyzer (DVA) represents a modern methodological approach to analyze …

Retinal vessels are similar to cerebral vessels in their structure and function. Moderately low
oscillation frequencies of around 0.1 Hz have been reported as the driving force for …

Purpose: To investigate the coexistence of ocular microvascular and systemic
macrovascular abnormalities in early stage, newly diagnosed and previously untreated …

Reliable assessment of endothelial function is important for the diagnosis, risk prediction
and treatment-monitoring in cardiovascular disease. Numerous techniques exist such as …

Background Impairment of neurovascular coupling (NVC) was recently reported in the
context of subarachnoid hemorrhage and may correlate with disease severity and outcome …

Background This pilot study aimed to investigate systemic and retinal vascular function and
their relationship to circulatory markers of cardiovascular risk in early age-related macular …

We present a novel non-invasive and non-contact system for reflex-free retinal imaging and
dynamic retinal vessel analysis in the rat. Theoretical analysis was performed prior to …

Alterations in neurovascular coupling have been associated with various ocular, cerebral,
and systemic vascular disorders. In the eye, changes in vessel caliber by dynamic vessel …