Visualization5_Bscan_Angiogram_fly_through.avi

Visualization 4 B-scan fly through of the merged angiographic volume

Visualization4_B-scan fly through.avi

Visualization 4 B-scan fly through of the merged structural volume

Visualization3_GCL.avi

Visualization 3 En face image of ganglion cells changes in image quality when different numbers of volumes were averaged

Fly_through_angiogram.avi

The depth fly through angiogram of a brown Norway rat retina by visible light optical coherence tomograph

Visualization2_NFL.avi

Visualization 2 En face image of nerve fiber layer changes in image quality when different numbers of volumes were averaged

Visualization1_Bscan.avi

Visualization 1 B-scan changes in image quality when different numbers of volumes were averaged

OCT_OCTA.mat

Rat retina structural and angiographic volumes acquired by visible-light OC

Different flow parameters (total flux, density and mean flux) within microcirculatory PBF in response to physiological challenges.

<p>These relative changes (mean ± SD) indicate that the microvessel density change primarily contributes to the total flux change within this microvascular tissue beds while the microvascular mean flux contributes to a minor degree.</p

Time lapsed plots showing relative changes of PBF under controlled oxygen concentration, 10% (hypoxia), 20% (normoxia), 100% (hyperoxia), obtained from three individual animals.

<p>The relative values were obtained by normalizing the signals with the corresponding baseline values at each time point.</p

Mean arterial blood pressure (MABP) measured under three physiological states.

<p>Mean arterial blood pressure (MABP) measured under three physiological states.</p