A: 130 (depicting deep vascular plexus), B: 150, C: 170 and D: 190 microns away from PR 1 layer (depicting superficial vascular plexus), E: An inset from C (in blue), drawing vessel ROI markings for pixel intensity analysis on an OCTA map. Different VOI indicated by the numerical code at the center of the marking. F: Reference AO DIV image with vessels labelled numerically that matches with E.</p
<p>A) Individual vessel characterization: Endothelial area (red); luminal area (blue); vessel/vascul...
Vessel wall signal intensity (Svw), lumen signal intensity (Slumen), vessel area (Avessel), vessel w...
<p>The anterior and posterior vessel walls are delineated (A). In each segment 100 measurements are ...
A: Enface image of the OCTA data showing perfused vessels of the chosen slab thickness. Crosshairs a...
Data from subject 1 showing depth and pixel intensity information for vessels segments within a reti...
<p>Vessel image was obtained from the CAM of an <i>ex ovo</i> sample at HH stage 37 (11 days). Arrow...
<p>(A) Image of the OT surface stained in toto with diaphorase. The site of ingression of each vesse...
AO montage overlaid on and registered with OCTA data for Subject 1, arrows indicate blood flow direc...
Automated processing and visualization of vascular structures is a common task in medical imaging. M...
Abstract—The effective visualization of vascular structures is critical for diagnosis, surgical plan...
<p>The circles drawn in the cross-section of arterial segments (yellow circles) and the adjacent tis...
<p>a. 570nm image; b. The vessels were minimum 50 pixels from the optic disc margin and at least 100...
<p><b>A</b>: profile directions; <b>B</b>: segment intensity profiles stacked in parallel; <b>C</b>:...
<p>Panels A to D. Color-coded renderings of vascular trees from untreated and treated samples. Vesse...
<p>(A) Raw OCT image (logarithmic scale), acquired with the 10× objective, with the skull and covers...
<p>A) Individual vessel characterization: Endothelial area (red); luminal area (blue); vessel/vascul...
Vessel wall signal intensity (Svw), lumen signal intensity (Slumen), vessel area (Avessel), vessel w...
<p>The anterior and posterior vessel walls are delineated (A). In each segment 100 measurements are ...
A: Enface image of the OCTA data showing perfused vessels of the chosen slab thickness. Crosshairs a...
Data from subject 1 showing depth and pixel intensity information for vessels segments within a reti...
<p>Vessel image was obtained from the CAM of an <i>ex ovo</i> sample at HH stage 37 (11 days). Arrow...
<p>(A) Image of the OT surface stained in toto with diaphorase. The site of ingression of each vesse...
AO montage overlaid on and registered with OCTA data for Subject 1, arrows indicate blood flow direc...
Automated processing and visualization of vascular structures is a common task in medical imaging. M...
Abstract—The effective visualization of vascular structures is critical for diagnosis, surgical plan...
<p>The circles drawn in the cross-section of arterial segments (yellow circles) and the adjacent tis...
<p>a. 570nm image; b. The vessels were minimum 50 pixels from the optic disc margin and at least 100...
<p><b>A</b>: profile directions; <b>B</b>: segment intensity profiles stacked in parallel; <b>C</b>:...
<p>Panels A to D. Color-coded renderings of vascular trees from untreated and treated samples. Vesse...
<p>(A) Raw OCT image (logarithmic scale), acquired with the 10× objective, with the skull and covers...
<p>A) Individual vessel characterization: Endothelial area (red); luminal area (blue); vessel/vascul...
Vessel wall signal intensity (Svw), lumen signal intensity (Slumen), vessel area (Avessel), vessel w...
<p>The anterior and posterior vessel walls are delineated (A). In each segment 100 measurements are ...