Total ocular volume (), hyaloid blood vessel length (), cross-sectional area (), and total blood vessel volume (; blood vessel volume=length times cross-sectional area) in E18.5 fetuses from wild-type (n=6) and transgenic (n=5) littermates. Systematic random sampling and stereological methods were used to determine the dimensions of each parameter (see Methods). Statistical analysis was performed using one-way ANOVA with post-hoc testing (SPSS v11.0). The asterisk indicates a p<p><b>Copyright information:</b></p><p>Taken from "Microphthalmia, persistent hyperplastic hyaloid vasculature and lens anomalies following overexpression of VEGF-A from the αA-crystallin promoter"</p><p></p><p>Molecular Vision 2007;13():47-56.</p><p>Published online ...
<p>(A) Whole-mount IHC for PECAM-1 in P5 and P8 retinas. Circles represent the vascular margin of th...
Schlemm\u27s canal (SC) plays central roles in ocular physiology. These roles depend on the molecula...
Aim: To generate a mouse model for slow progressive retinal neovascularisation through vascular endo...
Ultrastructural quantitation of cells in the hyaloid vasculature of VEGF-A transgenics and control l...
PURPOSE: Retinal blood vessel diameter and arteriovenous ratio (AVR) are commonly used diagnostic pa...
Purpose Despite data suggesting an important role in eye development, there is little data on the r...
Formation of a correctly organised vasculature and subsequently embryonic survival is critically dep...
Immunohistochemical detection of VEGF-A in wild-type and transgenic mouse eyes at E15.5 (-), P1 (+),...
<p>Mice were raised in room air and at P12, P17, and P25 whole mounted retinas were stained with Ale...
The geometry of an organ’s vascular system determines the blood flow distribution to tissues for exc...
<p>(A-B) Growing blood vessels (green) in the developing eyes of <i>gdf6a</i><sup>-/-</sup> or contr...
<p>(A) Representative image of PAS-stained sections of transgenic eyes showing intravitreal vessels....
<p>Whole-mount retinas from mice undergoing OIR were harvested at P17 and perfused with RCA-1-FITC. ...
Central retinal arteriolar (CRAE) and venular (CRVE) diameter equivalents are predictive for cardiov...
<p>The 3D images were constructed from Z-stack images of GFP-positive ECs, starting from the retinal...
<p>(A) Whole-mount IHC for PECAM-1 in P5 and P8 retinas. Circles represent the vascular margin of th...
Schlemm\u27s canal (SC) plays central roles in ocular physiology. These roles depend on the molecula...
Aim: To generate a mouse model for slow progressive retinal neovascularisation through vascular endo...
Ultrastructural quantitation of cells in the hyaloid vasculature of VEGF-A transgenics and control l...
PURPOSE: Retinal blood vessel diameter and arteriovenous ratio (AVR) are commonly used diagnostic pa...
Purpose Despite data suggesting an important role in eye development, there is little data on the r...
Formation of a correctly organised vasculature and subsequently embryonic survival is critically dep...
Immunohistochemical detection of VEGF-A in wild-type and transgenic mouse eyes at E15.5 (-), P1 (+),...
<p>Mice were raised in room air and at P12, P17, and P25 whole mounted retinas were stained with Ale...
The geometry of an organ’s vascular system determines the blood flow distribution to tissues for exc...
<p>(A-B) Growing blood vessels (green) in the developing eyes of <i>gdf6a</i><sup>-/-</sup> or contr...
<p>(A) Representative image of PAS-stained sections of transgenic eyes showing intravitreal vessels....
<p>Whole-mount retinas from mice undergoing OIR were harvested at P17 and perfused with RCA-1-FITC. ...
Central retinal arteriolar (CRAE) and venular (CRVE) diameter equivalents are predictive for cardiov...
<p>The 3D images were constructed from Z-stack images of GFP-positive ECs, starting from the retinal...
<p>(A) Whole-mount IHC for PECAM-1 in P5 and P8 retinas. Circles represent the vascular margin of th...
Schlemm\u27s canal (SC) plays central roles in ocular physiology. These roles depend on the molecula...
Aim: To generate a mouse model for slow progressive retinal neovascularisation through vascular endo...