Although it is known that disturbed shear stress may cause endothelial damage, the mechanism by which a stent procedure may affect the endothelium is not yet fully clarify. We present the preliminary data on gene expression analysis of human endothelial cells in a laminar flow bioreactor (LFB) system submitted to different physical (flow changes) and/or mechanical (stent application) stimuli. Our preliminary results show that low shear stress together with stent procedure are the experimental conditions that mainly modulate the highest number of genes in human endothelial model. Those genes belong to pathways specifically involved in the endothelial dysfunctio
[[abstract]]Atherosclerosis preferentially develops at branches and curvatures of the arterial tree,...
Background. In the pathogenesis of atherosclerosis, a central role is represented by endothelial inf...
This review provides an overview of the effect of blood flow on endothelial cell (EC) signalling pat...
To explore whether stent procedure may influence transcriptional response of endothelium, we applied...
<p>A) Low flow plus stent application (disturbed shear stress) induce down-expression of genes invol...
The vascular endothelium is a multifunctional interface constantly exposed to biomechanical forces s...
The vascular vessel wall is constantly exposed to biomechanical forces, such as shear and tensile st...
To test the hypothesis that wall shear stress generated by blood flow may regulate endothelial cell ...
Atherosclerosis is a chronic lipid-modulated inflammatory disease, which develops preferentially in ...
Endothelial cell morphology and gene expression are driven by shear stress. Disturbed flow causes co...
Blood flow and vascular shear stress patterns play a significant role in inducing and modulating phy...
Blood flow and vascular shear stress patterns play a significant role in inducing and modulating phy...
[[abstract]]Vascular endothelial cells (ECs) are constantly subjected to blood flow-induced shear st...
Endothelial cells in vivo exist in a dynamic environment, subject to the physical forces of blood f...
[[abstract]]Atherosclerosis preferentially develops at branches and curvatures of the arterial tree,...
[[abstract]]Atherosclerosis preferentially develops at branches and curvatures of the arterial tree,...
Background. In the pathogenesis of atherosclerosis, a central role is represented by endothelial inf...
This review provides an overview of the effect of blood flow on endothelial cell (EC) signalling pat...
To explore whether stent procedure may influence transcriptional response of endothelium, we applied...
<p>A) Low flow plus stent application (disturbed shear stress) induce down-expression of genes invol...
The vascular endothelium is a multifunctional interface constantly exposed to biomechanical forces s...
The vascular vessel wall is constantly exposed to biomechanical forces, such as shear and tensile st...
To test the hypothesis that wall shear stress generated by blood flow may regulate endothelial cell ...
Atherosclerosis is a chronic lipid-modulated inflammatory disease, which develops preferentially in ...
Endothelial cell morphology and gene expression are driven by shear stress. Disturbed flow causes co...
Blood flow and vascular shear stress patterns play a significant role in inducing and modulating phy...
Blood flow and vascular shear stress patterns play a significant role in inducing and modulating phy...
[[abstract]]Vascular endothelial cells (ECs) are constantly subjected to blood flow-induced shear st...
Endothelial cells in vivo exist in a dynamic environment, subject to the physical forces of blood f...
[[abstract]]Atherosclerosis preferentially develops at branches and curvatures of the arterial tree,...
[[abstract]]Atherosclerosis preferentially develops at branches and curvatures of the arterial tree,...
Background. In the pathogenesis of atherosclerosis, a central role is represented by endothelial inf...
This review provides an overview of the effect of blood flow on endothelial cell (EC) signalling pat...