Sentence examples for vessel architecture from inspiring English sources

VEGF transgene expression, vessel architecture, the amount and total area of vessel formation were investigated.

This interplay may be important for maintenance of blood vessel architecture and neovascularisation.

Confocal microscopy, including three-dimensional reconstructions of the blood vessel architecture, confirmed this increased vessel density and revealed tortuous vessel architecture and increased branching in the MPD, particularly in CML and MF.

These included microphthalmia, dysgenesis of the anterior segment of the eye, and abnormalities in retinal vessel architecture.

Researchers fed images of blood flow and blood vessel architecture into a computer model that combines a computational fluid dynamics program and a solid mechanics program, says engineer Xu Yun.

The aim of this study was to evaluate the uterine blood supply and endometrial vessel architecture, during the equine estrous cycle.

VEGF164Δ108-118 and VEGF188-expressing tumors show similar intratumoral vessel architectures; however, paradoxically, their ability to enhance tumor growth are vastly different: VEGF188 either significantly delays tumor growth [ 25] or cannot support it at all [ 6], while VEGF164Δ108-118 results in tumor hyperproliferation [ 7].

Even the term "normal appearing" prostate tissue adjacent to tumor may be misleading, as morphologic researchers using quantitative imaging analysis [ 17- 19], have identified morphologic changes in the epithelial nuclei and blood vessels architecture in prostate tissue adjacent to tumor that are not routinely commented upon by pathologists.

Absorb, in comparison to metallic stents, presented better conformability to vessel's architecture and produced lower variations of these parameters (Gomez-Lara et al. 2010).

Morpholino knockdown of MAGP-1 expression in zebrafish resulted in abnormal vessel wall architecture and altered vascular network formation.

The imaging method described here provides statistical distributions of flow rates throughout the tissue volumes, 3D vessel network architecture visualization, characterization of microvessel volumes and sizes, and delineation of matrix from vascular circuits.