Sentence examples for modeling of vessels from inspiring English sources

Mathematical modeling of vessels arranged in parallel showed that FSS cannot be an organizing principle of vessel growth because the model predicts instability with a preference for few but large vessels [ 56 ].

Recent analysis of bone marrow lesions from patients with knee OA showed that these lesions consisted of highly undermineralized sclerotic bone, with histopathologic features of secondary modeling of vessels, evidence of fibrosis, and multiple thrombus inclusions, consistent with a localized oxygen deficit (18).

Classic pharmacological characterization of in vitro isolated blood vessels or mathematical modeling of blood vessels has clarified molecular mechanisms and biophysical characteristics controlling vascular smooth muscle contractile behavior.

Design specifications used both in the US and internationally employ empirical models of vessel crush behavior to produce codified procedures for computing equivalent static design loads due to vessel impact.

This paper presents a study of idle-time corrosive wear of external hull plating designed to discover the patterns and peculiarities of such wear, as well as to further adjust the mathematical models of vessel hulls.

The current investigation aims to study the impact of compressive pressure, thermal conduction, and electrical current effects on seal quality in a randomized, controlled experimental trial in an in vitro porcine model of vessel sealing.

Our study provides the first model of vessel formation in amphioxus and possibly in other invertebrates (Fig. 5A and 5B).

(Equation (2) and Equation (3) represent an alternative equivalent formulation of the standard linear model of vessel mechanics).

In a fibroblast/endothelial cell coculture model of vessel sprouting, AZD2171 reduced vessel area, length and branching at sub-nanomolar concentrations.

In this study, we aimed to exploit the potential of c-Kit+ derived cells for pre-clinical application by seeding them on the decellularised scaffold and implanting it in the mouse model of vessel graft.

Mathematical modeling of these vessels may provide insight into their oxygen transport properties.