Sentence examples for model for vascular from inspiring English sources

In this work, we revised the structure of the WBE model for vascular plants, highlighting some critical assumptions and simplifications and discuss them with regard to empirical evidence from plant anatomy and physiology.

Cytocompatibility of plasma activated polyethylene foils was studied using two distinct model cell lines; VSMCs (vascular smooth muscle cells) as a model for vascular graft testing and connective tissue cells L929 (mouse fibroblasts) approved for standardized material cytotoxicity testing.

The Zinnia system is a robust model for vascular development in plants providing a set of stage-specific marker genes for xylogenesis (Milioni et al. [2002]; Pesquet et al. [2005]).

In separate work, Owen et al. [19], building on the work of Alarcón and co-workers [20] [23], proposed a 2D multiscale model for vascular tumour growth which combines blood flow, angiogenesis, vascular remodelling and tissue scale dynamics of multiple cell populations as well as the subcellular dynamics (including the cell cycle) of individual cells.

Heterozygous p53 knockout mice were investigated as a potential model for vascular tumor carcinogenesis.

CBS expression decreased gradually with cellular aging in human umbilical vein endothelial cells (HUVEC), which are used as a model for vascular aging and endothelial dysfunction [ 6].

Artificial microvessels may prove useful in tissue engineering and as models for vascular research.

This model incorporates simple models for vascular growth, cell migration and the effect of cell density on the effective oxygen diffusivity.

This paper focuses on developing higher-fidelity models for vascular structures and blood vessels that integrate computational shape representations with biomedical properties and features.

The other corpus of existing work comes from those interested in developing physiological models for vascular growth and behavior based on bio-medical attributes.

The purpose of this study was to quantitatively compare the vascular architecture of human colorectal cancer and experimental tumour models to determine the suitability of animal models for vascular studies and antivascular therapy.