Sentence examples for modeling of blood from inspiring English sources

Multiscale modeling of strokes might begin with modeling of blood, blood vessels and the heart, along with the brain.

Recent advances in imaging and modeling of blood flow through the vascular system have the potential to improve surgical and clinical management strategies by 1) identifying the hemodynamics relevant to the initiation and progression of long-term complications, and 2) allowing bioengineers and clinicians to design optimized interventional treatments on a patient-specific basis.

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.

This modeling of blood VOC concentrations used only results from the year 2000 because data from the time activity logs were available only during this time.

Limited information was obtained through linear modeling of blood gene differential expression (DE) that contrasted pigs with extreme phenotypes, for growth or viral load or between animals with different WUR genotype.

Physiome Sciences' model of blood coagulation showed yet another drug firm why flooding the body with one clotting factor would actually have the unexpected effect of blocking coagulation rather than speeding it up.Pharmaceutical firms are more sceptical about how useful whole organ models will prove.

A microscale mathematical model of blood clot dissolution based on coarse-grained molecular dynamics is presented.

Although the original motivation comes from a mathematical model of blood clotting, the nonlinear boundary conditions may also apply to other scientific problems.

The study reviews the classical models of blood stage malaria and proposes a new model which incorporates double infection.

The aggregation of red blood cells (RBC) induced by the interactions between RBCs is a dominant factor of the in vitro rheological properties of blood, and existing models of blood do not contain full cellular information.

For the assessment of congenital heart diseases, two types of heart models are valuable: cast models of blood pool and wall models for endocardial surface representation (Fig. 4).