Sentence examples for model of grade from inspiring English sources
A large animal model of grade V liver injury combined with hypothermia and hemodilution was recently utilized to demonstrate the effectiveness of rFVIIa when used as an adjunct to gauze packing.
Conversely, Jeroukhimov and coworkers [ 27] documented that very large doses (720 μg/kg) decreased blood loss and improved mortality when used as sole therapy in a pig model of grade IV liver injury.
Finally, he presented a new mouse model of grade II and III meningioma by combining p16Ink4a; p15inactivationf inactovatioNf2o Nf2 loss restricted to arachnoid cells thus mimicking human meningioma tumorigenesis.
A detailed model of ribbon synapse has been proposed by Sikora et al. [29] but instead of using it, which would increase the computational cost of our simulation, we used a simplified model of graded synapse [30] with parameters adapted from the model of Sikora et al.This model is described below.
We showed that this probe selectively labelled beta cells in situ, imaged in vivo native pancreatic islets and evaluated their loss after diphtheria toxin administration, in a model of graded beta cell deletion.
We have constructed metagenes from these clusters and used linear regression in the modelling of grade using proliferation as a surrogate.
For Grades 0 to 2, model C generated slight differences to models A and B. However, the number of elements as well as the computational time was reduced effectively and the result of model C of Grade 0 was closer to that of the experiment [ 41].
Adhesion is then promoted at the nearest contact boundary similarly to the previous models of graded adhesion.
A three-way frequency analysis was performed to develop a hierarchical linear model of Sex, Grade (3, 5, 7, 9), and overall SBMU (<2 hours, > 2 hours).
Among the available glioma models, we adopted the well accepted GL261 syngeneic mouse model of high grade glioma [ 12, 13] based on intracerebral injection of GL261 cells in C57/Bl6 mice.
In the current study, we utilized a model of WHO Grade II glioma, specifically oligodendroglioma, a clinical stage at which it is often difficult to distinguish tumors from normal brain tissues during surgery.
