Sentence examples for simulation in vitro from inspiring English sources

To analyze the behavior of a new double-C-loop quadripod symmetrical intraocular lens (IOL) platform combined with a hydrophilic lens material and a new hydrophobic glistening-free acrylic lens material, Ankoris and Podeye, respectively, in silico (computer simulation), in vitro (laboratory investigation), and in vivo (rabbit model).

J. Reinders et al. provide a new method of knee wear simulation in vitro based on two different constrained conditions, representing a ligamentous-stable TKA (sacrificed ACL) versus a ligamentous-unstable situation (insufficient anterior and posterior cruciates and medial collateral ligament).

Simulations, in-vitro experiments and in-vivo results with 5 healthy term newborn lambs have validated the presented controllers.

In summary the population PK of the carbapenems have been comprehensively studied in children, with dose recommendations largely being derived by simulation to attain an in vitro derived target.

We provide here some analysis and simulation scripts that used to test our method through computer simulations, in vitro recordings, theoretical and numerical methods.

This work outlines how stationary perivascular fat can impart a significant chemical shift induced phase-contrast magnetic resonance imaging measurement error using computational simulations, in vitro, and in vivo experiments.

Through an integrative analysis of mechanistic model simulations and in vitro cell line profiling, we designed a six-arm decision tree to stratify treatment of HER2+ cancers using combinations of targeted agents.

We also provide the receptor part of the model as an independent model that can be used for the simulation of in vitro experiments (Additional file 2).

The purpose of this study was to compare the accuracy of fibula remodelling using the three kinds of fibula cutting guides above in a simulation procedure in vitro.

From the discussion above, the comparative analysis obtained from structural simulation and in vitro experiences are highly compatible with empirical and theoretical results attributed to structural elements and cellular viability in nanofibrous scaffolds.

Although there are a few studies utilizing modeling and simulation for in vitro organ interaction studies, 38– 40 no other study has used systems pharmacology models to comprehensively guide the design and operation of multi-MPS interactions.