Moreover, the antiproliferative efficacy of the most promising nanoparticulate prototype was assessed by in vitro cytotoxicity assay toward a human prostate cancer cell line (PC3).
The overall performance of the prototype was assessed in relation to two screen design variables, the tilt angle of inclination and the mass throughput of the feed, which affects particles flow.
Blood flow from inside the vascular tree out to the extra-vascular space via the lumen of the prototypes was assessed with two types of simulations.
Usability of the prototypes was assessed using three cycles of iterative testing.
Only the modules assessing depression, social phobia, panic disorder and generalised anxiety disorder (GAD) were administered, corresponding to each of the prototypes being assessed.
Effectiveness of side ratio of buildings in changing the surface pressure distribution and mean responses of prototype buildings is assessed for wind directions of 0° to 90° at an interval of 15°.
Performance of proposed control is assessed through prototype hardware design.
The feasibility and effectiveness of our proposal is assessed by prototyping and evaluating the SDWiNeMO architecture in a baseline emulated testbed comprising realistic networking conditions.
The effectiveness of the proposed approach is assessed on a prototype vehicle.
A prototype is developed and its effectiveness is assessed through system trials, interviews and questionnaires with 23 industry professionals.
