Sentence examples for conclusions from model from inspiring English sources

Thus our results emphasize the importance to analyse the individual hosts under real production conditions instead of drawing conclusions from model organisms.

In vitro studies confirmed the conclusions from modeling and simulation that ritonavir inhibited 99mTc mebrofenin hepatic uptake, but not biliary excretion, at clinically relevant concentrations.

However, recent studies show that these costs are likely to be small compared with hospital costs 39 40 and are unlikely to change the conclusions from models.

Nevertheless, because the data are limited and the systems are highly complex, and because many of the model parameters have to be estimated and cannot be uniquely determined, drawing mechanistic conclusions from modeling is challenging.

Conclusions from modelling studies depend on the accuracy of the model and its underlying assumptions and time-frame [ 41], as well as setting-specific limitations which can influence the generalizability of the analysis, such as characteristics of health-care systems and the target population [ 8].

In this sense, the lack of exact matching of their trends does not prevent us from valid qualitative conclusions from the model's simulation results.

K-fold testing is a good choice to prevent partially valid conclusions derived from model assessments based on a simple data set assignment.

The consistent conclusion from models examining this issue [4] [5] [6] [7] [8] [9] [10] is that relative fitness of mutant viruses is the key characteristic determining their influence on epidemic dynamics and hence antiviral effectiveness.

The most important conclusion from modeling was not the actual value presented for mortality reduction, rather that DrotAA treatment consistently reduced the risk of mortality regardless of the model used, when adjusted by data imbalances and demographic factors.

The observation that survival is lower in winter does not confirm the assumption (S. Park et al., unpub. data) that winter and summer rates are the same, while the absence of a seasonal pattern of antibody loss does not confirm the conclusion from modeling that loss appears to be greater over winter.

In addition, given such a model representation, the agent needs reasoning methods to derive conclusions from the model and interpret the (partial) information available by sensoring.