Sentence examples for extrapolate conclusions from inspiring English sources

To extrapolate conclusions from cell line data to the clinical setting, it is crucial to determine how closely a given cell line and its molecular features resemble the respective clinical material.

We believe that this gives sufficient information to extrapolate conclusions and perspectives over both LTR retroelement evolution and macroevolution, even if some of the used host genomes are incomplete to date.

Conversely, because the PCPs take on different roles and the health systems are different in each country, it could make it difficult to extrapolate conclusions about the contribution of those factors to the issues of barriers (and therefore make the results less generalisable to the UK), and make future research more difficult to define generally.

Overall, this study suggests that the molecular signature of a specific combination of stresses on the transcriptome might be as unique as the impact of individual stresses, and hence underlines the difficulty to extrapolate conclusions obtained from the study of individual stress responses to more complex settings.

Additionally, the biological mechanisms involved in adulthood cancer are very different from those observed in childhood cancer; therefore, it is not possible to extrapolate conclusions, particularly in children with acute leukaemia (Ahlbom et al, 2001; Lightfoot and Roman, 2004; Raab and Gartner, 2009; Morisot et al, 2010).

Their first paper was about how people were routinely drawn to extrapolating conclusions from statistically insignificant samples: "Belief in the Law of Small Numbers" – a faith that if a coin came down heads twice in a row, the next toss was more likely to be tails.

But John Theberge, a wildlife biologist emeritus from the University of Waterloo in Canada, and Mary Theberge, who study wolf howls in wild populations, point out in an e-mail message that "extrapolating conclusions from penned animals to … wild ones is dangerous.

The finding of few but large deviations between mixture toxicity prediction and observation for these commercial pesticide mixtures warns against simply extrapolating conclusions on uncertainty derived from data obtained in well-designed scientific studies to the regulatory risk assessment context as this may easily overestimate the reliability of decisions.

These findings indicate that one should be cautious extrapolating conclusions derived from Na+ channel data at low temperatures to clinical situations.

In this respect, these new measures must be interpreted rigorously within the context of the problem features, caution being exercised in extrapolating conclusions beyond this frontier.

Care must be taken in extrapolating conclusions based on our data to other recombinant viruses.