Sentence examples for systems and hypotheses from inspiring English sources

Hume thinks that "systems and hypotheses" have also "perverted our natural understanding" of morality.

Experimental data on the temporal fluctuations of primordial cells with different multi-gene expression arrays will test which of the two systems and updating hypotheses better reproduces the real system.

Among these groups, bilaterians are represented by long-favourite developmental model systems and several hypotheses have been proposed regarding morphogenetic complexity of their last common ancestor the so-called Urbilateria or protostome-deuterostome ancestor [reviewed in 2].

Disease-environment relationships revealed by this type of modeling can be used to predict spatial patterns in novel systems and facilitate hypothesis-driven experimental studies.

Large inequalities in the utilisation of health care services in this vulnerable group might indicate specific potential shortcomings within the health care system and support hypotheses about the role of access in explaining differential outcomes of care among people with different socioeconomic status.

These findings have implications for the design of dialogue systems, and suggest novel hypotheses about how speakers deploy phonetic resources in everyday talk.

Mathieu Leclerc du Sablon published his L'Unité de la Science (1919), exploring metaphysical foundations, and Johan Hjorst published The Unity of Science (1921), sketching out a history of philosophical systems and unifying scientific hypotheses.

The results from this study establish that starch from coprolites can both reveal details of plant production in state economic systems and support previous hypotheses [25], [26].

Our spatial fixed-threshold model links this organisational principle with the statistical mechanics approach to complex systems and provides testable hypotheses for future experiments.

This result illustrated that cFL models can faithfully represent complex multi-scale systems and that the hypotheses generated from the Q2LM analysis presented here were relevant to both in vitro and in vivo settings.

In summary, we highlight the potential of combining dynamical modelling, statistical inference and sensitivity analyses for deepening our understanding of gene regulatory systems and exploring biological hypotheses about their mechanisms of action.