Sentence examples for levels of entity from inspiring English sources

Biological entities and their relations such as genes, proteins, molecules, processes, diseases, drugs and chemicals constitute underlying knowledge repository, and those entities and relations exist at various levels of entity types ranging from molecular to phenomic.

Robert Brandon proposed that the statistical idea of screening off be used to identify which levels of entities are causally effective in the selection process; i.e., it is a method used to isolate interactors.

Let us recall what the interactor question in the units of selection debate amounts to: What levels of entities interact with their environments through their traits in such a way that it makes a difference to replicator success?

We use 4 levels of entities such as genes, drugs, diseases, and symptoms.

On this approach, the level of entity actively selected (the interactor) benefits from evolution by selection at that level through its acquisition of adaptations.

The evolution by selection process may be said to "benefit" a particular level of entity under selection, through producing adaptations at that level (Williams 1966, Maynard Smith 1976, Eldredge 1985, Vrba 1984).

Accordingly, we assume that the trust level of entity with more past experience has already converged to a steady trust value and therefore its judgment should be more relevant than the judgment of an entity that has less number of interactions with the entity in question.

(Temporal Zone) A zone in which the discrete level of entities remains the same, however the clocks of the entities keep ticking until the evolution (activation or inhibition) of an entity takes place (Ahmad et al. 2008, 2009).

For Proclus, souls as self-moving principles represent the lowest level of entities that are capable of reverting upon itself (so called self-constituted beings [authypostata], see Elem. Theol. § 40 51).

Extraction of information: a particular passage is analyzed to obtain a representation of the level of entities such as proteins, diseases, methods used to generate a particular result (e.g. yeast two-hybrid) and evidence codes (e.g. automatic inference, direct interactions).

E xtraction of information: a particular passage is analyzed to obtain a representation of the level of entities such as proteins, diseases, methods used to generate a particular result (e.g. yeast two-hybrid) and evidence codes (e.g. automatic inference, direct interactions).