The existence of ASgrn1-2 suggesthatthan an equivalent entity may exist for one or both co-orthologues, grna and grnb.
Such an ambiguous nomenclature must be resolved to permit the identification of equivalent entities across models and beyond.
If the annotation of such semantically equivalent entities is highly reproducible, we may be able to aggregate across datasets, and obtain valid results, emergent from separate, partially overlapping models.
We will briefly sketch some novel types of scientific claims (and even scientific research programmes) that could quite naturally follow from the recognition of the ontological classes described above: processually equivalent entities, processually versatile entities, and stabilized entities.
When such structures and representations occur, the constructions become more than simple sets of equivalent entities, and approach something closer to a grammar.
Census Subareas Census subareas are statistical subdivisions of boroughs, city and boroughs, municipalities, and census areas, the statistical equivalent entities for counties in Alaska.
For Census 2000, state, District of Columbia, and Puerto Rico participants, following U.S. Census Bureau criteria, delineated two types of PUMAs within their states or statistically equivalent entity.
The primary legal divisions of most states are termed "counties". Each county and statistically equivalent entity is assigned a three-digit Federal Information Processing Standards code that is unique within the state.
More specifically, we anticipate three major types of significant pattern that might be observed in the network, which might lead us to postulate the existence of specific types of entities: (i) "processually equivalent" entities (PE-entities), (ii) "processually versatile" entities (PV-entities), and (iii) "stabilized" entities (S-entities) (Fig. 3).
When an OntologyTerm references an equivalent entity in a different database, the predicate libsbmlConstants.BQB_IS is returned.
We propose to recognize additional classes of entities that provide new insights into the structure of the microbial world, namely "processually equivalent" entities, "processually versatile" entities, and "stabilized" entities.
