The approach focuses on modeling of system functions, formalization of functional variability and interactions, and verification whether the preset safety requirements are violated.
Functional variability at these genes has been associated with adverse drug reactions and cancer susceptibility.
Functional variability in natural vegetation mostly consisted in dissimilar annual rates of NDVI and albedo, whereas differences in seasonality were more evident in transformed areas.
Intersubject variability in connectivity was significantly correlated with the degree of evolutionary cortical expansion, suggesting a potential evolutionary root of functional variability.
Results of ergonomic field studies were modeled and analyzed using the Functional Resonance Analysis Method (FRAM), which can show how functional variability in planning, preparedness, execution, resources, economic and human factors affect the quality of emergency response activities.
Closer examination indicates that the functional variability of mixed-species seagrass assemblages is correlated to the variability in species size, whereas species of similar size tend to show similar functional capacities and, therefore, a greater degree of functional redundancy.
In this regard, functional variability in isolated Symbiodinium types and specific coral-Symbiodinium symbioses have been correlated with numerous factors.
To examine this possibility, we assess functional variability across OR gene repertoires of two species, mouse and human, by considering only the putative OR protein binding site [25].
As a proxy for functional variability, similarities and differences between the protein sequence of OR genes are often used [7], [14].
Here, we assess functional variability within OR gene repertoires by comparing the putative binding sites [25] of all human and mouse putatively functional OR genes.
The NMDA receptor is formed by NR1 subunits interacting with NR2A D, conferring functional variability depending on the specific subunits involved [45].
