Sentence examples for functional unification from inspiring English sources

"Lumping versus splitting of functions": 1) the extreme positions of either highly "fractionated" models or complete functional unification are unlikely to be correct.

In contrast, the "overarching" accounts emphasize greater functional unification reflected in overlapping fMRI activation and co-occurring neuropsychological deficits (Head 1926 ; Luria 1976 ; Corbetta and Shulman 2002 ; Jefferies and Lambon Ralph 2006 ; Cabeza et al. 2008 ; Ciaramelli et al. 2008 ; Duncan 2010 ; Cabeza et al. 2012 ; Crittenden and Duncan 2014 ; Kim 2012 ; Noonan et al. 2013 ).

As a result, BridgeDb enables or simplifies the processes of identifier translation, biological entity unification, and functional annotation.

Use cases of BridgeDb app include identifier translation, biological entity unification, and functional annotation in Cytoscape networks.

The continued identification of risk loci, their functional study, and the unification of genetic and epigenetic analyses will be key themes in the future.

Theorem 2.2 ∑ s = 0 n ( − 1 ) s S n ( 1, s, x ) = 2 1 − n ( 2 − 3 x ) n. Here, we give partial differential equations and a functional equation of the generating function for the unification of the Bernstein-type polynomials S n ( b, s, x ).

Unification of high-level functional annotations is based on manual inspection and Pfam Clan assignment.

By using this functional equation, we derive the subdivision property unification of the Bernstein-type polynomials S n ( b, s, x ).

Moreover, a functional infrastructure plan is provided to exhibit the unification between the proposed application architecture with the Internet of Things and ontology hierarchy.

And unification itself can be explicated differently in terms of functional or structural features of biological systems (see, e.g., Weiskopf 2011).[12] It is natural for contemporary accounts of explanatory reduction to focus on mechanisms and the study of model organisms.

By using (1), we derive the following functional equation which is used to find an alternating sum of the unification of the Bernstein-type polynomials S n ( b, s, x ) : ∑ s = 0 ∞ ( − 1 ) s F ( t, 1, s : x ) = 2 e t 2 ( 2 − 3 x ).