In the B family of DNAPs, the core structure, catalytic mechanisms, and functional properties that contribute to replication fidelity are highly conserved.
We address this problem from the perspective of the Distributed Adaptive Control theory of mind and brain (DAC) that interprets these two paradigms as expressing properties of core functional subsystems of a layered architecture.
The core-shell structure imparts nZVI with manifold functional properties previously unexamined and grants the material with potentially new applications.
To further decipher the roles of evolutionary pressure operating on the core genome of A. pleuropneumoniae, we analyzed the functional properties of the positively selected genes and potentially important residues subject to positive selection.
Rational design and synthesis of core-shell bimetallic nanoparticles with tailored structural and functional properties is highly sought to realize clean and energy-efficient fuel cell systems.
In all these cases, it would be most desirable to take a well-curated genome-scale model and to reduce this model to a certain core or module while keeping key elements or/and important functional properties.
So, the paramount question arises whether these globins have distinct functional properties, or represent structural variations of the core globin and exhibit large redundancy.
To address this question, we investigated the functional properties of S. cerevisiae orthologs of the core microsporidian gene set; we chose S. cerevisiae for this analysis because it is the best studied relative of Microsporidia for which extensive functional data are available (Cherry et al. 2012).
The limited use of available markers not only fails to differentiate multiple populations within the conventional core subsets, but also could potentially lead to erroneous attribution of functional properties.
Some focus on identifying conserved 'modules' or recurrent geometrically defined motifs, envisaged to capture biological and functional properties of the underlying networks [10], [11] or common functional cores of ancestral origin [12], [13].
