Sentence examples for accommodate functional from inspiring English sources

The network organization must accommodate functional needs to maintain day-to-day operation of the network; to provide any technical assistance in the design and development; to manage vendors providing services; and to make payments and perform other administrative tasks.

The coupled effect between functional space in the bone PDL tooth complex and strain-adaptive nature of tissues is necessary to accommodate functional demands, and is temporally sensitive despite joint malfunction.

Literature reviews provide three prevailing perspectives for physical design pedagogical operatives: healing gardens where greenery and plants produce restorative effects; flexible spaces that accommodate functional needs of different activities; and green buildings that incorporate open space as a catalyst for integrated eco-system.

The use of sliding windows, instead of strict positions, provides a certain degree of flexibility to accommodate functional motif and TSS position variability.

These authors suggested that the additional and more elaborate network activations may reflect compensatory mechanisms to accommodate functional and/or structural deficits in the brain's default networks as a result of concussion.

The correlation of anisotropy deterioration and adsorption suggests that by accommodating functional groups at the surface, the hybridization of carbon atoms and the graphene sheet topography are modified.

This unified nomenclature accommodates functional RF genes and pseudogenes, and offers the flexibility needed to incorporate additional RFs as they become available in future.

The fact that both ORC and Fkh1/2-binding sites are restricted to the NDR suggests that the NDR is critical for accommodating functional complexes in the origins.

The sites identified to be under positive selection are listed in table 4. Finally, we estimated parameters under the clade model (Bielawski and Yang 2003), which accommodates functional divergences among clades (branch classes).

While MCM is designed for genome-based metabolic models, it can also accommodate conventional functional models in which the growth of each functional group is determined, for example, by simple Michaelis-Menten kinetics (Hood et al., 2006) or the thermodynamics of biocatalyzed redox reactions (Reed et al., 2014).

It might indicate that the motifs of CYPs related with their functions are dynamic in evolution to accommodate diverse functional requirements.