Sentence examples for optimal complements from inspiring English sources
In contrast, pairing of two foods that are optimal complements (Fig. 1B) produces a synergistic effect where the two components alone yield 2 units BV, but together they yield 4 units BV.
After five years of activity, it is possible to conclude that this type of approach is well accepted by the community, constituting an optimal complement to the formal teaching; one that can be easily be adapted to other fields of biology and life sciences.
The effect of optimal complement concentration in an antibody-mediated (to S. aureus surface targets) in vitro killing assay has not been completely appreciated.
Large-scale databases such as BrainMap have facilitated the assessment of such task-based functional connectivity analyses, which should present an optimal complement to resting-state functional connectivity analyses.
By using optimal complement concentration, specific and robust opsonophagocytic killing activity mediated by anti-CP antibodies were shown against MRSA and MSSA clinical strains, and further confirm the role of capsular polysaccharides as S. aureus virulence factors in their ability to evade phagocytosis in the absence of such capsule specific antibodies.
To explore how these plant-based foods can be better used in human nutrition, we have created the computational tool vProtein to identify optimal food complements to satisfy human protein needs.
The optimal target complement component for inhibition is assumed to be important and highly dependent on the type of AIHA.
The proposed method introduces various creep models and combines them by optimal weights to complement each other by sharing their strengths.
COURAGE also showed that complementing optimal medical therapy with PCI does not lessen the risk of death, MI, or other major cardiovascular events in comparison to medical therapy alone, and may have no long-term or additional cardiovascular benefits [ 14].
We suggest that the mathematical formulations of optimal control theory, complemented by our costly noise-reduction signal, would be broadly applicable to any domain in which behavioral performance is limited by neuronal noise or resources.
The role of genomic risk prediction in existing risk models and diagnostic pathways is still being determined, including whether genomic prediction is optimal as a complement or a replacement for existing assays.
