Sentence examples for interaction more effectively from inspiring English sources
Hence, we hope to take advantage of a counter-factual model to analyze labor market effects of occupational interaction more effectively, based on more data.
Many bacterial surface exposed proteins mediate the host-pathogen interaction more effectively in the presence of Ca2+.
Although our aim was not to select peptides for binding to the MDM2 homolog, MDMX, we found that MIP could also inhibit the MDMX-p53 interaction more effectively than DI.
Hu et al. identified a 12-amino-acid (aa) peptide (LTFEHYWAQLTS), DI, that could inhibit not only the MDM2-p53 interaction but also the MDMX-p53 interaction more effectively than Nutlin-3, a small molecular inhibitor of the MDM2-p53 interaction [10], [12].
The m2 mutation (GGU to CCU at the 5′ end) decreased the interaction more effectively than the m1 mutation (GGUG to CCUC at the 3′ end) of the fragment 1 1.
Many of these newly developed water models focused on reproducing specific properties or a number of properties in a particular phase and other models have been designed to save on computational costs, while some others take advantage of faster computational resources by treating various interactions more effectively.
Many surface exposed proteins mediate host-pathogen interactions more effectively in the presence of divalent cations [22] [25].
To decipher which interactions more effectively influence athero-protective bioactivity through repressing oxLDL uptake, a series of novel ether-containing AMs (ether-AMs) capable of hydrogen-bonding was synthesized based on a linear tartaric acid (TA) backbone and compared to analogous AMs containing no ether moieties (alkyl-AMs) that would exhibit stronger hydrophobic interactions.
His humor and insights, as a former journalist, were invaluable in helping the InterAction community more effectively use its voice to engage, educate, and advocate on pressing global issues from combatting AIDS to bringing electricity to rural Africa.
Although biological networks described to date, especially in plants, fall short of capturing many important aspects of biological systems, the focus on using available networks and protein-protein interaction (PPI) information more effectively to interpret complex phenotypes has already been proven to be valuable.
The people who had experienced more supportive social interactions battled infection more effectively and exhibited fewer signs of illness — and, when you tease apart the effects of social support and hugging, touch, in itself, accounted for thirty-two per cent of the reduction effect.
