Sentence examples for modeling studies show from inspiring English sources

Molecular modeling studies show the interactions of compound 4d with the active site of target α-glucosidase kinase.

Analysis of historic climate and hydrologic data and modeling studies show that groundwater plays a key role in determining the response of stream systems to climate change.

Molecular modeling studies show that steric hindrance around the ester group of the α-epimers is much greater than that of their β-counterparts, affording one explanation for the large difference in the metabolic hydrolysis rate; i.e. the carboxy ester bond of β-isomer which is less hindered sterically than their counter α-isomers is hydrolyzed faster than that of α-isomers.

A number of modeling studies show evidence that reduction or elimination of energy subsidies could bring environmental and economic gains (for a good review, see Ellis [2010]).

Behavioral and modeling studies show that electroreception is used by sharks and rays for detection of prey, mates, and predators, as well as possible geomagnetic movements [20], [21], [23], [24] that can be categorized by the electric field associated with each stimulus type.

Still, as modeling studies show [ 21], it remains under debate how general the RQ hypothesis is in explaining host sexual reproduction and many alternative hypotheses for the maintenance of sexual reproduction exist [ 22].

The modeling studies showed that while the OMS model did not explain the CPC-coated sand experimental results, a model that included competitive sorption between DOM and PAH did.

Molecular modeling studies showed that these compounds possess a twisted conformation similar to CA-4 (1).

Comparing the hydrodynamics computed with the realistic spacer geometry and with a spacer made from straight cylindrical filaments, like in previous modeling studies, showed that cylindrical filament feed spacers are too simplified for representative modeling studies.

Molecular modeling studies showed that compound 12 bind in the p1 pocket of the KRas protein making interactions with the hydrophobic residues Leu56, Tyr64, Tyr71 and Thr74 and hydrogen bonds with residues Glu37 and Asp38.

This is further supported by our modeling studies, showing that NeoR6 and CXCL12 bind to two distinct sites on CXCR4, in contrast with other CXCR4 inhibitors, e.g. T140 and AMD3100.