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This is problematic when it comes to computational predictions of phenotypic effect: all mRNAs will be predicted to exhibit a multitude of local structures but for the vast majority of individual structures, we have no idea whether they are functionally relevant.
Antiaromatic compounds are predicted to exhibit remarkable charge transport properties and high redox activities.
Almost all the compounds were predicted to exhibit various degrees of antioxidant and antibacterial potentiality.
These two-dimensional materials are predicted to exhibit a wide range of behavior, etc.
Also, the region between resides 25 and 35 is predicted to exhibit similar behaviour as the region between residues 50 and 60.
Approximately one-third of the study region was predicted to exhibit BCw rates less than 100 meq/m2/yr.
Furthermore, composites consisting of insulating materials containing dispersed phase change materials are predicted to exhibit an order of magnitude increase in their characteristic response time.
The films with 18 wt% PHB-Cl are predicted to exhibit zero birefringence even when they are stretched to large deformations.
Results showed that there is a significant number of MOFs predicted to exhibit significantly higher adsorption selectivities and working capacities compared to zeolites.
Structures realized via either self-assembly or patterning via nanoimprint lithography, and also a combination of both are predicted to exhibit significant increases in short circuit current density and open circuit voltage simultaneously.
NSTX is a proof-of-principle experiment aimed at exploring the physics of the 'spherical torus' (ST) configuration, which is predicted to exhibit more efficient magnetic confinement than conventional large aspect ratio tokamaks, among other advantages.
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CEO of Professional Science Editing for Scientists @ prosciediting.com