shows a cluster with a variety of vastly different predictions from three methods (TigrScan fails to predict a protein in this cluster).
The current model provides substantially better predictions than previous models; however, the current model still fails to predict urine osmolalities of maximally concentrating rats.
IDDES fails to predict unsteadiness and produces concentration distributions with large discrepancies from the experiment.
The Palierne model fails to predict admissible values and reasonable trend for interfacial tension.
It appears then that a simplistic, "time on task" theory fails to predict English language development, just as it fails to predict patterns in the acquisition of a first language.
Baseline resistance to nucleoside reverse transcriptase inhibitors fails to predict virologic response to combination therapy in children (PACTG 338).
But it often fails to predict the changes that happen as a crowd's density increases and its movement becomes chaotic.
In contrast, the standard wall function approach, based on the log law, fails to predict any recirculation region.
The application of existing models fails to predict this behavior, and a new model based on empiricism is developed.
Simple nucleation theory, typically applied to explain the kinetics of amyloid precipitation, fails to predict such intermediate stable states.
Furthermore, the simple model proposed works surprisingly well in certain cases, while in others it fails to predict the permeability.
