Sentence examples for panel of models from inspiring English sources

The second panel of models is based on the models in Table 4, but drops one macroeconomic variable at a time.

To fill this gap we need to use high-throughput discovery tools to profile multiple signalling pathways and to explore the concept in a broader panel of models reflective of the various breast cancer subtypes.

By combining these genomes one can create a whole panel of model genomes containing a known content of horizontal transfers in order to assess the efficiency of parametric methods in ideal conditions, and most of all according to different conditions.

Using this panel of model substrates, we found that the ubiquitin ligase Ubr1 plays a major role in targeting cytosolic ts substrates for degradation.

DHP-sensitive LTCCs make up an evolutionarily conserved class of Ca2+ channels that are widely expressed in both vertebrates and invertebrates (including Manduca and Drosophila) (Allen et al., 1992; Dellinger et al., 2000; Benquet et al., 2002), making them suitable molecular targets for a comparative analysis of their protective effects in our panel of model systems.

More models (individual or panels of models) that are more representative of the heterogeneity of the human disease are probably needed.

Rather than focusing on a specific model, a panel of predictive modeling techniques was applied to the data.

While the use of preclinical animal models for efficacy assessment will probably also persist, it is less clear that current preclinical animal models are entirely adequate or appropriately used (even when adequate), or that an optimal panel of such models to predict efficacy with sufficient accuracy currently exists.

Fig. 3 The equatorial proton flux distribution with energies higher than 10 MeV (upper panel) and higher than 30 MeV (lower panel) of various models as a function of the L value.

This allows for direct comparison of the effects of the different genetic variants, setting up a panel of disease models for study of mutation-specific disease phenotypes and for screening of tailored disease treatments (Musunuru, 2013).

Our panel of cell models, spanning a wide spectrum of phenotypic plasticity, supports the investigation of different modes of cell migration and tumor morphologies, and will be useful for predictive testing of anti-cancer and anti-metastatic compounds.