Sentence examples for be interesting to define from inspiring English sources

Another possible generalization could relate to fractional analysis: it would be interesting to define the fractional analog of γ and apply it to chaos discrimination in fractional dynamical systems (such systems are studied, e.g., in [10 12]).

It will also be interesting to define the structural basis of the dysbindin-HRS association, and determine whether this interaction is essential for the observed GPCR sorting activity.

With respect to the latter, it will be interesting to define whether trastuzumab resistance is accompanied by increased levels of Erk5 or pErk5.

It will be interesting to define whether the effects described here are produced by a direct action of SKF 81297 on the granule cells of the DG, or by an indirect mechanism involving a polysynaptic circuit.

With the 3D structure of TRPV4 available [33], it will be interesting to define the changes within the homotetrameric structure itself that lead to alterations in channel gating, potentiation, and desensitization.

It would now be interesting to define in which cells these different signaling pathways are integrated and to characterize more precisely the role of serotonin by studying the receptors and the cellular circuits involved.

While it is interesting to define the increased risk, that is not a very significant statistic absent a clear statement of the underlying risk of prostate cancer in the male population as a whole.

As previously commented, in order to reduce the error accumulation effect and to increase the method robustness against noise, clutter, and target scintillation, it is interesting to define a reference profile [18].

Owing to the similarities between CTR-NT and TSA-NT array results, it was interesting to define the probe sets exclusively expressed in the blastocysts of either group.

It is interesting to define the sorting motif recognized by the Syp1 μHD and to learn whether other yeast adaptors similarly use peptide sorting motifs.

To better understand the physiological role of CMR, it is interesting to define the supply of building blocks for growth that comes from each of its two processes: glycolysis and glutamine utilization by reductive carboxylation.