There are two ways to solve this contradiction.
To solve this contradiction, we constructed models of un-doped and Fe-doped ZnO using first-principles theory and optimized the geometry of the three models.
In order to solve this contradiction, the sample Li1.26Fe0.22Mn0.52O2 was calcined at low temperature (500 °C), then heated at high temperature for a short time.
The present study solves this contradiction.
Further studies should solve this contradiction.
To solve this contradiction, we need to assume lineage-specific isochore evolution and/or multiple emergence of isochore.
One hypothesis to solve this contradiction between different types of cancers is that malignancies arising from different cell types use different strategies to progress and evolve.
To solve this contradiction, we performed a retrospective investigation of 131 Finnish, Swedish and French CADASIL patients, who had been adequately examined for both NOTCH3 mutation and presence of GOM.
To solve this contradiction, we performed a retrospective investigation of a combined patient material from Finland, Sweden and France comprising 131 patients, from whom both the genetic analysis and EM examination of skin biopsy were available.
We have tried to solve this contradiction of having the DNA on a surface for application purposes together with having it in solution to retain all of its supramolecular abilities by using porphyrin anchors.
