Such controllable morphological changes can therefore provide a means to practically control and tune the electronic and transport properties of graphene for applications as optoelectronic and nanoelectromechanical devices.
Understanding mechanisms that guided tooth crown morphological changes during evolution therefore constitute a crucial area of investigation common to both paleontology and developmental biology.
The morphological changes we observe therefore reflect a more specific defect in the development of the brain and eyes, tissues in which OCRL1 is particularly abundant.
Yeast cells arrested at a specific point in the cell cycle have characteristic morphologies (Pruyne and Bretscher, 2000a); therefore, the morphological changes in the WT, rad2C38Δ, and rad2C65Δ mutants were examined.
Therefore typical morphological changes or senescence-associated β-galactosidase are hardly observed until these proliferative subpopulations reach senescence, too.
Therefore, the morphological changes seen in SS3 suggest that despite its improved fermentative performance, it remains physiologically challenged by the toxic hydrolysate environment.
Therefore the morphological changes were only associated with changes in E-cadherin expression, and this is most probably driven by snail [ 47] and reflect loss of epithelial differentiation rather than mesenchymal transition.
Morphological changes can be very complex and, therefore, difficult to quantify.
Therefore, we consider morphological changes conditional rather than causing depression (Kronmüller et al. 2008), possibly by impairing mood transitions.
As MyD88 promoted metastatic potential of HCC cells and caused morphological changes of the tumor cells, we therefore connect the biological function of MyD88 with EMT induction.
