Genetic studies now show that morphological change does not always accompany speciation, as many apparently identical groups are, in fact, reproductively isolated.
Figure 1B shows that hyphal form cells share similar replicative lifespan with yeast form cells, indicating the morphological change does not affect the lifespan.
Interestingly, these morphological changes did not induce hADSC differentiation towards the mesoderm lineages while hVIC recovered a physiological phenotype over culture in the biomimetic matrices.
As shown on the right panel of Fig. 5, these morphological changes do not reverse the scattering regime, they only modify the absolute values of the diagonal elements of the Mueller matrix.
HIF1 α stabilization by DMOG was able to prevent cells to enter senescence, as DMOG-treated cells did not undergo morphological changes and did not show a different beta-galactosidase (β-Gal) staining compared with controls after IR.
The second that morphological changes that did play functional roles in bipedalism were the result of selection for that behavior—has not been previously explored and represents a major gap in our understanding of hominin hip evolution.
The morphological changes often do not contribute to the patients' symptoms, or the pathologies did not lead to morphological changes yet.
Analysis of the morphological changes was done by using scanning electron microscopy (SEM) and atomic force microscopy (AFM).
Although our results clearly demonstrate rapid morphological changes, they do not conclusively link these changes to particular environmental drivers.
Electroretinography is an appropriate method for the early detection of retinal alterations as morphological changes usually do not appear until ERG responses are dramatically reduced.
