Consistent with this reasoning, treatment of vector transfectants with the kinase inhibitor staurosporine (STS) caused alterations of mitochondrial morphology, which lead to quantitative redistribution of CytC to the cytosol.
The superior antireflection property of the nanowire surface is attributed to three reasons: huge surface area of SiNWs, rough surface morphology which leads to strong light scattering as well as absorption, and graded refractive index profile between air and SiNWs that closely implies a multilayer antireflection coating [6, 14, 15].
From Fig. 4b, it can be observed that CA had intensely influence the morphology and size of the products, which lead to the changes of CZTS particle morphology from sphere-like to flower-like type accompanying with particle size increasing to 5 7 μm.
High magnetic field intensity (500mT) caused ruptured cell morphology and decreased enzyme activities which lead to less nitrogen fixation.
The properties of composite membranes were investigated, and it was found that the homogeneous dispersion of the MWCNTs in the SPBIBI matrix altered the morphology structures of the composite membranes, which lead to the formation of more regular and smaller cluster-like ion domains.
The surface area and functionalities of GO have significant effects on the morphology and electrochemical activity of MnO2, which lead to the fact that the loading amount of MnO2 on GO(1) is much higher than that on GO(2).
Interestingly, protein levels of both Drp1 and OPA1, one of the fission and fusion proteins, were significantly altered in CBKOTg mice compared with Tg mice, suggesting that the altered mitochondrial dynamics affects mitochondrial morphology as well as their functions, which lead to neuronal apoptosis in CBKOTg mice.
The spray-drying condition and the silica: mannitol ratio, which lead to the production of highly re-dispersible nano-aggregates having the desired morphology, are determined.
Moreover, with the aid of nanotechnology, it is now likely to synthesize a wide range of novel nanomaterials with specific shapes and morphologies, which could lead to unique physico-chemical characteristics [6 8].
Heat treatment changes the size and morphology of Si, which leads to a decrease in fatigue property.
