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Electron microscopic studies demonstrate that the lysosomal extract disintegrate bacterial cell membrane resulting in killing of mycobacteria.
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Electron microscopic studies demonstrated that mitochondrial damage in the spinal cord after injury was significantly reduced by DZ.
The microscopic studies demonstrated that cells exposed to nanoparticles at higher doses became abnormal in size, displaying cellular shrinkage, and acquired an irregular shape.
Microscopic studies demonstrated that these novel triazapentalene-labeled compounds exhibited inhibitory activity towards KSP in cultured cells and provided important information concerning the intracellular distribution.
The microscopic studies demonstrated that cells at higher doses became abnormal in size, displaying cellular shrinkage, and acquisition of an irregular shape occurred due to the increase of ZnO NPs concentration.
Microscopic studies demonstrated that the immobilized cells were not restricted from migration or possible proliferation, while maintaining high viability.
The 'electron microscopic study' demonstrated many enlarged lysosomes packed with lamellated membrane structures filling the whole podocyte cytoplasm.
The mechanisms of translocation through the air-blood barrier remains unclear: epithelial uptake may occur and cause damage to epithelial cells; electron microscopic study demonstrated UFPs passage via the clefts between the alveolar epithelial cells in healthy conditions.
Thus, our studies demonstrate that the microscopic environment around a photochromic switch can regulate the relative stabilities of its colorless and colored states as well as their isomerization kinetics.
Immunoelectron microscopic studies have demonstrated up-regulation of CD31 and CD34 and show type IV collagen expression in lymphangiomas [ 38].
Confocal microscopic studies also demonstrated greater intracellular retention of the DOX-CNPs-FA as compared to the DOX-CNPs and native DOX (Fig. 7d).
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