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Electron microscopic analysis revealed that this pattern was due to the accumulation of DGL-α in dendritic spine heads.
Microscopic analysis revealed that the presence of very fine grains gives it with a turbid appearance, preventing the identification of all minerals (Fig. 3b).
Microscopic analysis revealed that cells grew both attached to the substrate and in suspension, forming three-dimensional structures like mammalian stem cell aggregates.
In addition, microscopic analysis revealed that the characteristic dislocation microstructure of a virgin specimen fatigued at constant plastic strain amplitude is never observed after prestraining.
Field emission scanning electron microscopic analysis revealed that the average grain size of the thin films decreased with an increase in the Ti Cd molar ratio.
Scanning electron microscopic analysis revealed that the pore size and the morphology of the hydrogels could be controlled by changing the composition of AA and the crosslinking density.
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Microscopic analysis reveals that the large crystals of diopside are partially replaced by aggregates of fine-grained garnet along the cleavage (Fig. 2e).
A scanning electron microscopic analysis reveals that the thin catalyst layers are uniform with a good interfacial continuity between the membrane and the electrodes.
A microscopic analysis reveals that the average phase distribution around fracture initiation sites is nearly the same for the two failure mechanisms.
The microscopic analysis reveals that the fully reacted K-PSDS geopolymeric matrix possesses structural characteristics similar to gel substances in having a wide range of Si endowments, but predominantly the framework molecular chains of Si partially replaced by four-coordinated Al tetrahedral.
Confocal microscopic analysis revealed a perinuclear localization that mostly overlapped with staining with anti-KDEL antibody (Figure 4J 4M, arrows in Fig. 4M) labeling the ER in yata mutants.
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