Our previous microscopy studies have revealed the intracellular localization and trafficking of whole pulchellin and ricin toxins32, 41.
Other scanning probe microscopy studies have explained electronic GB properties by a valence band offset16,17,18.
Cryo-electron microscopy studies have been performed with C-terminally truncated Env of the HIV-1JR-FL strain in complex with the antibody PGT15119.
Atomic force microscopy studies have given a different view of the HIV envelope spike8, so determining which view is more likely in infectious particles is an important next step.
Further supporting this, two- (2D) and three-dimensional (3D) microscopy studies have found that the vast majority of HSCs reside in extraluminal perisinusoidal spaces in direct contact with sinusoidal endothelial cells (SECs 19,20,21.
Conducting atomic force microscopy studies have been explored for the first time to identify the annealing temperature of nanotube TiO2 layers with best electrical properties.
Thermal, wide angle X-ray scattering and light microscopy studies have been carried out on sulphonated poly(butylene terephthalate) (SPBT) and its blends with polycarbonate (PC).
In situ transmission electron microscopy studies have revealed a new phenomenon of magnetic domain memory of the austenite across both ferroic transformations.
The scanning electron microscopy studies have shown that it becomes possible not only to eliminate the undesired organic phase, but also to preserve or tailor the red algae typical microporosity.
