Ruffling of the membrane was observed throughout the observation period (Movie S1 and S2) for both the cytoplasmic and centrosome irradiated cells.
The morphology of the intact thylakoid membrane was observed to be round vesicles.
The structure of the membrane was observed with the aid of a scanning electron microscope.
The formation of multivesicular structures consisting of several small vesicles surrounded by vesicular membrane was observed by cryogenic transmission electron microscopy (cryo-TEM).
No carbon deposition on the catalytic nickel membrane was observed after the combined steam and dry reforming of methane tests under all process conditions.
The average rejection for the NF90 membrane was observed to be 95, 98, 87, and 76% for SO4, As, F, and NO3, respectively, whereas the NF270 membrane rejected the said ions around 90, 94, 57, and 60%, respectively.
Recently, an irregular chaotic movement of the action potential of the membrane was observed for a number of techniques of control with the objective to stabilize the variation of this potential.
The shrinkage of the membrane was observed through the microscope.
The E. coli native membrane was observed with diameter of about 300 nm (Fig. 2B, left).
In surface morphology analysis, the entire embedding character of nanoparticles in the nanoporous membrane was observed.
A high tendency of ZnO NPs adhering to the cell membrane was observed at higher magnification.
