pptx | 4.94MB SimCity and Towns | 2.22MB SimCity Social | 2.24MBIn vitro uptake and toxicity of cholesterol and adenosine nucleotides in normal and astrocytoma cells.
The in vitro uptake and cytotoxicity of cholesterol and adenosine nucleotides were examined in normal and astrocytoma glial cells. The uptake of the substrates was measured using a cytochemical method for incorporation of precursors into macromolecules, and the cytotoxicity was evaluated by direct measurements of LDH release. The results of our study suggest that the astrocytoma cells are able to incorporate higher amounts of cholesterol and adenosine nucleotides than the normal cells. On the other hand, the astrocytoma cells showed a higher susceptibility to the cytotoxicity of cholesterol and adenosine nucleotides than the normal cells. The increased uptake of cholesterol and adenosine nucleotides in the astrocytoma cells could be related to their higher sensitivity to these compounds.The present invention relates to a flexible display device. More particularly, the present invention relates to a flexible display device in which a display element such as an organic light emitting element is used.
A flexible display device is a display device in which a display element such as an organic light emitting element is incorporated into a flexible display body. For example, JP-A-2009-289778 discloses a flexible display device in which a display element is mounted on a flexible substrate and a driving circuit element is mounted on a base substrate.
JP-A-2009-289778 discloses a flexible display device in which an organic light emitting element (light emitting element) is arranged on a substrate. The organic light emitting element is sealed with an encapsulating resin. The encapsulating resin contains a light emitting material in order to display a color image. The flexible display device has a plurality of light emitting elements (organic light emitting elements) arranged in a matrix form.
The flexible display device has a display element region in which a display region is formed by a plurality of light emitting elements arranged in a matrix form. In the display region, a plurality of a driving circuit element regions are formed by a plurality of the driving circuit elements including a driving circuit (TFT) for controlling on-off of a light emitting element. In the driving circuit element region, a plurality of electrodes for connecting a driving circuit element to the driving circuit (TFT)
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