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We developed a 3.6‐in. 202‐ppi Full‐Color AMPLED display by using ink‐jet technology. It is the highest resolution PLED display ever reported in the world. Three organic layers, hole transport layer, interlayer and emission layer, were fabricated by ink‐jet technology with 7pl ink‐jet heads on a CG‐Silicon active‐matrix backplane. The developed display proved that ink‐jet technology can realize high resolution PLEDs.

We have developed a novel deposition technology that makes possible to pattern RGB SBS with high resolution onto large substrate without the mask contact. This technology is combination of evaporation flux collimation technique and scanning substrate technique above small mask, and called as Collimated Flux Deposition(CFD) Technology. Using this technology, we built 326ppi RGB Side-by-side display.

Although GPCMV provides a useful animal model for studies on the pathogenesis of congenital CMV infection and the development of CMV vaccine strategies, our understanding of the viral mechanisms by which it evades apoptosis of infected cells has been limited in comparison with those of murine and human CMVs. Here, we report a second GPCMV apoptosis inhibitor (42 amino acids in length) that interacts with BAK, a Bcl-2 family proapoptotic protein.

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