To prepare PEGylated recombinant human granulocyte colony-stimulating factor (rHuG-CSF) with enhanced pharmacokinetic properties we prepared a cysteine-substituted mutant of rHuG-CSF (mrHuG-CSF). For site-specific PEG...
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Human apolipoprotein kringle domain V (rHualkV) that has an anti-angiogenic activity was expressed and purified in large scale from Pichia pastoris. rHualkV was captured by SP-Streamline resin directly from 40 L cultu...
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Image-flickering due to flexoelectric effect in a low frequency driven fringe-field switching (FFS) LCD is troublesome. Maximization of transmittance in the FFS mode is achieved using LCs with negative dielectric anis...
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Image-flickering due to flexoelectric effect in a low frequency
driven fringe-field switching (FFS) LCD is troublesome.
Maximization of transmittance in the FFS mode is achieved
using LCs with negative dielectric anisotropy but still the
flickering exists. The paper describes in detail on optimal
solutions how it can be solved by controlling the ratio of
electrode width to distance and thickness of passivation layer.
The results greatly contribute to achieve high transmittance and
image-flickering free FFS LCD.
Shape controllable synthesis of YF3:Yb3+/Er3+ upconversion nanoparticles is of significant importance for understanding the shape dependent properties as well as for exploration of potential applications. Herein, YF3:...
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Theoretical physics foretells that ＂strain engineering＂ of graphene could hold the key to finding treasures still hidden in two-dimensional （2D） condensed matter physics and commercializing graphene-based devices....
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Theoretical physics foretells that ＂strain engineering＂ of graphene could hold the key to finding treasures still hidden in two-dimensional （2D） condensed matter physics and commercializing graphene-based devices. However, to produce strained graphene in large quantities is not an easy task by any means. Here, we demonstrate that thermal annealing of graphene placed on various substrates could be a surprisingly simple method for preparing strained graphene with a large area. We found that enhanced graphene-substrate interfacial adhesion plays a critical role in developing strained graphene. Creative device architectures that consider the thermal mismatch between graphene and the target substrate could enable the resulting strain to be intentionally tailored. We believe that our proposed method could suggest a shortcut to realization of graphene straintronics.
This paper presents a method for noise-free recording of the keyboard-based musical instruments. By integrating an r-shaped triboelectric generator (TEG) into the keyboard of a piano, it can produce electric signal wh...
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We report on a systematic study of the electromechanical properties of flexible copper (Cu) thin film for flexible electronics. Cu ink is synthesized with chemical reduction process. Cu ink film spin-coated on a polyi...
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Discriminating the minute content of chemicals both in precise and concise way is to use core technique for detecting water pollution. Recently a novel virus-based sensor system functionalized by M13 bacte-riophage-ba...
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We demonstrated a novel optically isotropic liquid crystal (OILC) mixture with acrylate type of functional group monomers. By controlling the ratio of LC to monomer ad UV intensity, an excellent transparent OILC compo...
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We demonstrated a novel optically isotropic liquid crystal (OILC) mixture with acrylate type of functional group monomers. By controlling the ratio of LC to monomer ad UV intensity, an excellent transparent OILC composite is obtained and the inplane field driven device exhibits a higher transmittance by 49% and a faster response time by 40% than those of OILC with thiolene based monomers. This high level black state and its flexibility can be applicable to flexible TFT-LCDs.
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