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Kim, Hye-Ri,Kumar, Rajesh,Kim, Woori,Lee, Jae Hong,Suh, Myungkoo,Sharma, Amit,Kim, Chang Hoe,Kang, Chulhun,Seung Kim, Jong The Royal Society of Chemistry 2016 Chemical communications Vol.52 No.44
<P>Herein, we developed an ER selective fluorescent ERp that exhibited a sharp fluorescence emission in the far-red region and high photo- and bio-stability in biological milieu. Its emission is insensitive to pH change and localized in the ER of the cells. Furthermore, it successfully demonstrated that the ER membrane is rapidly reorganized in the perinuclear region by an ER stress inducer, tunicamycin.</P>
Kim, Min-Hye,Suh, Myungkoo,Gowrishankar, Vignesh,McGehee, Michael D,Kwon, Young-Uk American Scientific Publishers 2010 Journal of Nanoscience and Nanotechnology Vol.10 No.1
<P>We studied the properties of regioregular P3HT conducting polymers with three different molecular weights infiltrated into the pores of mesoporous titania thin films. The titania thin films, prepared by self-organization of titania species with a non-ionic triblock copolymer F127 followed by calcination to remove organics, have arrays of 7 nm vertical nanochannels. The UV-Vis spectra of the P3HT-titania nanocomposite films revealed that the interstrand interactions between P3HT chains were weakened by the infiltration. Such an effect increases as the molecular weight of P3HT increases and as the infiltration temperature increases. Consequently, the efficiency of the solar cells, assembled by using the P3HT infiltrated mesoporous titania thin films, was the highest with the smallest P3HT, contrary to the generally accepted practice of using high molecular weight P3HT for forming bulk heterojunction solar cells.</P>
AN IMPLEMENTATION OF A REMOTE ENGINEERING LABORATORY USING LABVIEW (FOR DIGITAL LOGIC CIRCUITS)
Wonseok Yang,Myungkoo kim,Kwansun Choi,Changwan Jeon 한국멀티미디어학회 2006 한국멀티미디어학회 국제학술대회 Vol.2006 No.-
In this study Remote Laboratory for Digital Logic circuits was implemented that can test Logic Gate. The Virtual Contents and the Real Circuits are directly executed and these Real Circuit experimental images are provided to the students who are advised to do comparison studies. In this study, a DAQ card is used to confirm the Real Circuit's Input Signals and a PC camera is used to show a real-time experiment image screen to the students. The experimenting students will use LabVIEW web servers to conduct the real experiments, and the experiment results are saved database in which a data administrator will manage after. Other students will use the LabVIEW web server to monitor the stages of the experiment.
Lee, Eung-Goo,Kim, Seon-Hee,Bae, Young-An,Chung, Joon-Yong,Suh, Myungkoo,Na, Byoung-Kuk,Kim, Tong-Soo,Kang, Insug,Ma, Liang,Kong, Yoon WILEY-VCH Verlag 2007 Proteomics Vol.7 No.21
<P>Parasitic organisms are incapable of de novo fatty acid synthesis due to a down-regulated expression of enzymes involved in the oxygen-dependent pathway. We investigated the uptake of host lipids by a 150-kDa hydrophobic ligand-binding protein (HLBP) of Taenia solium metacestode, an agent causative of neurocysticercosis. The protein was found to be a hetero-oligomeric complex consisting of multiple subunits (M<SUB>r</SUB> 7, 10, and 15 kDa within pH 8.0–9.7), which may originate from four unique genes of 7- and 10-kDa gene families with 2–3 polymorphic alleles/paralogs. The 15-kDa protein represented glycosylated forms of the 10-kDa. With high binding affinity to lipid analogs, these subunits evidenced high-level sequence identity with other cestode HLBPs and form a novel clade associated with excretory–secretory type HLBP. In vitro experiments with viable worms suggested that the excreted 150-kDa protein might bind to lipids, and participate in the translocation of host lipids across the syncytial membrane. This process was substantially inhibited by the specific anti-150 kDa antibodies. The protein was localized in the parasite syncytium and in the lipid droplets within host granuloma wall, where significant lipase activity was expressed. HLBP-mediated uptake of the host lipid may be critical for the parasite survival and thus could be targeted by chemotherapeutics and/or vaccine.</P>