94 research outputs found

    Transference of Trauma in Body Genres: Wronged Women and Damaged Childhoods in Ringu (1998) and Audition (1999)

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    Transference of Trauma in Body Genres: Wronged Women and Damaged Childhoods in Ringu (1998) and Audition (1999)

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    no abstract availabl

    Maintenance of stemness and optimization of differentiation potentials during in vitro expansion of human adipose-derived stem cells

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    Adipose-derived stem cells (ADSCs) show similar characteristics to bone marrow-derived stem cells, the gold standard of MSCs, in terms of their characteristics and differentiation potentials. However, ADSCs show sub-optimal functionality compared with the gold standard. In our effort to secure enough number of allogeneic stem cells from healthy donor, FGF2 was pretreated during hADSCs in vitro expansion culture. FGF2 significantly increased the dimension of cell expansion as shown in Figure 1 and 2. Pre-treatment of FGF2 not only induced an increase of cell number – approx. 44-fold at passage 7 - but also potentiated the differentiation potentials of hADSCs. Differentiation potentials of hADSCs expanded in the presence of FGF2 was evaluated in vitro and in vivo. hADSCs pre-treated with FGF2 showed enhanced in vitro osteogenesis and chondrogenesis. Using in vivo ectopic bone model, in vivo osteogenic potential of hADSCs pretreated with FGF2 was also evaluated and abundant osteoid/bone matrix was formed in dose-dependent manner according to the concentration of pre-treated FGF2. Bone matrix formation by control hADSCs was virtually non-existent. FGF2-pre-treated hADSCs also showed enhanced in vitro chondrogenesis. hADSCs expanded with FGF2 showed increased expression of genes associated with early osteogenesis and chondrogenesis. These results shows that FGF2 can exert beneficial effect on in vitro expansion of hADSCs not only in the dimension of the expansion but also in functionality of the expanded cells. Please click Additional Files below to see the full abstract

    Analysis of Women’s Leadership Program in Sport and Policy Proposals

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    PURPOSE This study analyzed the KSPO women’s sports leadership program and foreign cases to suggest policy proposals. METHODS A literature review was conducted involving official webpage of the programs, related technical reports, media resources, and academic articles collected from international and domestic research databases. RESULTS The major results are as follows: (1) The curriculum of current program should be examined and reconstructed to achieve the intended purpose. (2) Since selfawareness is a key factor in demonstrating effective leadership, implementing selfawareness training program should be considered. (3) Mentoring is regarded to be an effective tool in promoting women leadership; therefore, establishing sustainable women mentoring program is required. CONCLUSIONS Despite several limitations, this paper is the first study, to the best of our knowledge, to review and analyze the KSPO women’s sports leadership program comparing foreign cases for the purpose of seeking improvement. As women’s leadership in the field of sport would become even more important in the future, this program should be redesigned to be able to train and nurture leaders so that they can progress to the higher level of decision making in sport organizations

    A Qualitative Study on the Perceptual Changes of [Goal Kicking Women] Male Viewers Regarding Women’s Football

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    PURPOSE This study aims to identify how the [Goal Kicking Women] TV program has changed the perceptions of male viewers on women’s football. METHODS Using a qualitative research design, semi-structured interviews were conducted with 8 male viewers who are in their 50s. Thematic analysis was used to draw implications from the interviews. RESULTS Results show that having watched [Goal Kicking Women], 1) participants have become more familiarized with women playing football; 2) participants’ initial stereotype about women’s alleged inferiority in football has changed, as the performance of female stars in the program, who did not have any experience playing football, improved; and 3) the genuine passion that female stars showed for football made participants think that women’s football was just as good as men’s. CONCLUSIONS This study provides practical and academic implications, as it identifies men’s perceptions on women’s football and analyzes the influence of [Goal Kicking Women]. To conclude, establishing a foundation for planning and implementing effective policies to promote women’s football in South Korea is recommended

    Energetic Electron and Proton Interactions with Pc5 Ultra Low Frequency (ULF) Waves during the Great Geomagnetic Storm of 15–16 July 2000

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    The dynamics of the outer zone radiation belt has received a lot of attention mainly due to the correlation between the occurrence of enhancing relativistic electron flux and spacecraft operation anomalies or even failures (e.g., Baker et al. 1994). Relativistic electron events are often observed during great storms associated with ultra low frequency (ULF) waves. For example, a large buildup of relativistic electrons was observed during the great storm of March 24, 1991 (e.g., Li et al. 1993; Hudson et al. 1995; Mann et al. 2013). However, the dominant processes which accelerate magnetospheric radiation belt electrons to MeV energies are not well understood. In this paper, we present observations of Pc5 ULF waves in the recovery phase of the Bastille day storm of July 16, 2000 and electron and proton flux simultaneously oscillating with the same frequencies as the waves. The mechanism for the observed electron and proton flux modulations is examined using groundbased and satellite observations. During this storm time, multiple packets of discrete frequency Pc5 ULF waves appeared associated with energetic particle flux oscillations. We model the drift paths of electrons and protons to determine if the particles drift through the ULF wave to understand why some particle fluxes are modulated by the ULF waves and others are not. We also analyze the flux oscillations of electrons and protons as a function of energy to determine if the particle modulations are caused by a ULF wave drift resonance or advection of a particle density gradient. We suggest that the energetic electron and proton modulations by Pc5 ULF waves provide further evidence in support of the important role that ULF waves play in outer radiation belt dyanamics during storm times

    Continuous non-destructive conductivity monitoring of chondrogenesis using bioimpedance tensor probe

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    A continuous non-destructive monitoring method is required to apply proper feedback controls during chondrogenesis. We measured the apparent conductivity and the amount of anisotropy on the top and bottom surfaces of samples in the chondrogenesis process to evaluate the ECM structure and composition changes. We compared them with histological trait to analyse the results

    eIF2A, an initiator tRNA carrier refractory to eIF2 kinases, functions synergistically with eIF5B

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    The initiator tRNA (Met-tRNA(i)(Met)) at the P site of the small ribosomal subunit plays an important role in the recognition of an mRNA start codon. In bacteria, the initiator tRNA carrier, IF2, facilitates the positioning of Met-tRNAiMet on the small ribosomal subunit. Eukarya contain the Met-tRNAiMet carrier, eIF2 (unrelated to IF2), whose carrier activity is inhibited under stress conditions by the phosphorylation of its -subunit by stress-activated eIF2 kinases. The stress-resistant initiator tRNA carrier, eIF2A, was recently uncovered and shown to load Met-tRNAiMet on the 40S ribosomal subunit associated with a stress-resistant mRNA under stress conditions. Here, we report that eIF2A interacts and functionally cooperates with eIF5B (a homolog of IF2), and we describe the functional domains of eIF2A that are required for its binding of Met-tRNAiMet, eIF5B, and a stress-resistant mRNA. The results indicate that the eukaryotic eIF5B-eIF2A complex functionally mimics the bacterial IF2 containing ribosome-, GTP-, and initiator tRNA-binding domains in a single polypeptide.112Ysciescopu

    Beyond 5G URLLC Evolution: New Service Modes and Practical Considerations

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    Ultra-reliable low latency communications (URLLC) arose to serve industrial IoT (IIoT) use cases within the 5G. Currently, it has inherent limitations to support future services. Based on state-of-the-art research and practical deployment experience, in this article, we introduce and advocate for three variants: broadband, scalable and extreme URLLC. We discuss use cases and key performance indicators and identify technology enablers for the new service modes. We bring practical considerations from the IIoT testbed and provide an outlook toward some new research directions.Comment: Submitted to IEEE Wireless Commun. Ma
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