• Title/Summary/Keyword: Dong

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Research on Children's Costumes of Dong Tribe

  • Zhang, Shunai;He, Xin
    • Journal of Fashion Business
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    • v.13 no.6
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    • pp.1-11
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    • 2009
  • Dong Tribe is a populous nationality with brilliant civilization, they created their unique culture of costumes and accessories throughout the long river of history. And the children's costumes could be the florid feature of the splendid fashion of Dong Tribe because they reflect the sentimental tastes and consciousness of the nation. The children's costumes of Dong Tribe are classified as infants' garments and children's garibaldis by different ages, the garments are much more in kinds, fresher in colors and much complicated in shapes while comparing with the adults' garments. Furthermore, the children's hats, bibs and baby carriers are also the outstanding features in children's costumes of Dong Tribe.

The study of Taoist idea on the 「Shin Hyung Mun」 in 『Dong Ui Bo Gam』 (『동의보감(東醫寶鑑)』 신형문(身形門)의 도가사상에 대한 고찰)

  • Kim, dae hyung;Cha, Wung Seok;Kim, Nam il
    • The Journal of Korean Medical History
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    • v.15 no.2
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    • pp.21-44
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    • 2002
  • "Dong Ui Bo Gam" was written by Huh jun that was influenced by Cho Sun Sung Confucianism's environment had been receptive to rich idea. "Dong Ui Bo Gam" "Shin Hyung Mun" was composed of the base on a full understanding in taoist idea. It had a real systemical structure, was help to taoist training. The taoist idea of "Dong Ui Bo Gam" was made up of the extension of mature theory and training in Cho Sun Dan Hak. Specially, The taoist idea of "Dong Ui Bo Gam" was had an effect on "Euibangyoochui" better as compared with "Dong Ui Bo Gam" "Shin Hyung Mun" in contents "Shin Hyung Jang Bu DO" generalized the whole contents of "Dong Ui Bo Gam", was influenced by taoist idea, also peculiar method that was not searched in other medical books. 'Heart 心' was handled importantally in "Dong Ui Bo Gam" "Shin Hyung Mun" under the influence of taoist idea and Cho Sun Sung Confucianism.

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Molecular Cloning and mRNA Expression a Glutathione S-Transferase cDNA from the Spider, Araneus ventricosus

  • Shin, Geun Ho;Kim, Hyung Suk;Kwon, Dong Wook;Lee, Jin Young;Byeon, Gyeong Min;Sohn, Hung Dae;Jin, Byung Rae
    • International Journal of Industrial Entomology and Biomaterials
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    • v.9 no.1
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    • pp.65-71
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    • 2004
  • A fat body-specific glutathione S-transferase cDMA was cloned from the spider, Araneus ventricosus. The cDNA encoding A. ventricosus glutathione S-transferase (AvGST) is 645 base pairs long with an open reading frame of 215 amino acid residues with a calculated molecular weight of approximately 24 kDa. Northern blot analysis showed the tissue-specifically expression of AvGST in the A. ventricosus fat body.

Estimation of wind turbine power generation using logic-based fuzzy neural networks (로직기반의 퍼지뉴럴 네트워크를 이용한 풍력발전기 출력예측)

  • Kang, Jong-Jin;Yea, Song-Bum;Cha, Jong-Hyun;Kim, Yun-Gun;Kang, Kyung-Ho;Tak, Dong-Kyu;Han, Chang-Wook
    • Proceedings of the KIEE Conference
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    • 2009.07a
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    • pp.1112_1113
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    • 2009
  • This paper proposes the method to predict the wind turbine power generation using logic-based fuzzy neural networks. To predict the wind turbine power generation neural networks, logic-based fuzzy neural networks, and fuzzy neural models have been considered. But the model considered in this paper can predict the wind turbine power generation with a less complex structure. The simulation results show the effectiveness of the proposed method.

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DW1350, a Newly Synthetic Anti-osteoporotic Agent: 1. DW-1350 Inhibited Bone Resorption and Promoted Bone Formation

  • Lee, Jin-Soo;Whang, Yun-Ha;Ahn, Seok-Hoon;PanSoo;Jin, Sang-Mi;Yi, Sun-Shin;Jung, Young-Ho;Suh, Hong-Suk;Ryu, Jei-Man
    • Proceedings of the PSK Conference
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    • 2003.04a
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    • pp.154.2-155
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    • 2003
  • Recently, we developed a new anti-osteoporotic agent, DW-1350, which not only inhibited osteoclast formation but also induced osteoblast differentiation through the in vitro randomized screening studies. We identified inhibitory activities of DW-1350 for each step of osteoclast differentiation, fusion and pit formation process in co-culture system with mouse bone marrow and primary osteoblasts. (omitted)

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