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Shimazaki, Dai,Nakagawa, Kentaro Council on Tall Building and Urban Habitat Korea 2015 International journal of high-rise buildings Vol.4 No.3
Shimizu Corporation Tokyo Headquarters, one of the city's leading office buildings, features many pioneering technologies that contribute to a sustainable society through environmental stewardship and a sophisticated disaster management facility. In terms of structural engineering, a seismic isolation system incorporating reinforced concrete core walls and precast concrete perimeter frames create a robust structure in the event of a large earthquake. In addition to the seismic resistance of the structure, several pioneering construction methods and materials are adopted. This office building can serve as a basis for new design and construction approaches and methodologies to ensure safe and economical structures.
Rimmed Vacuoles in Myositis Associated with Antimitochondrial Antibody
Rui Shimazaki,Akinori Uruha,Hideki Kimura,Utako Nagaoka,Tomoya Kawazoe,Satoshi Yamashita,Takashi Komori,Kazuhito Miyamoto,Shiro Matsubara,Keizo Sugaya,Masahiro Nagao,Eiji Isozaki 대한신경과학회 2020 Journal of Clinical Neurology Vol.16 No.3
G-Proteins Expressed in the Ocellus of the Hydromedusan, Spirocodon saltatrix.
Iwasa, Tatsuo,Shimazaki, Yumiko,Yamamoto, Masamichi,Ohtsu, Kohzoh Korean Society of Photoscience 2002 Journal of Photosciences Vol.9 No.2
We have cloned a hydromedusan opsin cDNA and showed that the deduced amino acid sequence of the cytoplasmic loop between helices 5 and 6 (loop 5-6) was clearly different from that reported so far. The amino acid sequence of the loop 5-6 is important on determination of the specificity for the coupled G- protein. To clarify which class of G-protein mediates the phototransduction system in the ocellus of the hydromedusan, we investigated G-proteins expressed in the ocellus. By PCR against the cDNA of the ocellus with primers designed according to the conserved amino acid sequence in G-protein a subunit, we obtained three kinds of cDNA fragments. Based on the sequence similarities, ttwo of them (JGI and JG3) were classified as $G_{i}$ and $G_{q}$, respectively. The other one (JG2) was a new subtype within $G_{*}$ class. Electron microscopic immunocytochemistry with the antiserum against the C-terminal sequence of $G_{q}$ or $G_{t}$ revealed the presence. of the both classes in the ocellus. The similarity of the C-terminal sequence of the JG2 with that of bovine $G_{t}$ suggests that the anti- $G_{t}$ antiserum would bind to JG2. These results suggest the possibility that the hydromedusan rhodopsin decides the specificity for the coupled G-protein by the other domain than the loop 5-6.oop 5-6.5-6.