Pharmaceutical Sciences

Docosahexaenoic Acid Potently Inhibits the Prostanoid TP Receptor-Mediated Contractile Response of Tracheal Smooth Muscle https://global.toho-u.ac.jp/research/pr-1185/
Elucidation of the mechanism whereby prostanoids enhance bladder contractile activity https://global.toho-u.ac.jp/research/pr-1175/
Discovery of an anti-HIV active substance from Wikstroemia lamatsoensis https://global.toho-u.ac.jp/research/pr-1164/
Reorientation of Protein-Bound Water Regulates the Magnetic Compass of Organisms -Electron Transfer Mechanism of Photoreceptor Cryptochromes https://global.toho-u.ac.jp/research/pr-1159/
Chiral Crystallization of Optically Inactive Indolyl Sulfonamides Caused Through the Combination of Specific Intermolecular Interactions https://global.toho-u.ac.jp/research/pr-1155/
Docosahexaenoic Acid (DHA) Immediately Inhibits the Contractile Response of Coronary and Basilar Arteries by Inhibiting Prostanoid TP Receptors https://global.toho-u.ac.jp/research/pr-1152/
Docosahexaenoic acid (DHA) and eicosapentaenoic acid (EPA) inhibit the contractile response of smooth muscle in the lower gastrointestinal tract https://global.toho-u.ac.jp/research/pr-1151/
Discovery of a new species of actinomycete from a medicinal plant in Mongolia https://global.toho-u.ac.jp/research/pr-1150/
Development of a New Synthetic Method to Synthesize Quinazolinone Derivatives https://global.toho-u.ac.jp/research/pr-1149/
Possible contribution of the DNA repair pathway selection property of RecQ4 to the elucidation of the pathogenesis of the Rothmund-Thomson Syndrome https://global.toho-u.ac.jp/research/pr-1141/