Yamada Research Grant (Fiscal Year 2010)

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  • 審査委員紹介
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  • 成果報告



Research Theme Name Institutional Affiliation
Nobel approaches for anti-oxidative effect of honey products on bone quality Tadahiro Iimura Tokyo Medical and Dental University
The effects of honeybee products on cardiovascular disease and hepatic metabolism anormaly in dogs Hiromi Ikadai Kitasato University
Pharmacological effect of honey on respiratory diseases Yoichiro Isohama Kumamoto University
Preventive effects of honeybee products on lipid peroxidation induced cardio and liver disease in mice model Hirotaka Imai Kitasato University
Cellular and molecular mechanisms of honey wound healing Elia Ranzato University of Piemonte Orientale Department of Environmental and Life Sciences‐DiSAV
Influence of bee products on sleep regulation in relation to the circadian clock in mammals Katsutaka Oishi The National Institute of Advanced Industrial Science and Technology (AIST)
Examination of the antithrombotic effects of honey bee products Naoki Okura Teikyo University
Induction of differentiation to regulatory T cell by propolis and its effect and mechanism on inflammatory bowel diseases Yoshihiro Okamoto Chiba University
Tissue Stabilization Potency of Royal Jell Masaru Kaku Nigata University
Efficacy of Brazilian green propolis, Acasia honey and Vernonia amygdalina  extracts on fungal and allergic skin diseases in Congolese patients Ngatu Nlandu Roger Kochi University
Analysis in neuroprotective effect of propolis Hiroaki Kanouti Kagoshima University
Verification of preventive efficacy with bee products to delayed-type hypersensitivity Mitsuko Kawano Tohoku University
Identification of honeybee products with the protection activity against zinc deficiency  Taiho Kanbe Kyoto University
Propolis prevents mucositis and dysphasia during chemo-radiotherapy in patients with head and neck cancer Asanori Kyuna University of the Ryukyus
Study of Functional Relationship between Bioprotective Effects and Autophagy Induction by Honeybee Products  Akihiko Kuniyasu Kumamoto University
Analysis of navigational mechanisms in the honeybee using a virtual reality system Midori Sakura Hokkaido University
Scientific assessment for the fatigue of healthy adults and the effects of bee products on the fatigue Yoshinao Shibuya Gifu University
The availability of brushing using honey
in children with autism or severely retardation.
Hideyuki Takano The University of Tokushima
Development of brand-new cosmetic products using Royal jelly Soichi Tanabe Hiroshima University
Protective effect of royal jelly on the development of Japanese-type diabetes in mice Kazuhito Tomizawa Kumamoto University
Effect of propolis on the treatment of diabetes retinopathy Taizi Nagaoka Asahikawa Medical University  
Comunication Between Human and Bee Through The Intermediary of The Robot-System Sumito Nagasawa Tohoku University
Anti-hypertensive and preventable effect of a bee-derived Royal Jelly on pregnancy-induced hypertension Katsuhiko Naruse Nara Medical University
Effect of honey on sleep and circadian rhythm in behavioral physiological research Fumiyuki Hatanaka Hiroshima University
Effects of royal jelly on bone and calcium metabolism Ritsuko Masuyama Nagasaki University
Study on influence of bee products in cytosolic viral sensors-mediated antiviral activity  Tomoo Matsumiya Hirosaki University
Study of Apis mellifera intestinal bacteria that affects their host's innate immunity and virus infection Hitoshi Matsumoto Saga University
Royal Jerry alleviates experimental chronic allergic dermatitis and pruritus in mice Katunori Yamaura Chiba University
Unraveling the antiatherogenic effect of royal jelly through modulation of gut immune system Tomoya Yamashita Kobe University
Antiviral effect of Brazilian propolis against swine orign pandemic influenza virus: purification and mechanism of action  Ken Watanabe Nagasaki University