Gould / IgG / Amersham / Qiagen / Neogen / Shimizu / T. J. V. & Hogan S. P. / IgE / /
Continent
Asia / /
Country
Netherlands / Japan / United States / /
Currency
pence / / /
Event
Company Expansion / /
Facility
Plant Physiol / The Institute of Medical Science / Plant Sci / Arizona State University / Shimane University / IgE complex / University of Tokyo / Plant Biotechnology Department / PLANT BIOLOGY Fig / National Institute of Agrobiological Sciences / Plant Biotechnol / PLANT BIOLOGY / /
IndustryTerm
transgene products / expression systems / experimental / peroxidase substrate solution / treatment of allergic diseases / control / staple food / recombinant products / allergen solution / /
Shimane University / Faculty of Medicine / Institute of Medical Science / National Institute of Agrobiological Sciences / University of Tokyo / National Academy of Sciences / Department of Otorhinolaryngology / Kiyono† / and Fumio Takaiwa*§ *Plant Biotechnology Department / Oral administration / Arizona State University / US Federal Reserve / Ministry of Agriculture / Department of Microbiology and Immunology / Division of Mucosal Immunology / Group of Eight / /
Person
Gomes / Hidenori Takagi / Hashimoto / S. Utsumi / Fumio Takaiwa / Hideyuki Kawauchi / Hiroshi Kiyono / Sankyo Res / Yoshikazu Yuki / Cosmo Bio / Kaoru Takamura / Yoshifumi Tada / /
Position
candidate for the development / Major / reporter / /
SEE COMMENTARY A rice-based edible vaccine expressing multiple T cell epitopes induces oral tolerance for inhibition of Th2-mediated IgE responses Hidenori Takagi*, Takachika Hiroi†, Lijun Yang*, Yoshifumi Tada*, Yosh