NISR Research Grants List 2009
Researcher
Hirofumi ICHINOSE
Organization
Kyushu University
Title of Project
Comprehensive survey of cytochrome P450 function from Aspergillus oryzae
Researcher
Masashi KATO
Organization
Nagoya University
Title of Project
Analysis on the transcriptional regulation mechanisms controlled by the CCAAT-box binding complex as a key factor in filamentous fungi
Researcher
Yutaka KURODA
Organization
Tokyo University of Agriculture and Technology
Title of Project
Analysis and prevention of protein precipitation in E．coli over-expression systems using short peptide tags
Researcher
Yoichi NODA
Organization
The University of Tokyo
Title of Project
Mechanisms of Golgi-localization of mannosyltransferases
Researcher
Kan TANAKA
Organization
Chiba University
Title of Project
Studies on novel regulatory mechanism for nucleotide biosynthesis through the amino acid signal in bacteria
NISR Young Investigator Research Grants List 2009
Researcher
Shigenobu KISHINO
Organization
Kyoto University
Title of Project
Analysis of peculiar fatty acid transformation by anaerobic microorganisms and application to conjugated fatty acid production
Researcher
Shinya KODANI
Organization
Shizuoka University
Title of Project
Study on aerial hyphae formation mechanism of siderophore in the cell of Streptomyces coelicolor
Researcher
Takuji OKA
Organization
Sojo University
Title of Project
Functional analysis and application of the new genes involved in glycosylation in filamentous fungi for the remodeling of the carbohydrate moieties on proteins
Researcher
Hideaki TAKANO
Organization
Nihon University
Title of Project
LitR-mediated photoresponse in non-phototrophic bacteria: studies on its molecular mechanism and potential diversity
Researcher
Yuji YAMAMOTO
Organization
Kitasato University
Title of Project
Identification of antioxidant(s) from lactic acid bacteria and screening of high antioxidative strain(s)
Researcher
Seiya WATANABE
Organization
Kyoto University
Title of Project
Generation of Saccharomyces cerevisiae capable to ferment hexoses and pentoses derived from lignocellulosic biomass by protein- and metabolic-engineering
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