Sode K., Makimoto H., Tomiyama M., Tsugawa W. Improvement of E.coli hydrogen production by metabolic engineering of the mixed acid fermentation pathway. 1997. 9. 154-154
Sode Koji, Watanabe Mika, Makimoto Hiroshi, Tsugawa Wakako, Tomiyama Masamitsu. Improvement of hydrogen production by Escherichia coli via metabolic engineering of anaerobisis. 1995. 7. 79-79
TOMIYAMA M., IKEBUKURO K., SHIOTANI M., SODE K., TAMIYA E., KARUBE I. Structure and Role of Genes (hydA, hydE) in Escherichia coli K12 Involved in Hydrogenase Activity. 1990. 2. 25-25
Patents (2)：
有機物質の測定法およびその装置
プロモーター
Books (2)：
Metabolic engineering approaches for the improvement of bacterial hydrogen production based on Escherichia coli mixed acid fermentation
BioHydrogenII (Elsevier Science) 2001
Effect of Hydrogenase3 over-expression and disruption of nitrate reductase on fermentative hydrogen production in Escherichia coli.. A metabolic engeneering approach
BioHydrogen (Prenum Press) 1998
Professional career (1)：
DSc
Association Membership(s) (4)：
日本農芸化学会
, American Society for Microbiology
, 日本生物工学会
, 日本分子生物学会
