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Hiroshi Kuraishi

University of Tokyo

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Publication

Featured researches published by Hiroshi Kuraishi.

Journal of General and Applied Microbiology | 1973

HYDROGEN SULFIDE EVOLUTION DUE TO PANTOTHENIC ACID DEFICIENCY IN THE YEAST REQUIRING THIS VITAMIN, WITH SPECIAL REFERENCE TO THE EFFECT OF ADENOSINE TRIPHOSPHATE ON YEAST CYSTEINE DESULFHYDRASE

Takashi Tokuyama; Hiroshi Kuraishi; Ko Aida; Teijiro Uemura

Journal of General and Applied Microbiology | 1968

FLOC FORMATION IN ACTIVATED SLUDGE

Kan Kiuchi; Hiroshi Kuraishi; Haruyoshi Murooka; Ko Aida; Teijiro Uemura

Journal of General and Applied Microbiology | 1975

MECHANISM OF UNBALANCED GROWTH AND DEATH OF BIOTIN-DEFICIENT YEAST CELLS IN THE PRESENCE OF ASPARTIC ACID

Takemitsu Mizunaga; Hiroshi Kuraishi; Ko Aida

Journal of General and Applied Microbiology | 1973

LEVELS OF BIOTIN ENZYMES DURING UNBALANCED GROWTH AND DEATH OF BIOTIN-DEFICIENT YEAST CELLS

Takemitsu Mizunaga; Hiroshi Kuraishi; Ko Aida

Journal of General and Applied Microbiology | 1971

FACTORS INFLUENCING DEATH OF BIOTIN-DEFICIENT YEAST CELLS

Hiroshi Kuraishi; Yoshichika Takamura; Takemitsu Mizunaga; Teijiro Uemura

Agricultural and biological chemistry | 1978

Effect of Exogenous Fatty Acids on Biotin Deprived Death of Saccharomyces cerevisiae

Shoji Shimada; Hiroshi Kuraishi; Ko Aida

Journal of General and Applied Microbiology | 1972

UNBALANCED GROWTH DEATH OF YEAST DUE TO PANTOTHENATE DEFICIENCY

Shoji Shimada; Hiroshi Kuraishi; Ko Aida

Journal of General and Applied Microbiology | 1971

CHANGE OF CELL WALL POLYSACCHARIDES OF YEAST IN BIOTIN DEFICIENCY

Takemitsu Mizunaga; Hiroshi Kuraishi; Ko Aida; Teijiro Uemura

Agricultural and biological chemistry | 1970

The Presence of Apopyruvate Carboxylase and Synthesis of Holopyruvate Carboxylase in Biotin Requiring Baker’s Yeast

Takemitsu Mizunaga; Hiroshi Kuraishi; Ko Aida; Teijiro Uemura

Journal of General and Applied Microbiology | 1975

The formation of a model floc able to decompose phenol by the mixed culture of bacteria isolated from activated sludge.

Yoshitaka Tago; Hiroshi Kuraishi; Ko Aida

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Collaboration

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Ko Aida

University of Tokyo

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Teijiro Uemura

University of Tokyo

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Takemitsu Mizunaga

University of Tokyo

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Shoji Shimada

University of Tokyo

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Haruyoshi Murooka

Nihon University

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Kan Kiuchi

University of Tokyo

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Kazuko Tashiro

University of Tokyo

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Kuniaki Hosono

University of Tokyo

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Yoshichika Takamura

Ibaraki University

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Yoshitaka Tago

University of Tokyo

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