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Dive into the research topics where Hitoshi Goi is active.

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Featured researches published by Hitoshi Goi.


Agricultural and biological chemistry | 1964

Fungal Proteolytic Enzymes: Part I. Isolation of two Kinds of Acid-proteases Excreted by Aspergillus niger var. macrosporus

Yoshihisa Koaze; Hitoshi Goi; Kazumi Ezawa; Yujiro Yamada; Takeshi Hara

Two kinds of proteolytic enzyme, tentatively named acid protease A and B which showed a single peak on electrophoresis individually, were isolated from the crude enzyme powder obtained from the broth filtrate cultured with Asper gillus niger var. macrosporus. Acid protease B is similar too the fungal acid protease previously reported, bccause the enzyme exhibits optimum activity on milk casein at about pH 2.6 and 55°C when the incubation was done at pH 2.6. Acid protease A is a new proteolytic enzyme, because the enzyme exhibits optimum activity on milk casein at about 2.0 and 70°C or 60°C when the incubation was done at pH 2.6 or 1.5 respectively.


The Journal of Antibiotics | 1984

Novel glycosidase inhibitors, nojirimycin B and D-mannonic-.DELTA.-lactam. Isolation, structure determination and biological property.

Tomizo Niwa; Takashi Tsuruoka; Hitoshi Goi; Yoshio Kodama; Jiro Itoh; Shigeharu Inouye; Yujiro Yamada; Taro Niida; Misao Nobe; Yasuaki Ogawa


Agricultural and biological chemistry | 1964

Fungal Proteolytic Enzymes

Yoshihisa Koaze; Hitoshi Goi; Kazumi Ezawa; Yujiro Yamada; Takeshi Hara


Archive | 1979

Process for the optical resolution of d,l-2-amino-4-methylphosphinobutyric acid

Hitoshi Goi; Shinji Miyado; Takashi Shomura; Akira Suzuki; Tomizo Niwa; Yujiro Yamada


Archive | 1973

Bacillopeptidase C, a new alkaline protease and its production by cultivating bacillus bacteria

Hidemasa Hidaka; Kenji Yoshida; Uichi Shibata; Yasukatsu Yuda; Tomizo Niwa; Hitoshi Goi; Shinji Miyado; Yujiro Yamada; Takemi Koeda; Kazuo Saito


Archive | 1966

PROCESS FOR THE PRODUCTION OF ACID PROTEASE BY CULTIVATION OF MICROORGANISMS

Yoshihisa Koaze; Hitoshi Goi; Takeshi Hara


Archive | 1977

Process for the preparation of 7-amino-cephem compounds using mold fungi

Tomizo Niwa; Chuhei Nojiri; Hitoshi Goi; Shinji Miyado; Fumio Kai; Shigeo Seki; Yujiro Yamada; Taro Niida


Journal of Antimicrobial Chemotherapy | 1985

The bacteriolytic action of MT-141, a new cephamycin antibiotic, on Gram-negative bacteria

Tsutomu Tsuruoka; Ynjiro Yamada; Hitoshi Goi; Keinosuke Miyauchi; Aiko Miyata; Shigeharu Inouye; Fumitoshi Ishino; Aiko Hirata; Michio Matsuhashi


The Journal of Antibiotics | 1984

STRUCTURE-ACTIVITY RELATIONSHIPS ON THE TERMINAL D-AMINO ACID MOIETY OF A NOVEL CEPHAMYCIN MT-141

Shigeharu Inouye; Tsutomu Tsuruoka; Hitoshi Goi; Katsuyoshi Iwamatsu; Keinosuke Miyauchi; Takahiro Ishii; Atsushi Tamura; Yuzo Kazuno; Michio Matsuhashi


The Journal of Antibiotics | 1988

Antibacterial activity of cefminox in human urine

Hitoshi Goi; Tetsuro Watanabe; Hara T; Takahiro Ishii; Yuzo Kazuno; Shigeharu Inouye

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Kazuo Saito

Industrial Research Institute

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Yasuaki Ogawa

Takeda Pharmaceutical Company

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