Meiji Seika Kaisha, Ltd.

Mitsubishi Kasei Corporation

Shinji Miyadoh

Masaji Sezaki

Yujiro Yamada

Norio Ezaki

Takashi Shomura

Yoshikazu Sato

Shuichi Gomi

Takashi Yaguchi

Tomizo Niwa

Noriko Takahashi

Haruyuki Ohkishi

Shoichi Amano

Takashi Mikawa

Mitsugu Itoh

Takashi Adachi

Masaru Shimura

Akira Shimizu

Toru Sasaki

Keiichi Ajito

Takafumi Ishii

Eiichi Akita

Hidemasa Hidaka

Yasuaki Ogawa

Michiaki Iwata

Osamu Hara

Takashi Hisamatsu

Jiro Itoh

Masayuki Takagi

Shigeharu Inoye

Tadaaki Okada

Naotoshi Akai

Takao Shimizu

Saeko Takahashi

Harumi Fukuyashu

Masashi Niida

Eriko Tanaka

Toshio Yasumura

Kei-ichi Imamura

A microorganism belonging to the genus Enterobacter and having a plant growth acceleratory activity, particularly Enterobacter cloacae, and a method for cultivating crops using the microorganism or polysaccharides produced therefrom are disclosed.

Enterobacter cloacae ferm BP1529 having plant growth acceleratory

A method of producing a 3-deacylated derivative of a 16-membered macrolide antibiotic using a microorganism belonging to the genus Phialophora or Preussia which comprises incubating said microorganism with a 16-membered macrolide antibiotic in a medium containing nutritional sources commonly used for incubating microorganisms, isolating a 3-deacylated derivative from the incubation medium, a microorganism to be used for the above method and a novel macrolide antibiotic.

Process for producing 3-deacylated derivative of 16-membered macrolide

This disclosure describes a novel antibiotic designated Vermisporin produced in a microbiological fermentation using, for example, a new strain of Ophiobolus Vermisporus L-8. This novel antibiotic is an active antibacterial, especially anti-anaerobic bacterial agent.

Strain Ophiobolus vermisporus FERM BP-1636

A novel substance having anthelmintic activity, the PF 1022 substance, which is produced by cultivating a fungal strain capable of producing the substance and recovering the substance from the culture.

PF 1022 substance, method of treating helminthic parasitic infection and

A novel compound having an intense insecticidal activity and a process for producing the same which comprises culturing a strain belonging to the genus Humicola and isolating the compound from the culture.

Compound having insecticidal activity and insecticide composition

Novel antibiotic vermisporin, process for the production thereof and

A novel antibiotic BN-235 substance and a process for making it are described, wherein the hydrochloride thereof has the following properties:

Novel antibiotic BN-235 substance, and process for the production thereof

A novel antibiotic designated BN-183B substance is disclosed which is produced by cultivating a strain of the genus Pseudomonas. The antibiotic has a strong action against Gram-positive and Gram-negative bacteria.

Novel antibiotic, BN-183B substance

A BN-213 substance-producing strain of the genus Pseudomonas is cultivated to produce BN-213 substance in a culture medium. The BN-213 substance is isolated from the culture medium and purified, and proved to be a novel antibiotic.

Novel antibiotic BN-213 substance and its production

An antibiotic BN-200 substance produced by cultivating a BN-200 substance strain of the genus Erwinia and a process for producing the BN-200 substance.

Antibiotic BN-200 substance and process for production thereof

Growing community of inventors

Kanagawa, Japan

Shinji Miyadoh