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Dive into the research topics where Morizo Ishidate is active.

Publication


Featured researches published by Morizo Ishidate.


Archive | 1935

Process for the manufacture of paradiketocamphan carboxylic acid and hydroxy-oxo-camphan carboxylic acid

Gyokujo Kihara; Kenzo Tamura; Morizo Ishidate; Yasuhiko Asahina


Archive | 1933

Method of manufacturing para-oxocamphor

Kenzo Tamura; Gyokujo Kihara; Yasuhiko Asahina; Morizo Ishidate


Proceedings of the Imperial Academy | 1944

124. Studien über den eigentlichen Träger der spezifischen Herzwirkung der Digitalis purpurea:1. Mitteilung. Beziehung zwisehen der Wirksamkeit und der Giftigkeit der Digitalisblätter

Kenzo Tamura; Morizo Ishidate; Yoshito Kobayashi; Kikuji Tokita


Proceedings of the Imperial Academy | 1944

138. Studien über den eigentlichen Träger der spezifischen Herzwirkung der Digitalis purpurea:II. Mitteilung: Eine neu entdeckte spezifisch wirksame Substanz (Digicorin)

Kenzo Tamura; Yoshito Kobayashi; Kikuji Tokita; Morizo Ishidate


Proceedings of the Imperial Academy | 1944

139. Studien über den eigentlichen Träger der spezifischen Herzwirkung der Digitalis purpurea:III. Mitteilung1): Die Konstitution des Digicorins

Kenzo Tamura; Yoshito Kobayashi; Kikuji Tokita; Morizo Ishidate


Proceedings of the Imperial Academy | 1944

124. Studien über den eigentlichen Träger der spezifischen Herzwirkung der Digitalis purpurea

Kenzo Tamura; Yoshito Kobayashi; Kikuji Tokita; Morizo Ishidate


Archive | 1936

Process for preparing d-trans-ii-oxo-camphor from iso-ketopinic acid

Yasuhiko Asahina; Morizo Ishidate


Archive | 1936

Procédé de préparation du d-trans-pi-oxocamphre à partir de l'acide iso-cetopinique

Yasuhiko Asahina; Morizo Ishidate


Archive | 1936

Process for preparing optically active trans-pi-hydroxycamphor from optically activealpha-pi-(trans)-dihalogen-camphor

Yasuhiko Asahina; Morizo Ishidate


Proceedings of the Imperial Academy | 1935

Studies on the Cardiostimulant Effect of Japan Camphor:A Transformation Product in the Body, d-trans-7-aldehyde-π-apocamphor, as the True Active Substance

Kenzo Tamura; Gyokujo Kihara; Morizo Ishidate

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Kenzo Tamura

Imperial College London

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Kenzo Tamura

Imperial College London

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