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Laboratory Of Biochemistry And Institute For Biochemical Regulation Faculty Of Agriculture Nagoya Un | 論文
- Participation of farnesol in the biosynthesis of ipomeamarone
- The mechanism supplying acetyl-CoA for terpene biosynthesis in sweet potato with black rot: Incorporation of acetate-2-^C, pyruvate-3-^C and citrate-2,4-^C into ipomeamarone
- Heterogeneity of mitochondrial particles in fresh and wounded tissues of sweet potato roots
- Induction Mechanism of 3-Hydroxy-3-methylglutaryl-CoA Reductase in Potato Tuber and Sweet Potato Root Tissues(Biochemistry & Molecular Biology)
- Induction of 3-Hydroxy-3-methylglutaryl CoA Reductase in Potato Tubers after Slicing, Fungal Infection or Chemical Treatment, and Some Properties of the Enzyme
- Incorporation of some possible radioactive intermediates into chlorogenic acid in sliced sweet potato tissue
- Some properties of shikimate : NADP oxidoreductase produced in sweet potato root tissue after slicing
- CHANGES IN ACTIVITIES OF 5-DEHYDROQUINATE HYDRO-LYASE AND SHIKIMATE-NADP OXIDOREDUCTASE IN SLICED SWEET POTATO ROOTS
- Modification of OGUR-ROSEN method for estimation of RNA in fresh and wounded sweet potato root tissues and change in RNA contents after the cutting
- A STUDY ON INCREASE IN O-DIPHENOL OXIDASE ACTIVITY DURING INCUBATION OF SLICED SWEET POTATO TISSUE
- The mechanism of chilling injury in sweet potato VI. Changes of lipid components in the mitochondrial membrane during chilling storage
- Mechanism of chilling injury in sweet potato VII. Changes in mitochondrial structure during chilling storage
- Mechanism of chilling injury in sweet potato XI. Irreversibility of physiological deterioration
- Mechanism of chilling injury in sweet potato Part XII. Temperature dependency of succinoxidase activity and lipid-protein interaction in mitochondria from healthy or chilling-stored tissue
- Differential agglutination of various strains of Ceratocystis fimbriata, black rot fungus, by concanavalin A
- Enzymatic synthesis of isopentenyl pyrophosphate in sweet potato root tissue in response to infection by black rot fungus
- Possible role of the cytosol pathway of acetyl-CoA supply in terpene biosynthesis in sweet potato infected with Ceratocystis fimbriata
- SOME PROPERTIES OF PEROXIDASE PRODUCED IN SWEET POTATO INFECTED BY THE BLACK ROT FUNGUS
- Biosynthesis of furano-terpenes by sweet potato cell culture
- Studies on factors in sweet potato root which induce spore germination of Ceratocystis fimbriata