1969Plant and Cell PhysiologyRequires access

Effect of agmatine on putrescine formation in tobacco plants

Daisuke Yoshida

Open publisher page 40 citations

Abstract

Incorporation of L-arginine-U-14C, fed to leaf disks of tobacco plants, into putrescine decreased about 70% in the presence of agmatine, but that of L-ornithine-U-14C decreased only slightly. These results indicate that putrescine is synthesized from arginine via agmatine, but is also synthesized from ornithine without passing through arginine and agmatine.

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What this paper is about

Incorporation of L-arginine-U-14C, fed to leaf disks of tobacco plants, into putrescine decreased about 70% in the presence of agmatine, but that of L-ornithine-U-14C decreased only slightly. These results indicate that putrescine is synthesized from arginine via agmatine, but is also synthesized from ornithine without passing through arginine and agmatine.

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Available abstract

Incorporation of L-arginine-U-14C, fed to leaf disks of tobacco plants, into putrescine decreased about 70% in the presence of agmatine, but that of L-ornithine-U-14C decreased only slightly. These results indicate that putrescine is synthesized from arginine via agmatine, but is also synthesized from ornithine without passing through arginine and agmatine.

Key concepts: Agmatine, Putrescine, Arginine, Ornithine, Arginine decarboxylase, Chemistry, Biochemistry, Enzyme

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Effect of agmatine on putrescine formation in tobacco plants — Research Paper | ScholarLens