Institut für Botanik und Mikrobiologie, Technische Universität, Arcisstraße 21, D-8000, München 2.
Planta. 1979 Jan;146(2):193-7. doi: 10.1007/BF00388231.
Hypocotyl segments of Phaseolus vulgaris produce ethylene at pH 8.0 and ethane at pH 5.4. Ethylene formation, but not ethane formation, was stimulated by methionine, while α-linolenic acid stimulated both ethylene and ethane formation. Detached primary leaves of var. "Favorit" (susceptible to Uromyces phaseoli) show no enhanced ethylene formation, whereas primary leaves from var. 017 (hypersensitive) exhibit two distinct ethylene peaks ca. 10 h and 50 h after inoculation with U. phaseoli.Cell wall preparations from uredospore germ tubes of U. phaseoli strongly stimulate ethylene formation in hypocotyl segments of the hypersensitive var. 017 but to a much lesser extent in the susceptible var. Favorit.
菜豆下胚轴在 pH8.0 时产生乙烯,在 pH5.4 时产生乙烷。甲硫氨酸刺激乙烯生成,但不刺激乙烷生成,而α-亚麻酸刺激乙烯和乙烷的生成。分离的 var."Favorit"(易感菜豆锈菌)初生叶没有增强的乙烯生成,而 var.017(过敏)初生叶在接种菜豆锈菌后约 10 h 和 50 h 时表现出两个明显的乙烯峰。菜豆锈菌的夏孢子萌发管的细胞壁制剂强烈刺激过敏型 var.017 的下胚轴段产生乙烯,但对易感型 var.Favorit 的刺激程度要小得多。