抗氰呼吸作为植物线粒体的两条主要呼吸电子传递途径之一，已证明在植物界普遍存在，与植物的许多生理过程和功能密切相关；它的发生或运行程度除与植物自身发育和内在生理状态有关外，还受许多外界条件（逆境因子）的影响［１～３］。有证据表明，机械损伤［４］、高温［... As one of the two major respiratory electron transport pathways of plant mitochondria, cyanide-resistant respiration has been shown to be ubiquitous in the plant kingdom and closely related to many physiological processes and functions of plants. Its occurrence or degree of operation, apart from its own development and intrinsic physiology State, but also by many external conditions (adverse factors) [1 ~ 3]. There is evidence that mechanical damage [4], high temperature [...]