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The retarding effect of (2-chloroethyl)trimethylammonium chloride (CCC) on germination of kale seeds is reduced and overcome by either kinetin or gibberellic acid (GA). 2. Coumarin inhibition of germination is reduced by kinetin but not by GA. 3. Germination of seeds treated with coumarin in combination with CCC is blocked; both kinetin and GA reduce the synergistic, inhibitory effect of coumarin and CCC. It is suggested that coumarin and CCC block alternative metabolic pathways which lead to germination in kale seed; these pathways are directly controlled by kinetin.

（2-氯乙基）三甲基氯化铵（CCC）对甘蓝种子发芽的抑制作用可被激动素或赤霉素（GA）减弱和克服。
香豆素对发芽的抑制作用可被激动素减弱，但不能被 GA 减弱。
用香豆素与 CCC 联合处理的种子发芽被阻断；激动素和 GA 均降低香豆素和 CCC 的协同抑制作用。这表明香豆素和 CCC 阻断了导致甘蓝种子发芽的替代代谢途径；这些途径受激动素的直接控制。

The retarding effect of (2-chloroethyl)trimethylammonium chloride (CCC) on germination of kale seeds is reduced and overcome by either kinetin or gibberellic acid (GA). 2. Coumarin inhibition of germination is reduced by kinetin but not by GA. 3. Germination of seeds treated with coumarin in combination with CCC is blocked; both kinetin and GA reduce the synergistic, inhibitory effect of coumarin and CCC. It is suggested that coumarin and CCC block alternative metabolic pathways which lead to germination in kale seed; these pathways are directly controlled by kinetin.

（2-氯乙基）三甲基氯化铵（CCC）对甘蓝种子发芽的抑制作用可被激动素或赤霉素（GA）减弱和克服。
香豆素对发芽的抑制作用可被激动素减弱，但不能被 GA 减弱。
用香豆素与 CCC 联合处理的种子发芽被阻断；激动素和 GA 均降低香豆素和 CCC 的协同抑制作用。这表明香豆素和 CCC 阻断了导致甘蓝种子发芽的替代代谢途径；这些途径受激动素的直接控制。

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