Kang B G, Yocum C S, Burg S P, Ray P M
Science. 1967 May 19;156(3777):958-9. doi: 10.1126/science.156.3777.958.
Ethylene at low concentrations inhibits the light-induced opening of the bean hypocotyl hook; auxin inhibits the opening by inducing production of ethylene. Light causes a decrease in ethylene production and an increase in the production of carbon dioxide. Hook opening appears to be a response in which ethylene serves as a natural growth regulator and in which carbon dioxide may be involved also as a growth regulator through its antagonism of the action of ethylene.
低浓度的乙烯会抑制菜豆下胚轴弯钩的光诱导开放;生长素通过诱导乙烯的产生来抑制弯钩开放。光照会导致乙烯产量下降,二氧化碳产量增加。弯钩开放似乎是一种反应,其中乙烯作为一种天然生长调节剂起作用,而二氧化碳也可能作为一种生长调节剂通过其对乙烯作用的拮抗作用参与其中。