Colomas J, Bulard C
Laboratoire de Physiologie végétale, U.E.R.S.P.C.N.I., Pare Valrose, F-06034, Nice Cedex, France.
Planta. 1975 Jan;124(3):245-54. doi: 10.1007/BF00388686.
A grating monochromator has been used to study the effect of narrow wave-bands (5 nm) at a low energy level between 420 and 800 nm on the biosynthesis of amaranthin in Amarantus tricolor L. var. bicolor ruber Hort. seedlings. Besides a sharp peak in the red with a maximum at 660 nm, a narrow zone of activity in the blue has been detected (max. 440 nm).When seedlings cultivated on different substrates were sequentially exposed either to red (660 nm) and far red or to blue (440 nm) and far red, the second treatment, i.e. far red (730 or 735 nm), annihilated the effect of the first one, without having any influence on the chemical inductive treatments (kinetin or dihydroxy-3,4-phenylalanine).
使用光栅单色仪研究了420至800纳米低能量水平下窄波段(5纳米)对双色苋(Amarantus tricolor L. var. bicolor ruber Hort.)幼苗中苋红素生物合成的影响。除了在660纳米处有一个红色的尖峰外,还检测到蓝色区域有一个窄的活性带(最大440纳米)。当在不同基质上培养的幼苗依次暴露于红色(660纳米)和远红色或蓝色(440纳米)和远红色时,第二次处理,即远红色(730或735纳米)消除了第一次处理的效果,而对化学诱导处理(激动素或二羟基-3,4-苯丙氨酸)没有任何影响。