Institut für Biologie II, Universität Freiburg, Schänzlestr.1, D-7800, Freiburg/Br., Federal Republic of Germany.
Planta. 1981 Nov;153(3):258-61. doi: 10.1007/BF00383896.
Anthocyanin formation in 36h dark grown Sinapis alba L. seedlings and inhibition of hypocotyl elongation in 36h and 54h dark grown and 54h and 7 day light grown seedlings in response to continuous red light could be substituted for by hourly 5 min light pulses where the total fluence over the irradiation period is the same. These pulses are partially (36h) or almost totally (54h and 7 day) reversible by subsequent far-red (RG 9) light pulses. In contrast to 654 nm light, hourly light pulses with 552 nm, 449 nm and 715 nm can at best only partially substitute for continuous irradiation. These data are discussed with respect to the commonly used models for the phytochrome high irradiance response.
36 小时黑暗培养的白芥幼苗中的花色素苷形成和对连续红光的反应,以及 36 小时和 54 小时黑暗培养和 54 小时和 7 天光照培养的下胚轴伸长的抑制,可以被每小时 5 分钟的光脉冲替代,其中在照射期间的总通量是相同的。这些光脉冲可以被随后的远红光(RG 9)光脉冲部分(36 小时)或几乎完全(54 小时和 7 天)逆转。与 654nm 光相比,每小时用 552nm、449nm 和 715nm 的光脉冲只能部分替代连续照射。这些数据是根据普遍使用的光敏色素高光响应模型进行讨论的。