Photosynthetic Characteristics of Rice Leaves Grown under Red Light with or without Supplemental Blue Light
Ryo Matsuda, Keiko OHASHI-KANEKO, Kazuhiro Fujiwara, Eiji Gotō, Kenji KURATA
Abstract
Ryo Matsuda, Keiko OHASHI-KANEKO, Kazuhiro Fujiwara, Eiji Gotō, Kenji KURATA
Abstract
In rice plants grown under red light supplemented with blue light (red/blue-light PPFD ratio was 4/1), photosynthetic rates per unit leaf area measured under white light at 1,600 and 250 micromol m-2) s-1 were higher than those in the plants grown under red light alone. The higher photosynthetic rates were associated with higher total N content of leaves, which was accompanied by larger amounts of key components of photosynthesis-limiting processes, including Rubisco, Cyt f, Chl and LHCII. These results suggested that the increase in total N content of leaves induced by supplemental blue light enhanced both light-saturated and light-limited photosynthesis.
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In rice plants grown under red light supplemented with blue light (red/blue-light PPFD ratio was 4/1), photosynthetic rates per unit leaf area measured under white light at 1,600 and 250 micromol m-2) s-1 were higher than those in the plants grown under red light alone. The higher photosynthetic rates were associated with higher total N content of leaves, which was accompanied by larger amounts of key components of photosynthesis-limiting processes, including Rubisco, Cyt f, Chl and LHCII. These results suggested that the increase in total N content of leaves induced by supplemental blue light enhanced both light-saturated and light-limited photosynthesis.
Key concepts: Photosynthesis, Blue light, RuBisCO, Botany, Limiting, Red light, Chemistry, White light