通过上述分析方法研究了不同光受体突变对木质素生物合成的影响。
We investigated the effects on lignin biosynthesis in different light receptor mutants through above methods.
我们的结果表明GH2 是一个主要的多功能CAD，在水稻木质素生物合成中参与合成松柏醇和芥子醇的前体。
Our results suggest GH2 acts as a primarily multifunctional CAD to synthesize coniferyl and sinapyl alcohol precursors in rice lignin biosynthesis.
此外，该木质素合成相关蛋白基因在揭示植物木质素生物合成机理方面也具有重要的理论价值。
In addition, the lignin-related protein gene also has important theoretical value in revealing the mechanism of plant lignin biosynthesis.
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