三种藓类植物固碳耗水节律调节作用
蒋海港1, 曾云鸿1, 唐华欣1, 刘伟1, 李杰林1, 何国华1, 秦海燕1, 王丽超1, 姚银安1,*(
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Rhythmic regulation of carbon fixation and water dissipation in three mosses
JIANG Hai-Gang1, ZENG Yun-Hong1, TANG Hua-Xin1, LIU Wei1, LI Jie-Lin1, HE Guo-Hua1, QIN Hai-Yan1, WANG Li-Chao1, Victor RESCO de DIOS1,2,*(), YAO Yin-An1,*()
), YAO Yin-An1,*()
图2. 在恒定光照下脆枝青藓相关基因的表达。A, 15个显著的气孔相关节律性基因热图。B, 25个显著的光合相关节律性基因热图。C, 20个显著的非结构性碳水化合物相关节律性基因热图。热图采用了归一化表达量, 范围为-1.5到1.5。
Fig. 2. Expression of significant rhythmic genes related to stomata (A), photosynthesis(B) and non-structural carbohydrates (C) for Brachythecium thraustum under continuous illumination and constant environmental conditions. The heatmap used normalized expression levels, ranging from -1.5 to 1.5.
