拟南芥AtFTCD-L参与根系响应土壤紧实度的机制

刘雨函, 曹启江, 张诗晗, 李益慧, 王菁, 谭晓萌, 刘筱儒, 王显玲

Mechanism by which AtFTCD-L is Involved in the Root Response to Soil Compaction

Yuhan Liu, Qijiang Cao, Shihan Zhang, Yihui Li, Jing Wang, Xiaomeng Tan, Xiaoru Liu, Xianling Wang

图3 拟南芥野生型(WT)、突变体、过表达(OE)及回复(Comp)植株根尖在琼脂梯度培养基中的生长表型与统计分析 (A) 野生型、突变体与回复突变体植株的根生长情况; (B) 图(A)中7天根长的统计结果; (C) 野生型与过表达植株的根生长情况; (D) 图(C)中7天根长的统计结果。* P<0.05; ** P<0.01。Bars=5 mm

Figure 3 Root growth phenotypes and statistical analysis of the wild type (WT), mutant, overexpression (OE) and complementary (Comp) lines of Arabidopsis thaliana in gradient agar media (A) Root growth of the WT, mutant and complementary lines; (B) Statistical results of 7-day root length for figure (A); (C) Root growth of the WT and OE lines; (D) Statistical result of 7-day root length for figure (C). * P<0.05; ** P<0.01. Bars=5 mm