uev-3 and dlk-1 mutations do not suppress IFT defects.

Average anterograde IFT velocities (in μm/s ± SD) of KAP-1::GFP, OSM-3::GFP, CHE-13::GFP and DAF-10::GFP in wild type and mutant backgrounds. Statistically significant differences (*** or ### p≤0.001; ** or ## p≤0.005; * or # p≤0.01) compared to IFT velocities in wild type animals are indicated with an *, compared to those in gpa-3QL(syIs25) animals are indicated with a #. Statistical analysis was performed using an ANOVA, followed by a Bonferroni post hoc test. N, number of IFT particles measured.uev-3 and dlk-1 mutations do not suppress IFT defects.野生型与突变体背景下，KAP-1::GFP、OSM-3::GFP、CHE-13::GFP及DAF-10::GFP的顺向纤毛内运输(anterograde intraflagellar transport, IFT)平均速率（单位：μm/s ± 标准差(Standard Deviation, SD)）。与野生型动物的IFT速率相比存在统计学显著性差异的结果以*标记，与gpa-3QL(syIs25)动物的IFT速率相比存在统计学显著性差异的结果以#标记；上述标记对应的显著性水平为：***或###对应p≤0.001，**或##对应p≤0.005，*或#对应p≤0.01。统计分析采用单因素方差分析(ANOVA)，随后进行邦费罗尼(Bonferroni)事后检验。N为所检测的IFT颗粒总数。uev-3及dlk-1突变无法抑制IFT相关缺陷。