LTA of inbred mice, panel A from Systemic analyses show that the biosynthesis and spatial distribution of fatty acids, triglycerides and lipids differed in male and female mammals

Fig. S1. Traffic Analyses of two lipid classes in inbred Mus musculus. Panel A, Triglycerides; B, Phosphatidylcholines. Larger pie charts (on arrows) represent variables found in the pairs of adjacent compartments (B-type variables). Smaller pie charts represent isolated variables (U-type). The table (inset) shows the total number of lipid variables of each type for the network. J represents the Jaccard-Tanimoto coefficient for the comparison, with accompanying p value, as a non-parametric measure of the similarity between the variables identified in the two phenotypes for each comparison. The p value shown represents the probability that the difference between the lists of variables for the two phenotypes occurred by random chance. TGs include all adducts of whole TGs and the DGs arising from in-source fragmentation of TGs during data collection.

图S1 近交系小家鼠（Mus musculus）中两类脂质的变量流量分析。图注A对应甘油三酯（Triglycerides, TGs），图注B对应磷脂酰胆碱（Phosphatidylcholines）。箭头处的大尺寸饼图代表存在于相邻隔室配对中的变量（B型变量）；小尺寸饼图则代表孤立变量（U型变量）。内嵌表格展示了该网络中各类型脂质变量的总数量。图中J代表本次比较的雅卡尔-坦尼莫特系数（Jaccard-Tanimoto coefficient），附带对应p值，作为非参数度量指标，用以衡量两次比较中两种表型所鉴定出的变量之间的相似性。此处给出的p值代表两种表型的变量列表间差异由随机偶然事件导致的概率。甘油三酯（TGs）涵盖完整甘油三酯的所有加合物，以及数据采集过程中甘油三酯经源内碎裂产生的甘油二酯（Diacylglycerols, DGs）。