Figures & data
Table 1 The Top 15 High-Degree Compounds for RZP in the Treatment of OP
Figure 2 The regulatory network of EZP in the treatment of OP. This network contained 72 compounds, 220 targets, 20 significant KEGG pathways and 2 Chinese herbal medicine.
![Figure 2 The regulatory network of EZP in the treatment of OP. This network contained 72 compounds, 220 targets, 20 significant KEGG pathways and 2 Chinese herbal medicine.](/cms/asset/732acd19-07d3-4341-92ba-c9ca5663fc00/dddt_a_12183996_f0002_c.jpg)
Table 2 Protective Effects of QU Against Dex-Induced Inhibition of Skull Mineralization and Osteoblast Differentiation in AB Strain and Tg(sp7: egfp) Larval Zebrafish, Respectively (n ≥9)
Figure 5 QU counteracts Dex-induced decrease of skull mineralization in AB strain larval zebrafish. Dorsal view of skull stained by alizarin red in AB strain larval zebrafish at 9 dpf exposed to Dex (10μM) in the presence or absence of QU for 6 d.
![Figure 5 QU counteracts Dex-induced decrease of skull mineralization in AB strain larval zebrafish. Dorsal view of skull stained by alizarin red in AB strain larval zebrafish at 9 dpf exposed to Dex (10μM) in the presence or absence of QU for 6 d.](/cms/asset/43f961cb-6e92-4984-b470-cd5767128f67/dddt_a_12183996_f0005_c.jpg)
Figure 6 QU attenuated Dex-induced inhibition of skull osteoblasts differentiation in tg(sp7: egfp) larval zebrafish. Green fluorescence images of skull dorsal aspect using LSCM in tg(sp7: egfp) larval zebrafish at 9 dpf exposure to Dex (10μM) in the presence or absence of QU for 6 d.
![Figure 6 QU attenuated Dex-induced inhibition of skull osteoblasts differentiation in tg(sp7: egfp) larval zebrafish. Green fluorescence images of skull dorsal aspect using LSCM in tg(sp7: egfp) larval zebrafish at 9 dpf exposure to Dex (10μM) in the presence or absence of QU for 6 d.](/cms/asset/2d281503-06b5-4355-b6c8-e617581f1d15/dddt_a_12183996_f0006_c.jpg)