Figures & data
Figure 2 Differential scanning calorimetry (DSC) of Blank NLCs (A), DXMA-NLCs (B), physical mixture of blank NLCs and DXMA (C), and DXMA (D).
![Figure 2 Differential scanning calorimetry (DSC) of Blank NLCs (A), DXMA-NLCs (B), physical mixture of blank NLCs and DXMA (C), and DXMA (D).](/cms/asset/27a0e235-0e5b-4f0d-8243-d0734ebda790/dijn_a_12184579_f0002_b.jpg)
Figure 3 The 31P NMR spectrums of DXMA, blank NLCs, DXMA-NLCs, and physical mixture of blank NLCs and DXMA.
![Figure 3 The 31P NMR spectrums of DXMA, blank NLCs, DXMA-NLCs, and physical mixture of blank NLCs and DXMA.](/cms/asset/058890b0-e659-481a-be66-a0d759abbf65/dijn_a_12184579_f0003_b.jpg)
Figure 4 DXMA concentrations in plasma and tissues at different time points after i.v. administration of DXMA-NLCs and DXMA-sol.
![Figure 4 DXMA concentrations in plasma and tissues at different time points after i.v. administration of DXMA-NLCs and DXMA-sol.](/cms/asset/c3eb17b6-d3f3-41a6-8f24-dbbebaa08818/dijn_a_12184579_f0004_b.jpg)
Table 1 Percentage of TAD of DXMA in plasma and tissues after iv administration of DXMA-NLCs (A) and DXMA-sol (B) in mice
Table 2 The pharmacokinetic parameters of DXMA-NLCs (A) and DXMA-sol (B) in tissues and plasma
Table 4 Serum values of AKP, AST, and ALT in CCl4 induced rats after administration of drugs
Table 3 Liver coefficient and hydroxyproline (Hyp) content of CCl4 induced rats after administration of drugs