Figures & data
Figure 4. The Differential scanning calorimetry curves: BCA (A), F68 (B), lecithin (C), GMS (D), mannitol (E), physical mixture (F) and lyophilized BCA-NLC (G).
![Figure 4. The Differential scanning calorimetry curves: BCA (A), F68 (B), lecithin (C), GMS (D), mannitol (E), physical mixture (F) and lyophilized BCA-NLC (G).](/cms/asset/1a401399-a6d7-4db1-b71f-7cf7c66c21fa/idrd_a_838716_f0004_b.jpg)
Figure 5. The X-ray diffractions of BCA (A), GMS (B), F68 (C), physical mixture (D) and lyophilized BCA-NLC (E).
![Figure 5. The X-ray diffractions of BCA (A), GMS (B), F68 (C), physical mixture (D) and lyophilized BCA-NLC (E).](/cms/asset/6f3219e2-2c38-4c98-8b72-68288069aa9a/idrd_a_838716_f0005_b.jpg)
Table 1. The physical stability of BCA-NLC at 4 °C and 25 °C.
Figure 6. In vitro release profiles of BCA from different vehicles. (A) BCA suspension; (B) BCA-NLC.
![Figure 6. In vitro release profiles of BCA from different vehicles. (A) BCA suspension; (B) BCA-NLC.](/cms/asset/33cff2b5-ad29-496f-9fa4-5d6dea947e23/idrd_a_838716_f0006_b.jpg)
Table 2. The regression equation of BCA released from BCA suspension and BCA-NLC in vitro.
Figure 7. Plasma concentration-time profiles of BCA suspension and BCA-NLC after oral administration in rats. Results are expressed as the mean ± SD of six rats.
![Figure 7. Plasma concentration-time profiles of BCA suspension and BCA-NLC after oral administration in rats. Results are expressed as the mean ± SD of six rats.](/cms/asset/f2652900-fec3-4dfe-a270-83436542ba8e/idrd_a_838716_f0007_b.jpg)
Table 3. The pharmacokinetics parameters of the BCA suspension and BCA-NLC upon oral administration at a dose of 10 mg/kg (n = 6), (mean ± S.D.).