Figures & data
Table 1. Composition of the prepared plain and drug-loaded Alb MS.
Figure 1. Effect of (a) span 80 concentration (% w/v), (b) EL concentration (% w/v), (c) theoretical loading (% w/w) and (d) glutaraldehyde concentration (% w/v) on the particle size and entrapment efficiency % w/w of Enox-Alb MS. D90 is the diameter where 90% of the population lies below this value.
![Figure 1. Effect of (a) span 80 concentration (% w/v), (b) EL concentration (% w/v), (c) theoretical loading (% w/w) and (d) glutaraldehyde concentration (% w/v) on the particle size and entrapment efficiency % w/w of Enox-Alb MS. D90 is the diameter where 90% of the population lies below this value.](/cms/asset/fab0e790-b3f0-4d0d-9fbd-c994de5190ad/idrd_a_1245368_f0001_c.jpg)
Figure 3. SEM micrographs of freeze dried (a) plain and (b) Enox-Alb MS of formula F8. Magnification ×2700.
![Figure 3. SEM micrographs of freeze dried (a) plain and (b) Enox-Alb MS of formula F8. Magnification ×2700.](/cms/asset/f2bb158e-2434-44ad-ade4-c14950d8788d/idrd_a_1245368_f0003_b.jpg)
Figure 5. Fluorescent microscopic images of microtome sections of rat lung (a) 10 min, (b) 6 h, (c) 24 h, (d) 48 h post-IV administration of FITC-dextran loaded Alb MS and (e) confocal microscopic images of rat lung at various depths, 30 min post-IV administration of FITC-dextran loaded Alb MS. Magnification ×200.
![Figure 5. Fluorescent microscopic images of microtome sections of rat lung (a) 10 min, (b) 6 h, (c) 24 h, (d) 48 h post-IV administration of FITC-dextran loaded Alb MS and (e) confocal microscopic images of rat lung at various depths, 30 min post-IV administration of FITC-dextran loaded Alb MS. Magnification ×200.](/cms/asset/99590bae-a046-41a0-ad32-567bc50fa8f3/idrd_a_1245368_f0005_c.jpg)