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Original Article

In vivo brain microdialysis to evaluate FITC-dextran encapsulated immunopegylated nanoparticles

, &
Pages 298-306 | Received 26 Apr 2012, Accepted 19 Jul 2012, Published online: 28 Aug 2012

Figures & data

Figure 1.  Structure of fluorescein isothiocyanate dextran 4000.

Figure 1.  Structure of fluorescein isothiocyanate dextran 4000.

Figure 2.  Microdialysis experimental design.

Figure 2.  Microdialysis experimental design.

Figure 3.  Transmission electron microscopic pictures of pegylated nanoparticles.

Figure 3.  Transmission electron microscopic pictures of pegylated nanoparticles.

Figure 4.  Distribution of FD4 in various organs after exposure to (A) FD4 saline solution, (B) Peglyated nanoparticles containing FD4, (C) Antibody-coated pegylated nanoparticles containing FD4.

Figure 4.  Distribution of FD4 in various organs after exposure to (A) FD4 saline solution, (B) Peglyated nanoparticles containing FD4, (C) Antibody-coated pegylated nanoparticles containing FD4.

Figure 5.  Three-day in vivo brain microdialysis results: concentration of FD4 (corrected for probe recovery) in VHIP of animals receiving antibody-coated pegylated nanoparticles containing FD4. VHIP, ventral hippocampus.

Figure 5.  Three-day in vivo brain microdialysis results: concentration of FD4 (corrected for probe recovery) in VHIP of animals receiving antibody-coated pegylated nanoparticles containing FD4. VHIP, ventral hippocampus.

Figure 6.  Immunofluorescence confocal imaging of animal tissue after exposure to (A) FD4 saline solution, (B) Peglyated nanoparticles containing FD4, (C) Antibody-coated pegylated nanoparticles containing FD4. Green: FD4, Red: Secondary antibody associated with TRITC.

Figure 6.  Immunofluorescence confocal imaging of animal tissue after exposure to (A) FD4 saline solution, (B) Peglyated nanoparticles containing FD4, (C) Antibody-coated pegylated nanoparticles containing FD4. Green: FD4, Red: Secondary antibody associated with TRITC.

Figure 7.  Fluorescence microscopic picture of animal tissue after exposure to (A) FD4 saline solution, (B) Peglyated nanoparticles containing FD4, (C) Antibody-coated pegylated nanoparticles containing FD4.

Figure 7.  Fluorescence microscopic picture of animal tissue after exposure to (A) FD4 saline solution, (B) Peglyated nanoparticles containing FD4, (C) Antibody-coated pegylated nanoparticles containing FD4.

Figure 8.  Possible mechanisms to explain targeting efficacy of antibody-coated pegylated nanoparticles.

Figure 8.  Possible mechanisms to explain targeting efficacy of antibody-coated pegylated nanoparticles.

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