… with nanoparticles for targeted drug delivery to the olfactory region. The olfactory deposition
… deposited in the olfactory region Number of particles injected into the nasal cavity (7) …

… microscopic findings of olfactory bulbs of control and nano groups. The aggregates of
electron-dense particles (red arrows) were identified in the olfactory bulb of nano group, which was …

… significantly in the olfactory epithelium and in the olfactory bulbs compared to phenylephrine
solutions. These increases in drug levels in the olfactory bulbs were associated with …

… olfactory neurones and sustentacular cells. Nanoparticles were not found in the olfactory bulbs
… The present study showed no transport of nanoparticles to the olfactory bulbs for any type …

… to reach the olfactory bulb. The two extracellular transport mediated routes could underlie
the rapid entrance of drug into the brain which can occur within minutes of intranasal drug …

… Cellular uptake of nanoparticles into olfactory cells A key goal for our studies was to
demonstrate uptake of MSNP into olfactory bulb neuronal cells. To assess this process fluorescent …

… drug can be diffused from lipid nanoparticles through diffusion and undergo further passage
through the olfactory bulb … via the olfactory pathway. The additional pathway is a neuronal …

… The olfactory cells, which are located between the supporting cells, start in the olfactory bulb
in the CNS and end at the olfactory epithelium. Therefore, when a drug formulation gets in …

… Some nanovehicles are able to deliver nanoparticles (… olfactory nerves, which begin at
the olfactory epithelia and end at the olfactory bulb, form the major direct pathway for NTB drug …

… For all parameters considered in this study, the olfactory bulb … In conclusion, the optimal
particle size ranges for olfactory drug … Furthermore, the quantity of drugs delivered to the olfactory …