… the NPs size distribution to further verify the numerical results. Finally, we use a model
hydrophobic drug curcumin to explore drug encapsulation at different initial drug concentrations. …

… For nanoparticles especially in drug delivery in the respiratory airway, the drug solution may
be aqueous and upon particle contact may be immediately absorbed by the respiratory walls…

… different drug delivery systems. … , nanotechnology research and applications, especially in
cancer treatment, have seen unprecedented growth [1]. Targeted cancer drugs are drugs that …

… in developing new nanoparticles and surface bonding … drug-carrying nanoparticles from
the injection point directly to the tumor site. The present study seeks to employ a direct nanodrug …

… nanoparticles to reach the brain remains unclear, there is increasing evidence that metal
nanoparticles … for varying periods to toxic chemicals, drugs, or complex mixtures. More …

… and transferring a suitable dose of drug-carrier nanoparticles to one of the branches of a
Y-… The current numerical analysis provides a better understanding of targeted magnetic drug …

… Nanoparticle drug delivery better targets neoplastic lesions than free drugs and thus has
emerged as a safer form of cancer therapy. Nanoparticle design variables are important …

… Evaluation of drug release from nanoparticles was previously performed [Citation38]. In
summary, drug-loaded nanoparticles were placed into dialysis tubes and submerged into …

… In the present paper, the magnetic drug targeting using drug coated Fe 3 O 4 nanoparticles
to the stenosis region of the vessel was investigated. The problem was solved for various …

… force acting on the nanoparticles. This term is very … nanoparticles and the fluid and the
volume of nanoparticles. It is assumed that volume does not change much when the nanoparticles …