… the lower respiratory tract, where nanoparticles, used for drug targeting, are aerosolized, …
, while a Lagrangian approach is used for the nanoparticles. A rectangular coil is the source of …

… of drugs to a specific brain location for any treatment to be effective. A noninvasive approach
is direct nanodrug delivery via the nasal route. The main pathway for these drugs into the …

… On the other hand, over the past few decades, drug delivery via pharmaceutical aerosols …
However, it is sometimes required to have drug delivery in lungs, so using sub micrometer …

… The numerical analysis result is obtained by some iterative … nanoparticle drug delivery
system. Convergence and accuracy is the aspect of the performances analysis of numerical …

… The present work investigates via CFD the dynamics of nanoparticles in blood flow during
magnetic drug delivery. This technique is emerging as a valid alternative to chemotherapy …

… transport to investigate the drug transportation in a … nanodrug carrier and the traditional
chemotherapeutic agent for comparison. The results showed that: 1) the largest nanoparticle drug …

… Nanoparticle-based drug treatment is superior to free-drug usage in many ways including
cellular uptake, toxicity reduction, efficiency and safety improvement, cancer cell recognition …

… Background and objective: Nanoparticle-mediated targeted drug delivery is a promising
option for treatment of atherosclerosis. However, the drug targeting may be affected by multiple …

… drug delivery systems is studied analytically and numerically. … fourth-order Runge–Kutta
numerical method (NUM) are used … to study temperature, velocity, nanoparticle fraction field and …

… nanotechnology promises to solve many common limitations in medicine. Drug release using
nanoparticles … for laboratory studies of drug transfer using two-dimensional nanostructures. …