… suspension, where solid drug particles are dispersed within a … drug particles in the nasal
cavity. This 3D MCC model was employed to analyze the fate of these undissolved particles …

… of the molecules or particles. Also, the model includes motion of particles within fluid which
is … For simplicity, we neglect drug vector (particle) degradation and consider that drug vector …

… as new targeted drug–aerosol delivery for various lung and other diseases make detailed
… analyses imperative. For the first time, experimentally validated computational fluid-particle …

… This article discusses a few computational tools to model the nanoparticle delivery process
… drug particles and receptors, expressed at the disease cell membrane, drug loaded particles …

… drug delivery, how effective are they in delivering drugs to the stenotic region of the patients
with LTS? In a prior work by our group involving computational … pattern of particle deposition …

… Using magnetic drug particles under the influence of an external magnetic field, the drug
particles are navigated toward the target region. Herein, computational fluid dynamics was …

… analyze complex systems. Thus, a data-intensive research pattern, which applies computational
analysis … For drug particles in special shapes like spheres, thin-film, and cylinders, there …

… Computational Fluid-Particle Dynamics (CF-PD), a modeling approach in which the
laminar/turbulent airflow and particle … of the size-range of pulmonary drugs or air-pollutants. The …

… drug particles via the shear forces generated by the inhaled airflow [8], [12]. Hence, the amount
of drug … vivo measurement methods, computational analysis has significant advantages …

… respiratory tract (HRT) for different drug particle sizes is computed using the discrete … analysis
is carried out in a human respiratory system up to the sixth-generation bronchi. The particle …