Nanoparticles have drawn intense interest as delivery agents for diagnosing and treating
various cancers. Much of the early success was driven by passive targeting mechanisms …

Highlights•Computational methods for modeling hydrodynamic factors in nanoparticle
membrane interactions in targeted drug delivery.•Computational frameworks for predicting …

Cell membrane-coated nanoparticles (CNPs) have emerged as an attractive nanomedical
tool. The basic premise is that the surface properties of natural cells can be integrated with …

Achieving high target cell avidity in combination with cell selectivity are fundamental, but
largely unachieved goals in the development of biomedical nanoparticle systems, which are …

Targeted drug delivery to endothelial cells utilizing functionalized nanocarriers (NCs) is an
essential procedure in therapeutic and diagnosis therapies. Using dissipative particle …

Nanoparticles (NPs) interact within organisms via various biochemical interactions which
can bring benefits to society. Classically, fate/distribution of substances is assessed via …

Transporter ASCT2, which predominantly imports glutamine (Gln), is overexpressed in a
variety of cancer cells, and targeting ASCT2 is expected to be a promising approach for …

How nanoparticle (NP) mechanical properties impact multivalent ligand–receptor‐mediated
binding to cell surfaces, the avidity, propensity for internalization, and effects due to …

This dissertation delves into a comprehensive computational investigation of the intricate
behavior of macromolecules at both the liquid/liquid and solid/liquid interfaces. By …

Entropic forces play a critical role in the dynamics and stability of soft matter systems, par-
ticularly in biological membranes and vesicles. The origin of these forces lies in the …