The main focus of this review is recent advances in the preparation of bio-based
nanostructures. The structures especially prepared from natural resources have recently …

The hydrodynamic flow field generated by self-propelled active particles and swimming
microorganisms is strongly altered by the presence of nearby boundaries in a viscous flow …

Geometric confinements are frequently encountered in soft matter systems and in particular
significantly alter the dynamics of swimming microorganisms in viscous media. Surface …

Geometric confinements are frequently encountered in the biological world and strongly
affect the stability, topology, and transport properties of active suspensions in viscous flow …

Elastic confinements play an important role in many soft matter systems and affect the
transport properties of suspended particles in viscous flow. On the basis of low-Reynolds …

The emerging field of self-driven active particles in fluid environments has recently created
significant interest in the biophysics and bioengineering communities owing to their …

Interactions between rigid inclusions in continuous three-dimensional linearly elastic solids
and low-Reynolds-number viscous fluids have largely been quantified in the past. Prime …

Elastic confinements are an important component of many biological systems and dictate the
transport properties of suspended particles under flow. In this paper, we review the …

A deep understanding of the physical interactions between nanoparticles and target cell
membranes is important in designing efficient nanocarrier systems for drug delivery …

Elastic channels are an important component of many soft matter systems, in which
hydrodynamic interactions with confining membranes determine the behavior of particles in …