The process of tissue regeneration consists of a set of complex phenomena such as
hydrodynamics, nutrient transfer, cell growth, and matrix deposition. Traditional cell culture …

The main challenge in tissue engineering consists in understanding and controlling the
growth process of in vitro cultured neotissues toward obtaining functional tissues …

In tissue engineering, porous biodegradable scaffolds are used as templates for
regenerating required tissues. With the advances in computational tools, many modeling …

In this study, we tested the possibility of calculating permeability of porous scaffolds utilized
in soft tissue engineering using pore size and shape. We validated the results using …

Elastohydrodynamics of a deformable porous medium sandwiched between two parallel
plates is investigated under the influence of an externally applied pressure gradient as well …

Many cell types communicate by means of dendritic extensions via a multi-tiered set of
geometric and chemical cues. Until recently, mimicking the compartmentalized in vivo …

The goal of this study was to better understand how analytical permeability models based on
scaffold architecture can facilitate a non-invasive technique to real time monitoring of …

In this study, the distribution of oxygen and glucose was evaluated along with consumption
by hepatocytes using three different approaches. The methods include (i) Computational …

Heart disease is among the top causes of death every year. Current treatment options post-
heart attack are focused on reducing the risk of recurrence, leaving the damaged tissue …

Using electrospun fibers to deliver therapeutic agents has gained significant attention in
various applications including cancer treatment and tissue regeneration. However, the effect …