Agent-based models provide a flexible framework that is frequently used for modelling many
biological systems, including cell migration, molecular dynamics, ecology and epidemiology …

We present a review of porosity and diffusion in biological tissues from different
perspectives. We first introduce the topic by illustrating experimental evidence related to …

In this work, we present a mathematical model of cell growth in the pores of a perfusion
bioreactor through which a nutrient solution is pumped. We have developed a 2-D vertex …

Several years ago, a new paradigm of cancer perception emerged, considering a tumor not
as a senseless heap of cells but as a self-organizing heterogeneous tissue of cancer cells …

According to recent studies, cancer is an evolving complex ecosystem. It means that tumor
cells are well differentiated and involved in heterotypic interactions with their …

Accurate prediction of the tumor's future imaging features can provide its complete growth
evolution and more detailed clinical parameters. The existing longitudinal models tend to …

The availability and evolution of chemical agents play an important role in the growth of a
tumour and, therefore, the mathematical description of their consumption is of special …

Single-cell technology is a relatively new and promising way to obtain high-resolution
transcriptomic data mostly used for animals during the last decade. However, several …

The rapid development of computer technologies and high-performance computing systems
has led to the possibility to simulate directly the biomechanical properties of cell tissue. This …

В работе предлагается двумерная хемомеханическая модель роста инвазивной
карциномы в ткани эпителия. Каждая клетка ткани представляет собой эластичный …