Background In plant roots, auxin is critical for patterning and morphogenesis. It regulates cell
elongation and division, the development and maintenance of root apical meristems, and …

Development of an in silico cell is an urgent task of systems biology. The core of this cell
should consist of mathematical models of intracellular events, including enzymatic reactions …

Infections with HIV represent a great challenge for the development of strategies for an effective
cure. The spectrum of diseases associated with HIV ranges from opportunistic infections …

Background and Aims The root apical meristem (RAM) is the plant stem cell niche which
provides for the formation and continuous development of the root. Auxin is the main regulator …

We have investigated the scenarios of transition to chaos in the mathematical model of a
genetic system constituted by a single transcription factor-encoding gene, the expression of …

The GeneNet system is designed for collection and analysis of the data on gene and
metabolic networks, signal transduction pathways and kinetic characteristics of elementary …

Today there are examples that prove the existence of chaotic dynamics at all levels of
organization of living systems, except intracellular, although such a possibility has been …

Alternative splicing is a widespread phenomenon in higher eukaryotes, where it serves as a
mechanism to increase the functional diversity of proteins. This phenomenon has been …

The methods for constructing "chaotic" nonlinear systems of differential equations modeling
gene networks of arbitrary structure and dimensionality with various types of symmetry are …

Background The regulatory feedback loops that present in structural and functional organization
of molecular-genetic systems and the phenomenon of the regulatory signal delay, a …