Based on high quality surgery and scientific data, scientists and surgeons are committed to
protecting patients as well as healthcare staff and hereby provide this Guidance to address …

In the language of mathematics, the method of cognition of the surrounding world in which
the description of the object is carried out the name is mathematical modeling. The study of …

The system of two the first order ordinary differential equations arising in the gene regulatory
networks theory is studied. The structure of attractors for this system is described for three …

In the theory of gene networks, the mathematical apparatus that uses dynamical systems is
fruitfully used. The same is true for the theory of neural networks. In both cases, the purpose …

Chapter 5 considers the general system of ordinary differential equations. This system arises
in the theory of gene networks, neuronal and telecommunication networks. The system has …

In networks, which arise in multiple applications, the inhibitory connection between elements
occur. These networks appear in genetic regulation, neuronal interactions …

Dynamical models for evolving networks are considered. Future states of networks are
tightly associated with attractors of the dynamical system in a model. We discuss, how …

The comparative analysis of systems of ordinary differential equations, modeling gene
regulatory networks and neuronal networks, is provided. In focus of the study are …

Systems of ordinary differential equations that appear in gene regulatory networks theory
are considered. We are focused on asymptotical behavior of solutions. There are stable …

Dynamical mathematical models of Genomic Regulatory Networks are considered. We focus
on attractors in these models, which has the form of a periodic trajectory. Our observations …