Interplay between reaction and diffusion processes in governing the dynamics of virus infections multiplication in the host cells, their transport and on the
immune response. Reaction-diffusion systems
AN EPIDEMIC MODEL WITH STRAIN MUTATION, CROSS-IMMUNITY AND ANIMAL-HUMAN INTERACTION substantial influence on human populations. We develop a new
mathematical model based on the combination
Thermovaccination, thermoheliox as a stimulant of immune response. Kinetic model of process development, accumulation of antibodies, and
immune response in the human body. The general features of
immune system
Emergence and competition of virus variants in respiratory viral infections variants. This work is devoted to the
mathematical modeling of the first two stages of this process
The Interferon Influence on the Infection Wave Propagation by the innate
immune response mediated mainly by
immune cells and interferon. The effectiveness of this
response Genotype-dependent virus distribution and competition of virus strains for the host cells and its elimination by the
immune response and by the genotype-dependent mortality
RALF peptides modulate immune response in the moss Physcomitrium patensMamaeva A.,
Lyapina I.,
Knyazev A.,
Golub N.,
Mollaev T.,
Chudinova E.,
Elansky S.,
Babenko V.V.,
Veselovsky V.A.,
Klimina K.M.,
Gribova T.,
Kharlampieva D.,
Lazarev V.,
Fesenko I. , suggesting the role of these peptides in negative regulation of the
immune response in P. patens. Comparing
Hybrid models in biomedical applications to study
immune response and the development of viral infection. A two-scale
model describing processes
A model of chronic inflammation in atherosclerosis plaques in artery walls, narrowing its lumen. In this work, we present a
mathematical model