Рақамли технологияларнинг назарий ва амалий масалалари 3-том 1-нөмір (2023) · 61-69-беттер
Mathematical Modeling of the Regulatory Mechanisms of the Occurrence and Development of Pathologies in the Functioning of the Central Nervous System
Исроилов, Ш.Ю., Умаров, Э.Д.
Аңдатпа
On the basis of the regulatory method, mathematical and computer models of the functioning of the central nervous system (CNS) have been developed using nonlinear functional differential equations of the delayed type. The nervous regulation of the following main vital organs is considered: brain, heart, lungs, kidneys, liver, spleen, skin. The developed equations of regulatory mechanisms of the CNS in the course of coordinating the interconnected functioning of vital internal organs of a person make it possible to model the regulatory mechanisms of the main modes of functioning of the CNS of a person: rest, stationary mode, self-oscillations, irregular oscillations and breakdown of the oscillatory mode - the "black hole" effect. Identification of dysregulation of the CNS will help develop new strategies for the treatment of human nervous diseases.
computer simulationregulatorfunctional differential equationsself-oscillationsdynamic chaosliving systemsorganismkompyuter modellashtirishregulyatorikafunksional-differensial tenglamalar
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