What Is Systems Physiology?

System physiology is a systematic biology that studies physiological functions, including the systematic biology research of the physiological processes at the organ system level and the molecular cell system level. It uses the integration of system science, computer mathematical models, and experimental techniques to study the physiological system. Applied mathematics, physics, chemistry, information theory, cybernetics, systems theory, and nonlinear dynamics to study physiological activities at the molecular, cell and organ, and system levels. Early systems physiology overlaps with organ system physiology. The term "systems physiology" "Appeared in a paper published by Sagawa K. in 1973 (retrieved by Pub-Med, the medical literature database of NIH in the United States); however, the mathematical models, computer models and cybernetics, and non-equilibrium thermodynamics are part of modern system physiology, including neurology Cybernetics, biological cybernetics, and system theory and mathematical models of immunity, endocrinology, cardiovascular, physiology and biochemistry.

Systems physiology

System physiology is a system that studies physiological functions

Mid 20th Century, Austrian, American

With the re-emergence of system biology in the 21st century, system physiology has also developed into the period of cell and molecular system physiology. Physiological models that integrate molecular systems, cellular systems, and organ systems have been adopted, including biotechnology, computational biotechnology, and molecular biotechnology.