
thumb|Hormesis is a biological phenomenon wherein an organism that is exposed to a known harmful stressor has an adaptive response that may be beneficial to the organism Hormesis is a two-phased dose-response relationship whereby low-dose exposures have a beneficial effect and high-dose amounts are either inhibitory to function or toxic. Within the hormetic zone, the biological response to low-dose amounts of some stressors is generally favorable. An example is the breathing of oxygen, which is needed in certain concentrations for respiration in aerobic animals. Exposure to elevated levels of
thumb|Hormesis is a biological phenomenon wherein an organism that is exposed to a known harmful stressor has an adaptive response that may be beneficial to the organism Hormesis is a two-phased dose-response relationship whereby low-dose exposures have a beneficial effect and high-dose amounts are either inhibitory to function or toxic. Within the hormetic zone, the biological response to low-dose amounts of some stressors is generally favorable. An example is the breathing of oxygen, which is needed in certain concentrations for respiration in aerobic animals. Exposure to elevated levels of oxygen can have beneficial effects, but it becomes toxic in high concentrations.
In toxicology, hormesis is a dose-response phenomenon to xenobiotics or other stressors. In physiology and nutrition, hormesis has regions extending from low-dose deficiencies to homeostasis, and potential toxicity at high levels. Physiological concentrations of an agent above or below homeostasis may adversely affect an organism, where the hormetic zone is a region of homeostasis of balanced nutrition. In pharmacology, the hormetic zone is similar to the therapeutic window.
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).