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Physiological effect
Physiological effect
Definition
A physiological effect describes any measurable change in the functions of living organisms that occurs in response to internal or external stimuli. These effects can be observed at the cellular level, in tissues, organs or in the organism as a whole and serve to adapt, maintain homeostasis or respond to environmental conditions.
Properties and characteristics
- Naturalness: Regular reactions that differ from pathological changes.
- Targeted: Optimisation and maintenance of bodily function.
- Reversibility: Often reversible after the stimulus is removed.
- Controllability: Variable depending on the intensity and duration of the stimulus.
Examples of physiological effects
1. Cardiovascular system
Increase in heart rate during physical exertion, vasodilation in heat.
2. Respiratory system
Increase in respiratory rate with increasedCO2 content in the blood.
3. Endocrine system
Adrenalin release as a stress reaction.
4. Immune system
Fever as a natural immune response.
5. Musculature
Muscle contraction following nerve stimulation.
Significance in medicine and research
- Diagnostics: Pulse, blood pressure, respiratory rate as indicators.
- Pharmacology: Evaluation of drug effects.
- Therapy: Targeted promotion of positive adaptations.
Summary
A physiological effect is a natural, functional change in the organism in response to stimuli. It is essential for survival, adaptation and health and forms an important basis for medical diagnostics and therapy.