Related Experiment Videos
[Biological basis of behavior regulation]
Zeitschrift Fur Die Gesamte Innere Medizin Und Ihre Grenzgebiete
|April 1, 1975
Summary
Organisms maintain negentropy through metabolism and information processing, establishing distinct environmental connections. Understanding these informational relations is key to organismal behavior and survival.
Area of Science:
- Integrative biology
- Systems biology
- Behavioral science
Context:
- Organisms function as open systems, requiring continuous interaction with their environment for survival and growth.
- Metabolism facilitates a physical connection, while information processing establishes an informational link with the surroundings.
- This dual interaction is crucial for maintaining and increasing negentropy, a measure of system order.
Purpose:
- To differentiate between organismal environments based on information processing.
- To identify key determinants of behavior linking organisms to their informational and communicative environments.
- To explore the role of internal behavioral mechanisms (vigilance, emotion, memory) in shaping responses.
Summary:
- Organisms interact with their environment through metabolism (connective relation) and information change (informational relation), essential for maintaining negentropy.
- Three environments are identified: the organism's own body (telereceptoric), the informational environment, and the communicative environment.
- Behavior is driven by needs related to space, time, metabolism, and form, as well as social and communicative factors, modulated by internal states like vigilance and memory.
Impact:
- Provides a framework for understanding organism-environment interactions beyond simple metabolic exchange.
- Highlights the significance of non-communicative information processing in behavioral determination.
- Offers insights into universal behavioral parameters applicable across species, including humans, through comparative behavioral sciences.