Biological System

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A Biological System is a physical system that consists of interconnected components within a living organism, working together to carry out specific functions essential for survival, growth, reproduction, and homeostasis.

AKA: Living System, Biological Network, Organismal System.
Context:
- It can typically include organs, tissues, cells, and molecules that interact in a coordinated manner to perform complex biological functions.
- It can typically maintain homeostatic regulation through feedback loops and control mechanisms.
- It can typically process energy flow through metabolic pathways and nutrient utilization.
- It can typically transmit biological information through signaling networks and communication channels.
- It can typically adapt to environmental changes through responsive adjustments and physiological modifications.
- ...
- It can often operate through Hierarchical Organizations such as:
  - It can organize Molecular Level through biochemical interactions.
  - It can structure Cellular Level through organelle cooperation.
  - It can arrange Tissue Level through cellular aggregation.
  - It can form Organ Level through tissue integration.
  - It can coordinate Organ System Level through functional grouping.
  - It can integrate Organismal Level through system cooperation.
  - It can interact at Population Level through inter-organism relationships.
  - It can function at Ecosystem Level through species interactions.
- ...
- It can operate through System Principles via:
  - It can maintain Boundary Definition through selective permeability.
  - It can regulate Input-Output Processing through controlled exchange.
  - It can establish Feedback Control through regulatory loops.
  - It can ensure System Redundancy through backup mechanisms.
  - It can demonstrate Emergent Property through component interactions.
  - It can optimize Energy Efficiency through resource conservation.
  - It can achieve Functional Integration through coordinated activity.
  - It can support Information Transfer through signaling pathways.
  - It can enable Adaptive Response through sensing mechanisms.
  - It can preserve System Resilience through repair processes.
- ...
- It can range from being a Simple Biological System to being a Complex Biological System, depending on its component number and interaction complexity.
- It can range from being a Microscopic Biological System to being a Macroscopic Biological System, depending on its physical scale.
- It can range from being a Specialized Biological System to being a Generalized Biological System, depending on its functional diversity.
- It can range from being a Linear Process Biological System to being a Non-linear Process Biological System, depending on its interaction pattern.
- It can range from being a Deterministic Biological System to being a Stochastic Biological System, depending on its predictability characteristic.
- It can range from being a Closed Biological System to being an Open Biological System, depending on its boundary permeability.
- It can range from being a Steady-State Biological System to being a Dynamic Biological System, depending on its temporal stability.
- It can range from being a Unicellular Biological System to being a Multicellular Biological System, depending on its cellular organization.
- ...
- It can facilitate Evolutionary Adaptation through natural selection and genetic variation.
- It can enable Developmental Progression through growth patterns and differentiation processes.
- It can support Reproductive Capacity through gamete production and embryonic development.
- It can ensure Environmental Response through sensory detection and behavioral adjustment.
- It can manage Resource Utilization through acquisition mechanisms and allocation strategy.
- It can maintain Structural Integrity through repair processes and defense mechanisms.
- It can regulate Temporal Coordination through circadian rhythms and developmental timing.
- It can achieve Spatial Organization through morphogenetic processes and positional information.
- ...
Examples:
- Fundamental Biological Systems, such as:
  - Cellular Biological Systems, such as:
  - Molecular Biological Systems, such as:
- Organ System Biological Systems, such as:
  - Neural Biological Systems, such as:
  - Circulatory Biological Systems, such as:
  - Immune Biological Systems, such as:
  - Endocrine Biological Systems, such as:
  - Digestive Biological Systems, such as:
  - Respiratory Biological Systems, such as:
  - Excretory Biological Systems, such as:
  - Musculoskeletal Biological Systems, such as:
  - Integumentary Biological Systems, such as:
  - Reproductive Biological Systems, such as:
- Regulatory Biological Systems, such as:
  - Homeostatic Biological Systems, such as:
  - Temporal Biological Systems, such as:
- Ecological Biological Systems, such as:
  - Multi-organism Biological Systems, such as:
  - Ecosystem-level Biological Systems, such as:
- ...
Counter-Examples:
- Mechanical Systems, which are man-made systems of physical components designed to perform tasks, not biological in nature.
- Chemical Systems, which involve interactions of chemical substances but do not comprise living components or biological functions.
- Computational Systems, which process information through algorithms rather than biological processes.
- Physical Systems like planetary systems, which operate through physical laws without biological purpose.
- Quantum Systems, which follow quantum mechanics rather than biological principles.
- Mathematical Systems, which exist as abstract constructs rather than physical realities.
- Artificial Systems, which mimic biological functions but lack true biological components.
- Non-living Natural Systems such as weather systems, which involve complex interactions but not living organization.
See: Biochemical Network, Biological Complexity, Biological Function, Cellular Organization, Emergent Property, Evolutionary System, [[Feedbac

References

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