How do precision medicine and system biology response to human body's complex adaptability?

Area of Science:

• Life Sciences
• Systems Biology
• Complexity Science

Background:

• Current life science research, including systems biology and precision medicine, relies on reductionist "analysis-reconstruction" methods.
• The inherent adaptability of complex biological systems introduces uncertainty, hindering precise identification and control in research.
• This reductionist approach poses significant challenges for advancing systems biology.

Purpose of the Study:

• To propose a fundamental shift in systems biology research methodology.
• To explore the potential of adopting a holistic, complexity science-based approach for understanding organisms.
• To re-evaluate the role of system adaptability in biological research.

Main Methods:

• Critique of the "analysis-reconstruction" paradigm in systems biology.
• Application of complexity science principles to biological modeling.
• Drawing parallels with holistic approaches, such as traditional Chinese medicine.

Main Results:

• Abandoning the "analysis-reconstruction" concept is crucial for fundamental biological understanding.
• A holistic modeling approach, guided by complexity science, offers a more effective framework.
• System adaptability, previously seen as an obstacle, can be leveraged as a key to managing biological complexity.

Conclusions:

• Systems biology must transition from reductionism to a holistic perspective inspired by complexity science.
• Holistic modeling, akin to traditional Chinese medicine's approach, provides a powerful alternative.
• System adaptability is an asset, not a hindrance, in understanding and managing complex life forms.