Towards an unifying perspective of the fundamental properties and structural principles governing the immune system

TL;DR

This paper aims to develop a unified theoretical framework for understanding the fundamental properties and structural principles of the immune system, integrating concepts like robustness and degeneracy within systems biology.

Contribution

It proposes a comprehensive approach to formalize and analyze core principles of the immune system, advancing towards a unified theoretical perspective.

Findings

Identifies key properties such as degeneracy and robustness in immune systems.

Highlights the interconnectedness of structural principles like bow tie architecture.

Calls for a unified formal framework in systems biology.

Abstract

In the study of the basic properties observed in the immune system and, in a broader view, in biological systems, several concepts have already been mathematically formulated or treated in an analytical perspective, such as degeneracy, robustness, noise, and bow tie architecture. These properties, among others, seem to rule many aspects of the system functioning, and share among themselvesseveral characteristics, intersecting each other, and often becoming one the indivisible part of the other. According to Kitano, systems biology needs solid theoretical and methodological foundation of principles and properties, able to lead towards a unified perspective. An effort in unifying the formalization and analysis of these principles can be now timely attempted.