Origin of Cancer: Cell work is the Key to Understanding Cancer Initiation and Progression

Area of Science:

• * Biophysics and Cell Biology
• * Molecular Biology and Systems Biology

Background:

• * Cells are dynamic systems requiring continuous energy flow for self-organization and work.
• * Traditional views focusing solely on energy-work relationships are insufficient for complex biological systems.
• * A holistic approach is needed to understand cell function and dysfunction.

Purpose of the Study:

• * To bridge fundamental physics principles with biological mechanisms of self-organization.
• * To introduce a framework for understanding cell work and its influencing factors.
• * To propose a multifactorial model for cancer development.

Main Methods:

• * Review of existing literature connecting physics and cell biology.
• * Conceptual framework development for cell work and influencing variables.
• * Analysis of self-organization processes and molecular interactions.

Main Results:

• * Cell work is categorized into five forms: synthetic, mechanical, electrical, concentration, and heat generation.
• * The concept of Entirety of Molecular Interaction (EoMI) describes self-organization.
• * Introduced EMIM (Energy, Matter, Information, Cell Mechanics) as overarching influencing variables for cell work.
• * Demonstrated that EMIM variables can alter cell work, potentially leading to cancer.

Conclusions:

• * Cell work is a central property influenced by EMIM variables.
• * Cancer development is likely multifactorial, not solely driven by gene mutations.
• * A systems-level understanding of EMIM and cell work is crucial for future research and therapeutic strategies.