Cancer ecosystems: A dynamic interplay across scales.

Area of Science:

• Oncology
• Systems Biology
• Cancer Research

Background:

• Tumors exist in complex, adaptive ecosystems influenced by local and systemic factors.
• Cancer progression depends on interactions within the tumor microenvironment and the host macroenvironment.
• Current therapies often focus on eliminating malignant cells, neglecting the broader biological context.

Purpose of the Study:

• To propose a multi-scale framework uniting tumor biology and organismal physiology.
• To reframe cancer therapy from cell elimination to network reprogramming.
• To highlight emerging approaches for restoring physiological equilibrium in cancer treatment.

Main Methods:

• Multi-scale framework integrating tumor biology and organismal physiology.
• Review of emerging therapeutic approaches.
• Focus on spatial multi-omics and AI-driven pathology.
• Exploration of immune-vascular normalization and physiological conditioning.

Main Results:

• A framework that views cancer therapy as reprogramming of disease-sustaining networks.
• Identification of novel strategies to restore physiological balance.
• Integration of local tumor biology with systemic host factors for therapeutic design.

Conclusions:

• An integrative vision for precision oncology is presented.
• Bridging discovery and intervention is key to achieving durable cancer therapy.
• Reprogramming cellular, vascular, and systemic networks offers a path toward curative cancer treatment.