Biomaterials Signal Pathway Modulation: From Cellular Mechanisms to Therapeutic Applications
Chapter from the book: Karakurt, P. & Fırat, M. (eds.) 2025. Current Approaches in The Field of Health.

Bürke Çırçırlı
Akdeniz University
Mert Can Emre
Yozgat Bozok University

Synopsis

Cellular signaling pathways form the biochemical basis for fundamental biological processes such as homeostasis, growth, and differentiation in multicellular organisms. Conversely, the dysregulation of these pathways plays a key role in the development of many pathologies, including cancer and inflammatory diseases. This chapter addresses the transformative potential of biomaterials in targeting these critical signaling cascades.

Nanoparticles, exosomes, and stimuli-responsive systems are utilized to protect therapeutic agents and specifically direct them to diseased tissue, thereby both reducing systemic toxicity and enhancing drug efficacy. In biomaterial design, factors such as mechanotransduction, biocompatibility, and surface modification are critical elements that guide cell fate decisions.

Future perspectives are focused on intelligent platforms like Lab-on-Chip (LoC) systems, sensor-integrated implants, and personalized 3D/4D bioprinting technologies. These innovative systems enable feedback-controlled drug release that responds to local biomarker concentrations. Signal-guided biomaterial engineering is playing a critical role in developing individualized, precise, and effective treatment strategies against biochemical abnormalities.

How to cite this book

Çırçırlı, B. & Emre, M. C. (2025). Biomaterials Signal Pathway Modulation: From Cellular Mechanisms to Therapeutic Applications. In: Karakurt, P. & Fırat, M. (eds.), Current Approaches in The Field of Health. Özgür Publications. DOI: https://doi.org/10.58830/ozgur.pub1126.c4580

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Published

December 30, 2025

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