Abstract

Overview

Emerging evidence highlights the role of the cellular electromagnetic field in shaping fundamental aspects of cell biology. The internal and external electromagnetic pulses trigger oscillations and synchronization of biomolecules, serving as the foundation for cellular electromagnetic fields.

Findings

• Centrosomes act as nano-electronic generators within cells, essential during the mitosis for spindle microtubules organization.
• Cell-specific electromagnetic fields are linked with the cell's epigenetic status and play a crucial role in regulating cell differentiation and organ size.
• Electromagnetic fields impact tissue homeostasis and are involved in evolutionary morphological adaptations.
• They also modulate cell migratory behaviors and the developmental programs of neural circuits through mechanisms linked with centrosome function.

Conclusion

The understanding of inter- and intracellular electromagnetic interactions opens up insightful perspectives into a range of biological processes, emphasizing the fundamental role of electromagnetic fields in regulatory mechanisms within cells.