Cellular Plasticity

Cellular plasticity, the ability of cells to adapt their structure and function in response to environmental cues, is a central focus of current research. Scientists are exploring computational models, such as activator-inhibitor systems inspired by morphogenesis, to understand and predict cellular responses to stimuli, including the development of novel bio-inspired robotic designs. A key area of investigation involves leveraging cellular plasticity in the development of "wet TinyML" systems, using gene regulatory networks and cellular adaptability to create energy-efficient, miniature biological computing devices. These advancements hold significant promise for both advancing our fundamental understanding of biological systems and enabling the creation of novel adaptive technologies.