All articles tagged with #cell movement
Originally Published 3 months ago — by Earth.com
A groundbreaking study suggests that gray hair may be reversibly colored by restoring the proper movement and timing of pigment stem cells within hair follicles, potentially leading to treatments that can reverse or prevent graying by fixing cellular traffic issues, based on research in mice and applicable to humans.
Originally Published 2 years ago — by SciTechDaily
Researchers have developed a theoretical model to understand how cells communicate and move using waves as their language. The model enhances our understanding of long-range cell-cell communication and provides insights into the mechanical forces and biochemical activity involved. The researchers have successfully validated their model through computer simulations and experimental tests using mammalian kidney cells. The findings have potential implications for wound healing, as improving the flow of information between cells could accelerate the healing process. Future research may explore the application of the model to 3D tissues and complex shapes, as well as its potential for wound healing in living organisms.