Cadherin tension sensors have emerged as powerful tools in understanding the role of mechanical forces in cellular processes, particularly in the context of disease research. These sensors allow researchers to measure the tension experienced by cadherin proteins, which are crucial for maintaining ce
Cadherin tension sensors have emerged as powerful tools in understanding the mechanical forces that shape tissues during development. These sensors, often based on Förster Resonance Energy Transfer (FRET), allow researchers to measure the tension across cadherin molecules, which are crucial for cell
