Phosphorylation-dependent interaction between AQP2 and the Ezrin FERM domain
The topic of this study is the phosphorylation dependent interaction between aquaporin 2 (AQP2) and the FERM domain of ezrin. AQP2 is an important water channel for finetuning the water content of the urine based on the needs of the body. The main way of regulating how much water is reabsorbed is by regulating the amount of AQP2 present in the apical membrane. This regulation is controlled throug