It will compete with A and P, and it will bind to the R state of S four lase b and shift the equilibrium back to the T state. In addition, when we have high ATP concentrations, that also implies we're going to have high glucose six phosphate concentrations. And so the glucose six phosphate will also act as an allosteric inhibitor to phosphorase B, and it will help shift the equilibrium of phosphorase B toward the T state. So for the resting tissue, which basically means that normal physiological conditions, when we have a high energy charge, we have lots of ATP and lots of glucose six phosphate. And together they're going to act as Alastairic inhibitors, basically shift the equilibrium of a sporlase b from the R state back to the T state. And under these conditions, glycogen breakdown inside the skeleton muscle tissue will basically not take place because we won't need to produce the ATP.