1  diverge from the Q-cycle rather late in the bifurcated reaction and provide an additional means of s

2  mechanisms to explain the properties of the bifurcated reaction, and we preclude models in which the

3                              The rate of the bifurcated reaction in the E272Q mutant (<10% of the wil

4 predicted theoretically to be complex with a bifurcated reaction pathway.

5 e to the proximal position, thus mapping the bifurcated reaction to the bifurcated volume.