A hormone signals through a G protein-coupled receptor as shown in the diagram. After the production of IP3, which of these events will MOST quickly stop the transduction of the signal? A diagram shows a chain-like row of shapes representing the plasma membrane. A circle representing a hormone approaches the plasma membrane, snaking back and forth through the G protein-coupled receptor several times before emerging on the other side to a cluster of circles: one brown circle labeled G D P and three green circles labeled alpha, gamma, and beta. An arrow points from this cluster to another cluster of circles: two brown circles labeled G T P and P L C, one green circle labeled alpha, and one white circle labeled P I P subscript 2 baseline. An arrow points from P I P subscript 2 baseline to a white circle labeled D A G. An arrow points from P L C to a white circle labeled I P subscript 3 baseline. The hydrolysis of IP subscript 3, the hydrolysis of GTP, the hydrolysis of PIP subscript 2, the hydrolysis of the hormone.
