Answer:
Neural signals would no longer reach the synaptic vesicles
Explanation:
Acetylcholinesterase is an enzyme present in large quantities in red blood cells, nerve endings and striated muscles. When present at the neuromuscular junction, this enzyme allows neural signals within the muscle to reach more synaptic vesicles, which are the pockets that store neurotransmitters.
When this enzyme is released in the synaptic vesicles in constant amounts, it allows the depolarization of a nerve termination. As a result of this, an influx of calcium occurs that allows the fusion of the membrane of the vesicle with the plasma membrane of a nerve-ending cell.
