Glycogen is a highly branched macromolecule usually stored in liver and muscle cells. If blood glucose levels decrease, glycogen breaks down to release glucose in a process called glycogenolysis. In this process, the glycogen polysaccharide goes through hydrolysis and breaks down into glucose monosaccharides. If a toxin were to inhibit glycogenolysis, which of the following statements best predicts a consequence of this inhibition?

A. In response to the detection of low glucose levels, more glucose will be released from stored glycogen.
B. The covalent bonds within an individual glucose monomer will not be cleaved.
C. The covalent bonds between individual glucose monomers will not be cleaved.
D. In response to the detection of low glucose levels, glycogen will continuously be broken down to release glucose.