Final answer:
The aqueous translocon channel continuously opens and closes due to voltage-gated channels that respond to changes in transmembrane voltage.
Step-by-step explanation:
The aqueous translocon channel continuously opens and closes due to the presence of voltage-gated channels.
Voltage-gated channels are channel proteins that open and close in response to changes in transmembrane voltage. Amino acids in the structure of the protein are sensitive to charge and cause the pore to open to the selected ion.
These voltage-gated channels allow for the regulation of ion flow across the membrane, which is important for various cellular processes.