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Israel Ministry of Pharmacists Assistants Sample Test

1 of 5

There are several transport mechanisms by which pharmaceuticals are moved into and out of the cells. In which of the following transport mechanisms does a carrier protein permit specific molecules to pass through certain parts of the cells?





Correct Answer:
facilitated diffusion


the correct answer to the question on transport mechanisms by which pharmaceuticals are moved into and out of cells is facilitated diffusion. this specific transport mechanism involves the use of carrier proteins that are embedded within the cell membrane. these proteins are specialized to bind specific molecules on one side of the membrane, undergo a conformational change, and then release the molecules on the opposite side.

facilitated diffusion is categorized under passive transport because it does not require the cell to expend energy in the form of atp. instead, it relies on the concentration gradient of the molecule being transported. the process is driven by the molecule's movement from an area of higher concentration to an area of lower concentration until equilibrium is reached, which aligns with the principles of diffusion.

carrier proteins are crucial in this process because they provide a means for hydrophilic substances, which cannot easily cross the hydrophobic core of the lipid bilayer, to enter or exit the cell. these proteins are selective, meaning they are specific to the molecules they transport, which ensures that cells can regulate the internal concentrations of various substances effectively.

in summary, facilitated diffusion is a method by which cells transport specific molecules across cell membranes via carrier proteins, without the use of energy, moving substances down their concentration gradient. this mechanism is vital for the proper functioning of cells, particularly in the absorption and distribution of pharmaceuticals where precise and controlled transport of compounds is necessary.


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