Final answer:
The propagation of an action potential along a cell membrane, often involving the movement of Na+ and K+ ions, is what allows the transmission of impulses akin to the 'domino effect' from one place to another, which is fundamental in nerve cells.
Step-by-step explanation:
The characteristic that can conduct an impulse from one place to another, creating a domino effect, is the propagation of an action potential along a cell membrane. When an action potential is stimulated at one location, it changes the permeability of the adjacent membrane. As a result, this new action potential influences the membrane further down the line, hence the action potential propagates along the cell membrane, similar to a wave of charge moving.
In the case of nerve cells, this mechanism involves the movements of Na+ and K+ ions across the membrane, which is essential for the transmission of nerve impulses. The process allows for the rapid communication between cells, enabling a signal to traverse long distances along the nerve cells swiftly.