It is true <span>that a change in membrane permeability or ion concentration will change the resting membrane potential. A resting neuron has a voltage across its membrane called the resting membrane potential. The resting potential is determined by the concentration gradient of ions across the membrane and by membrane permeability to each type of ion. In aresting neuron, there are concentrations gradients across the membrane for Na+ and K+. Ions move down their gradients via channels, leading to a separation of charge that ceates the resting potential.</span>
The burning of fossil fuels
The answer is; Cell at interphase is not really resting. Cells in this stage are preparing for mitosis. The cells in this phase hordes up energy and proteins required for mitosis (grows in size) and begins to replicate the genetic material and organelles. The interphase is divided into G1, S , and G2 stages.
The resting stage is actually G0 stage where the cells do not replicate again.
Interphase, because it’s the phase where the cell is preparing for mitosis, so the chromatin appears unorganized and diffuse.
