Use the cellular diffusion lab to help you answer the two questions. There is a larger number of a hydrophilic molecules on the
outside of a cell than on the inside. Identify the conditions that could equalize the intracellular and extracellular concentrations of this molecule. placing only intracellularly‑directed pumps in the membrane placing intracellularly‑directed and extracellularly‑directed pumps in the membrane not inserting any transport proteins in the membrane placing channel proteins in the membrane Which condition would be the most metabolically‑efficient way for a cell to equalize the intracellular and extracellular concentrations of this molecule? placing channel proteins in the membrane placing only intracellularly‑directed pumps in the membrane placing intracellularly directed and extracellularly directed pumps in th membrane not inserting any transport proteins in the membrane
The Correct Option is <u>"Placing channel proteins in the membrane"</u>
Explanation:
There is a bigger number of a hydrophilic particles outwardly of a cell than within. Distinguish the conditions that could level the intracellular and extracellular convergences of this particle.
Not embeddings any channels proteins balance the extracellular and Intracellular fixations. Furthermore, putting just intracellular coordinated increments intracellular fixation. These two alternatives aren't right.
E.Coli would be a good model organism to study how the cell membrane controls movement of substances in and out of cells because it a eubacteria .Eubacteria characteristics include the ability to allow the movement of molecules across its membrane once a proton gradient is established , The membrane also has permeability enhancing properties that allow for the easy movement of substances.
