If one mechanism is failing, the others work overtime in attempt to adjust and keep the cell alive. Ion regulation across the cell membrane is used by both elements as a mechanism that creates a flow of ions from cell to cell and thus, creating changes in the electrical charge of the cell and its surroundings. These changes in the electrical charge makes the communication between cells possible (Weber, 2014, pp. 1-12). The regulation of the ions is also a protective mechanism that ensures a safe environment for the cell to perform its functions. Therefore, the various characteristics of magnesium and potassium provide mechanisms of communication and protective regulatory function within the cell that are necessary for healthy cellular function. Without adequate levels of magnesium and potassium, cellular functions are disabled causing diseases, even
If one mechanism is failing, the others work overtime in attempt to adjust and keep the cell alive. Ion regulation across the cell membrane is used by both elements as a mechanism that creates a flow of ions from cell to cell and thus, creating changes in the electrical charge of the cell and its surroundings. These changes in the electrical charge makes the communication between cells possible (Weber, 2014, pp. 1-12). The regulation of the ions is also a protective mechanism that ensures a safe environment for the cell to perform its functions. Therefore, the various characteristics of magnesium and potassium provide mechanisms of communication and protective regulatory function within the cell that are necessary for healthy cellular function. Without adequate levels of magnesium and potassium, cellular functions are disabled causing diseases, even