Define electrochemical gradient Describe the electric, chemical, and electrochemical forces that determine Na+ Ion movement Describe the electric,...

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Medical Sciences

Define electrochemical gradient
Describe the electric, chemical, and electrochemical forcesthat determine Na+ Ion movement
Describe the electric, chemical, and electrochemical forcesthat determine K+ Ion movement
Which ion will move faster across the membrane based on itselectrochemical gradient?
How can the cell change how permeable it is to an ion?(Critical thinking opportunity)
Define the chemical gradient
How will ions want to move? Down/with or up/against thegradient?
What primary active transport is essential to establishing andmaintaining the chemical gradient?
Discuss the ways Na+ and K+ can move across the membrane.

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ELECTROCHEMICALGRADIENT It is the potential of a ion that can moveacross the membraneIt has 2 parts that are iChemical Gradientwhere there is difference in solute concentrations andiiElectrical Gradient where there is difference in charges acrossa membraneFORCES THATDETERMINE SODIUM MOVEMENTThe sodium concentration is higher outside the cell because thesodium increase the negativity inside the cellAlthough the concentration of sodium higher outside the cellthe Cell do not allow the sodium to enter into cell at restThe Chemical Forces acting On Sodium do not allow to enter thecellThe Electrical forces acting on sodium allow the sodium toenter the cell when there is decrease in negativity inside the cellas See Answer

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