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Biology Lecture Notes FINAL END OF YEAR 2023 (STEMer’s guide) 2024 Lecture (3) Resting potential – Action potential
Biology Lecture Notes 
FINAL END OF YEAR 
2023 
(STEMer’s guide) 
2024 
Lecture (3) 
Resting potential – Action potential 
2 | P a g e 
ION PUMP AND ION CHANNELS ESTABLISH THE RESTING POTENTIAL OF A NEURON 
As you know, ions are unequally distributed between the interior of cells and the fluid that
Exam (elaborations)
Biology Lecture Notes FINAL END OF YEAR 2023
PopularBiology Lecture Notes 
FINAL END OF YEAR 
2023
Exam (elaborations)
Biology Lecture Notes
Biology Lecture Notes Y. Nagah 
2 | P a g e 
Ion pump and ion channels establish the resting potential of a neuron 
As you know, ions are unequally distributed between the interior of cells and the fluid that 
surrounds them. 
As a result, the inside of a cell is negatively 
charged relative to the outside. Because the 
attraction of opposite charges across the plasma 
membrane is a source of potential energy, this 
charge difference, or voltage, is called the 
membrane potential. 
• The membr...
Exam (elaborations)
Biology Lecture Notes FINAL END OF YEAR 2023
Biology Lecture Notes 
FINAL END OF YEAR 
2023 
(STEMer’s guide) 
2024 
Lecture (3) 
Resting potential – Action potential 
2 | P a g e 
ION PUMP AND ION CHANNELS ESTABLISH THE RESTING POTENTIAL OF A NEURON 
As you know, ions are unequally distributed between the interior of cells and the fluid that 
3 | P a g e 
surrounds them
Exam (elaborations)
Biology Lecture Notes FINAL END OF YEAR 2023
Biology Lecture Notes 
FINAL END OF YEAR 
2023 
(STEMer’s guide) 
2024 
Lecture (3) 
Resting potential – Action potential 
2 | P a g e 
ION PUMP AND ION CHANNELS ESTABLISH THE RESTING POTENTIAL OF A NEURON 
As you know, ions are unequally distributed between the interior of cells and the fluid that 
3 | P a g e 
surrounds them. 
As a result, the inside of a cell is negatively 
charged relative to the outside. Because the 
attraction of opposite charges across the plasma 
membrane is a source...