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When hypokalemia develops, K+ - Answer-leaves cell into blood
When hypokalemia develops, H+ - Answer-moves into cell (to maintain neutral electrical
balance)
When hypokalemia develops, the kidneys - Answer-reabsorb K+ & secrete H+ (to
maintain neutral electrical balance)
Hypokalemia results in - Answer-metabolic alkalosis (low [H+], high pH)
When hyperkalemia develops, K+ - Answer-moves into cell from blood
When hyperkalemia develops, H+ - Answer-leaves the cell (to maintain neutral electrical
balance)
When hyperkalemia develops, the kidneys - Answer-reabsrob K+ & secrete H+ (to
maintain neutral electrical balance)
Hyperkalemia results in - Answer-metabolic acidosis (high [H+], low pH)
When metabolic alkalosis develops, H+ - Answer-leaves the cell into blood
When metabolic alkalosis develops, K+ - Answer-moves into cell (to maintain neutral
electrical balance)
When metabolic alkalosis develops, kidneys - Answer-reabsorb H+ & secrete K+ (to
maintain neutral electrical balance)
Metabolic alkalosis results in - Answer-hypokalemia
When metabolic acidosis develops, H+ - Answer-moves into cell
, When metabolic acidosis develops, K+ - Answer-leaves the cell (to maintain neutral
electrical balance)
When metabolic acidosis develops, kidneys - Answer-reabsorb K+ & secrete H+ (to
maintain neutral electrical balance)
Metabolic acidosis results in - Answer-hyperkalemia
Non-potassium sparing diuretics - Answer-loop, thiazides
Manifestations of hypokalemia - Answer-Membrane hyperpolarization causes a
decrease in neuromuscular excitability, skeletal muscle weakness, smooth muscle
atony, and cardiac dysrhythmias
ECG changes with hypokalemia - Answer-U waves
Hypoxia - Answer-Low oxygen level
Causes of hyperkalemia - Answer-1) excessive intake
2) acidosis
3) shift of K+ from ICF to ECF
4) renal failure (decreased excretion)
5) insulin deficiency
6) cell trauma / hypoxia
Manifestations of mild hyperkalemia - Answer-1) lips/fingers tingling
2) restlessness
3) cramping
4) diarrhea
Manifestations of severe hyperkalemia - Answer-1) muscle weakness
2) decreased muscle tone
3) paralysis
Treatment of hyperkalemia - Answer-1) calcium gluctonate, buffered solutions, glucose
2) insulin, dialysis (severe case)
ECG changes with hyperkalemia - Answer-T waves
Respiratory Acidosis - Answer-hypoventilation & increased PCO2
Causes of respiratory acidosis - Answer-1) respiratory center depression (brainstem
trauma, opioid overdose, oversedation, hypoventilation)
2) respiratory muscle paralysis
3) chest wall disorders
4) lung parachyma disorders