Electrolyte Imbalance Nursing Care Plan: 2 Sample Plans and Interventions

An electrolyte imbalance means a mineral like potassium, sodium, calcium, or magnesium is too high or too low in the blood. Even small changes can affect the heart, muscles, and brain. Your priorities are watching the heart rhythm, keeping the client safe from falls and seizures, and correcting the cause.

A · AssessmentD · DiagnosisP · PlanningI · InterventionE · Evaluation

Each care plan below follows the nursing process (ADPIE).

CARE PLAN 1 · NURSING DIAGNOSIS

Risk for Decreased Cardiac Output

Risk factors

Abnormal potassium, calcium, or magnesium levels
Fluid losses from vomiting, diarrhea, or diuretics
Kidney disease that limits electrolyte removal

PLANNING · EXPECTED OUTCOMES

Short-term goals

Client maintains a stable heart rhythm while levels are corrected
Electrolyte levels move toward normal within 24 to 48 hours

Long-term goals

Client keeps electrolytes within normal range and states early warning signs to report

ASSESSMENT

Continuous cardiac monitoring for peaked or flat T waves, U waves, and prolonged QT
Serum potassium, sodium, calcium, magnesium, BUN, and creatinine
Apical pulse, BP, and peripheral pulses
Muscle strength, cramping, and reflexes

INTERVENTIONS AND RATIONALES

INTERVENTION	RATIONALE
Give electrolyte replacement exactly as ordered, never IV push potassium	IV potassium given too fast can cause fatal dysrhythmias, so it must be diluted and run on a pump.
Check urine output before giving potassium	Potassium is cleared by the kidneys, so low output can lead to dangerous buildup.
Correct magnesium as ordered when potassium stays low	Low magnesium makes it hard for the body to hold on to potassium.
Report rhythm changes right away	Early action prevents a minor change from becoming a lethal rhythm.

EVALUATION

Heart rhythm stays stable on the monitor
Repeat labs show levels moving toward normal
Client names signs like palpitations and muscle weakness to report

CARE PLAN 2 · NURSING DIAGNOSIS

Risk for Injury

Risk factors

Muscle weakness from low potassium
Confusion and seizures from abnormal sodium
Tetany and seizures from low calcium or magnesium

PLANNING · EXPECTED OUTCOMES

Short-term goals

Client remains free of falls and injury during the hospital stay

Long-term goals

Client stays free of injury and follows the plan to prevent repeat imbalances at home

ASSESSMENT

Mental status and level of consciousness every shift and with any change
Gait, muscle strength, and fall risk
Chvostek and Trousseau signs when calcium is low
Neuro checks when sodium is changing

INTERVENTIONS AND RATIONALES

INTERVENTION	RATIONALE
Use fall precautions and keep the bed low with the call light in reach	Weakness and confusion raise fall risk.
Use seizure precautions for severe sodium, calcium, or magnesium changes	Seizures can happen suddenly when these levels are very abnormal.
Correct sodium slowly as ordered	Fixing sodium too fast can cause brain swelling or nerve damage.
Teach foods high or low in the affected electrolyte	Diet changes help keep levels stable after discharge.

EVALUATION

Client has no falls or injuries
Client is alert and oriented
Client lists foods to eat or limit

Practice this in Chart Review

Read the labs and orders and catch the electrolyte that needs action first.

Play Chart Review

Quick answers

Which electrolyte imbalance is the most dangerous for the heart?

Potassium. Both high and low potassium can cause life-threatening dysrhythmias, so the client needs cardiac monitoring.

What should the nurse check before giving IV potassium?

Urine output and kidney function. Potassium should only be given if the client is making urine, and it is never given IV push.

For learning only. Individualize every care plan to your client, and follow your program, current guidelines, provider orders, and facility policy.