glucose monohydrate + potassium chloride at a glance
Medicine class
Intravenous fluid and electrolyte replacement solution
Administration
Given into a vein by a healthcare professional using controlled infusion equipment
Monitoring
Blood electrolytes, glucose, kidney function, fluid balance and sometimes the ECG are monitored
What is glucose monohydrate + potassium chloride used for?
The selected product is licensed for:
Correcting or preventing potassium deficiency.
Providing glucose to cover basic energy requirements while intravenous fluid is being given.
How does glucose monohydrate + potassium chloride work?
Potassium supports nerve signalling and contraction of heart, skeletal and smooth muscle. Chloride contributes to fluid and acid–base balance, while glucose is metabolised as an energy source.
How to take glucose monohydrate + potassium chloride
This solution is given directly into a vein under clinical supervision; it is not taken by mouth. Staff inspect the solution and container, use controlled infusion equipment and discard any remainder.
Do not handle, disconnect or alter the infusion yourself.
Tell staff promptly if the infusion site becomes painful, red or swollen.
The solution should not be used if cloudy, visibly contaminated or in a damaged container.
glucose monohydrate + potassium chloride side effects
Common or expected effects
- No adverse effects are listed at a known common frequency. Infusion-site pain, vein irritation and thrombophlebitis have been reported with unknown frequency.
Get urgent medical advice
- High potassium: irregular heartbeat, severe weakness, tingling, confusion or breathing muscle weakness.
- Low sodium affecting the brain: headache, nausea, vomiting, marked drowsiness, confusion or seizures.
- Fluid overload or other major electrolyte or glucose disturbances.
- Severe pain, inflammation or swelling around the infusion site.
glucose monohydrate + potassium chloride in pregnancy
The solution may be used during pregnancy when clinically needed. Specialist caution and sodium monitoring are particularly important during labour, especially with oxytocin, because the combination may increase the risk of hyponatraemia.
glucose monohydrate + potassium chloride while breastfeeding
The solution may be used during breastfeeding when clinically needed. Monitoring remains important because safety depends on the mother's fluid, glucose, electrolyte and kidney status.
glucose monohydrate + potassium chloride interactions
The clinical team should review all medicines because some alter potassium or water balance.
Potassium-sparing diuretics, ACE inhibitors and angiotensin-receptor blockers
These can increase potassium and raise the risk of serious hyperkalaemia and cardiac arrhythmia.
NSAIDs, ciclosporin, tacrolimus or suxamethonium
Concurrent use can increase the risk of high potassium and cardiac rhythm disturbance.
Digoxin and other cardiac glycosides
Changes in potassium can alter effectiveness or toxicity, so potassium should be controlled carefully.
Common questions about glucose monohydrate + potassium chloride
Answers are fully visible for fast scanning and source review.
Why is glucose monohydrate + potassium chloride given in hospital?
It supplies potassium to prevent or correct deficiency and provides glucose for basic energy needs through an intravenous infusion.
Is it taken by mouth?
No. The selected product is given into a vein by trained healthcare professionals.
Can it be used in diabetes?
Sources
These sources were used to prepare and review this medicine page.
Prepared and reviewed by the iatroX editorial team.