Europe — EMA
Hemosol B0
Learn about HemoSol B0 dialysis solution—its composition, indications, precautions, side effects, and usage in haemodialysis for renal replacement therapy.
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What is Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate?
HemoSol B0 is a sterile aqueous solution for injection that contains calcium, lactic acid, magnesium, sodium, chloride ion, and hydrogen carbonate. The formulation provides a balanced electrolyte and bicarbonate buffer for use during haemodialysis. It is supplied in a non‑specified concentration and marketed in the European Union as a prescription‑only dialysis solution intended for intravenous administration as part of renal replacement therapy to help maintain physiologic pH and electrolyte levels.
What is Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate used for?
HemoSol B0 is employed in clinical settings where haemodialysis is required to correct electrolyte and acid‑base disturbances. It is indicated for patients with renal failure undergoing dialysis, as well as for acute management of metabolic acidosis and electrolyte imbalances. - Replacement of sodium, calcium, magnesium, chloride, and bicarbonate during haemodialysis. - Correction of metabolic acidosis in end‑stage renal disease. - Support of electrolyte balance in patients with acute kidney injury. - Use as a dialysate component in continuous renal replacement therapy (CRRT). - Adjunct therapy for patients receiving high‑flux haemodialysis where additional buffering is needed.
What are the side effects of Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate?
Side‑effect profiles for HemoSol B0 reflect its electrolyte composition and are generally related to infusion reactions or electrolyte shifts.
Common: - Mild transient hypotension during rapid infusion. - Localized irritation at the catheter site. - Slight increase in serum calcium or magnesium levels that resolves without intervention. - Nausea or vomiting associated with rapid administration. - Headache or dizziness related to electrolyte changes.
Serious: - Severe hypercalcemia leading to cardiac arrhythmia. - Acute metabolic alkalosis requiring medical management. - Anaphylactic reaction to solution components. - Life‑threatening hypermagnesemia with neuromuscular depression. - Pulmonary edema from fluid overload in susceptible patients.
What precautions apply to Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate?
When using HemoSol B0, clinicians should observe specific precautions to minimize risks associated with electrolyte and volume administration. - Verify patient’s baseline serum electrolytes and acid‑base status before infusion. - Adjust infusion rate in patients prone to hypotension or fluid overload. - Avoid use in individuals with known hypersensitivity to any component of the solution. - Monitor cardiac rhythm continuously in patients with pre‑existing arrhythmias. - Use caution in pregnant or breastfeeding patients; safety data are limited. - Ensure compatibility with other intravenous solutions to prevent precipitation.
What does Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate interact with?
HemoSol B0 may interact with other medications or solutions administered intravenously; awareness of potential interactions helps maintain patient safety.
Avoid: - Concurrent infusion of calcium‑containing drugs (e.g., calcium gluconate) that could cause hypercalcemia. - Simultaneous administration of sodium bicarbonate solutions, which may lead to excessive alkalosis.
Use with caution: - Loop diuretics, which can amplify electrolyte shifts during dialysis. - Anticoagulants used in haemodialysis circuits, requiring monitoring of clotting parameters. - Blood pressure‑lowering agents, as rapid volume shifts may enhance hypotensive effects.
Frequently asked questions
What electrolytes are included in HemoSol B0?+
How is HemoSol B0 administered during haemodialysis?+
Which patients are typical candidates for HemoSol B0 therapy?+
Can HemoSol B0 be used in continuous renal replacement therapy (CRRT)?+
What monitoring is recommended while a patient receives HemoSol B0?+
Are there any contraindications for using HemoSol B0?+
How does HemoSol B0 differ from standard dialysate solutions?+
What are the most common side effects observed with HemoSol B0?+
What serious adverse reactions should clinicians watch for?+
How should HemoSol B0 be stored before use?+
Is HemoSol B0 safe for use in pregnancy?+
Can HemoSol B0 be mixed with other intravenous fluids?+
Product details
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