Europe — EMA
Hemosol B0
Learn about Hemosol B0, an intravenous electrolyte and bicarbonate solution for hemodialysis, its uses, safety profile, and FAQs.
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What is Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate?
Hemosol B0 is a sterile solution for injection that contains calcium, lactic acid, magnesium, sodium, chloride ion, and hydrogen carbonate. It is supplied as an intravenous electrolyte and bicarbonate solution used in hemodialysis. The product is manufactured for the European market and is available only by prescription. Its formulation is designed to support fluid and acid‑base balance during renal replacement therapy in clinical settings and patient care.
What is Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate used for?
Hemosol B0 is indicated for use during hemodialysis and other forms of renal replacement therapy where precise electrolyte and acid‑base management is required.
- Provides calcium, magnesium, sodium, and bicarbonate to maintain plasma electrolyte concentrations during dialysis. - Helps correct metabolic acidosis by delivering bicarbonate and lactic acid buffers. - Supports fluid balance by contributing isotonic sodium chloride. - Can be used as a priming or replacement solution in dialysis circuits. - May be employed in continuous renal replacement therapy (CRRT) when a balanced electrolyte composition is needed.
What are the side effects of Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate?
Adverse reactions to Hemosol B0 are generally infrequent, but they may occur during or after administration.
Common: - Mild transient hypotension - Localized irritation at the infusion site - Slight increase in serum calcium or magnesium levels - Nausea or mild headache
Serious: - Severe hypercalcemia or hypermagnesemia - Acute metabolic alkalosis - Anaphylactic or severe hypersensitivity reaction
What precautions apply to Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate?
When prescribing or administering Hemosol B0, clinicians should observe several precautionary measures to ensure patient safety.
- Verify baseline electrolyte and acid‑base status before infusion. - Adjust dose in patients with known hypercalcemia, hypermagnesemia, or severe metabolic alkalosis. - Use caution in patients with cardiac arrhythmias or compromised cardiac function. - Monitor blood pressure and signs of fluid overload during treatment. - Avoid rapid infusion rates that could cause sudden shifts in plasma electrolytes. - Assess for any history of hypersensitivity to solution components.
What does Calcium, Lactic Acid, Magnesium, Sodium, Chloride Ion, Hydrogen Carbonate interact with?
Hemosol B0 may interact with other medications or solutions that affect electrolyte balance or acid‑base status.
Avoid: - Concurrent infusion of high‑concentration calcium or magnesium solutions. - Administration with other bicarbonate‑rich fluids that could cause alkalosis. - Use together with loop diuretics that markedly alter sodium and chloride levels.
Use with caution: - Co‑administration of ACE inhibitors or ARBs, which can affect potassium and renal handling. - Concurrent use of digoxin, as electrolyte shifts may modify its therapeutic window. - Combination with blood products that contain citrate, influencing calcium levels.
Frequently asked questions
What is the primary purpose of Hemosol B0 in hemodialysis?+
Which electrolytes are included in the composition of Hemosol B0?+
Can Hemosol B0 be used in continuous renal replacement therapy (CRRT)?+
What monitoring is recommended when administering Hemosol B0?+
Is rapid infusion of Hemosol B0 safe?+
What are common side effects associated with Hemosol B0?+
Which serious adverse reactions should prompt immediate medical attention?+
Should Hemosol B0 be avoided in patients with existing hypercalcemia?+
Can Hemosol B0 be administered together with loop diuretics?+
Is Hemosol B0 a prescription‑only medication?+
What is the recommended route of administration for Hemosol B0?+
Does Hemosol B0 contain any preservatives or additives?+
Product details
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