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Published on: January 7, 2019
Lithium acetate therapy in a maintenance hemodialysis patient
Judith Walcher1, Harald Schoecklmann, Lutz Renders
1Department of Nephrology, University of Kiel, Germany.
Insights
This study examined lithium acetate dosing in a hemodialysis patient, finding residual renal function significantly impacts lithium clearance. Careful monitoring is crucial for safe and effective lithium therapy in dialysis patients.
Area of Science:
- Nephrology
- Pharmacology
- Psychiatry
Background:
- Lithium carbonate dosing in hemodialysis patients is sparsely documented.
- This study investigates the dose-serum level relationship of lithium acetate in a hemodialysis patient.
Observation:
- A single hemodialysis patient with major depressive episodes received oral lithium acetate for 11 months.
- Serum trough levels of lithium were analyzed before and after hemodialysis sessions.
- The patient had a residual diuresis of approximately 400 ml/day.
Findings:
- Steady-state serum lithium acetate levels (0.6–0.8 mmol/l) were achieved with 24 mmol/l thrice weekly.
- This dose was higher than literature-reported effective doses (9.6–14.4 mmol/l) of lithium carbonate.
- No adverse events were observed during lithium therapy.
Implications:
- Residual renal function plays a critical role in lithium clearance, which is not captured by creatinine clearance.
- Individualized lithium dosing and monitoring are essential for hemodialysis patients.
- Further research is needed to establish optimal lithium dosing protocols for patients on hemodialysis.
Background/Aims:
Single cases of lithium carbonate dosing in hemodialysis patients have been published. We investigate the dose-serum level relationship after single and multiple lithium acetate dosing in a hemodialysis patient and review the literature.
Methods:
Lithium acetate was administered orally over a period of 11 months in a patient with major depressive episodes after being placed on hemodialysis three times a week. The serum trough levels of lithium before and after hemodialysis were analyzed. The data were compared with those reported in the literature, and potential drug interactions and the importance of the residual renal function are discussed.
Results:
No adverse events due to the lithium therapy were documented. Steady state levels of between 0.6 and 0.8 mmol/l of lithium acetate were achieved 17 days after initiating the therapy, using 24 mmol/l of lithium three times a week, in a patient with a residual diuresis of about 400 ml/day. In contrast, data reported in the literature implicate that only 9.6-14.4 mmol/l of lithium (450-600 mg of lithium carbonate) is sufficient to achieve adequate serum levels.
Conclusions:
The residual renal function can be important for lithium clearance. The creatinine clearance does not reflect this point.
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