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Drugs in lactation

机译:哺乳期的药物

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摘要

Abstract Although most medications can be taken safely during breastfeeding, potential risks of infant toxicity do exist because all medications will be excreted into the breast milk to some extent. The amount of medication excreted in the milk depends mainly on (i) within‐drug variation, such as dosing; (ii) between‐drug variation including chemical characteristics of the medication; and (iii) host factors, such as maternal pharmacokinetics (PK), including variations of pregnancy‐associated changes and their post‐partum recovery. Neonatal drug exposure is usually assessed by calculating an expected total infant daily dose through breast milk and comparing it to the normal therapeutic dose. However, clinical PK studies in this population are challenging to conduct. Recently, research methods using population PK analyses and physiologically‐based PK modeling and simulation techniques have been recognized as a complementary approach to the conventional PK studies in this field. These efforts are important for rational risk assessment balancing the toxicity risk against the benefits of human milk. Health benefits of lactation for both mother and child are significant and a decision to withhold from this should not be taken lightly. In case limited information is present, additional expertise from pharmacists or clinical pharmacologist with expertise in this area should be sought.
机译:摘要虽然在母乳喂养期间大多数药物可以安全地进行安全,但婴儿毒性的潜在风险确实存在,因为所有药物都会在一定程度上排出到母乳中。在牛奶中排出的药物量主要取决于(I)的药物变异,例如给药; (ii)药物变异,包括药物的化学特征; (iii)宿主因子,如母体药代动力学(PK),包括妊娠相关变化的变化及其百衰老恢复。新生儿药物暴露通常通过通过母乳计算预期的总婴儿每日剂量并将其与正常治疗剂量进行评估来评估。然而,这类人群的临床PK研究是挑战的。最近,使用人口PK分析和基于生理学的PK建模和模拟技术的研究方法已被认为是该领域传统PK研究的互补方法。这些努力对于合理风险评估对毒性风险的理性风险抵抗人牛奶的益处。母亲和儿童的哺乳期的健康益处是重要的,并且不应轻易地扣除这一点的决定。如果存在有限的信息,应寻求具有该区域专业知识的药剂师或临床药理学家的额外专业知识。

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