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Challenges for inhaled drug discovery and development: Induced alveolar macrophage responses

机译:吸入药物发现和发展的挑战:诱导肺泡巨噬细胞反应

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摘要

Alveolar macrophage (AM) responses are commonly induced in inhalation toxicology studies, typically being observed as an increase in number or a vacuolated 'foamy' morphology. Discriminating between adaptive AM responses and adverse events during nonclinical and clinical development is a major scientific challenge. When measuring and interpreting induced AM responses, an understanding of macrophage biology is essential; this includes 'sub-types' of AMs with different roles in health and disease and mechanisms of induction/resolution of AM responses to inhalation of pharmaceutical aerosols. In this context, emerging assay techniques, the utility of toxicokinetics and the requirement for new biomarkers are considered. Risk assessment for nonclinical toxicology findings and their translation to effects in humans is discussed from a scientific and regulatory perspective. At present, when apparently adaptive macrophage-only responses to inhaled investigational products are observed in nonclinical studies, this poses a challenge for risk assessment and an improved understanding of induced AM responses to inhaled Pharmaceuticals is required.
机译:肺泡巨噬细胞(AM)反应通常在吸入毒理学研究中诱导,通常被观察到数量增加或真空的“泡沫状”形态。在非临床和临床发展期间的适应性AM反应和不良事件之间的歧视是一个主要的科学挑战。在测量和解释诱导的AM反应时,对巨噬细胞生物学的理解至关重要;这包括对健康和疾病的不同作用以及对吸入药气吸入的疾病和诱导/分辨机制的“子类型”。在这种情况下,考虑了新兴的测定技术,毒物动力学的效用以及新生物标志物的要求。从科学和监管的角度探讨了非临床毒理学发现的风险评估及其对人类影响的翻译。目前,当在非临床研究中观察到对吸入调查产品的显着适应性巨噬细胞的反应时,这对风险评估产生了挑战,并且需要改善对吸入药物的诱导的AM反应的理解。

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