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Implications of increased nanoparticle absorption by infant lungs: Future prospects

机译:婴儿肺部纳米颗粒吸收增加的影响:未来前景

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Even though inhaled therapies are currently employed to treat infants and young children with respiratory diseases, pediatric inhaled treatment is still a multidimensional problem that comprises different aspects. The early years of life are a period of great change in terms of growth and development, and these changes have a major impact on aerosol drug delivery in this age group. In addition, parameters such as physical and chemical characteristics of aerosol particles and optimization of the device design for the pediatric population have an influential role in determining the aerosol deposition. Delivery of medication incorporated into nanoparticles by inhalation has been considered to improve existing therapies for infants with the purpose of increasing lung deposition and efficacy of treatments. However, there are numerous factors that need to be analyzed and studied before inhaled therapies with nanoparticles are part of the standard treatment for infants and young children.
机译:尽管目前采用吸入疗法来治疗患有呼吸系统疾病的婴幼儿,但儿科吸入疗法仍是一个多方面的问题,涉及不同方面。生命的早期是一个成长和发展发生巨大变化的时期,这些变化对该年龄段的气雾剂药物输送产生重大影响。另外,诸如气溶胶颗粒的物理和化学特性以及针对儿科人群的装置设计的优化等参数在确定气溶胶沉积方面具有重要作用。通过吸入递送结合到纳米颗粒中的药物被认为改善了婴儿的现有疗法,目的是增加肺部沉积和治疗功效。但是,在采用纳米颗粒的吸入疗法成为婴幼儿标准治疗的一部分之前,有许多因素需要分析和研究。

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