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TECHNOSPHERE INHALED INSULIN (AFREZZA)

机译:技术圈吸入胰岛素(AFRezza)

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Technosphere (R) insulin uses a unique carrier-fumaryl diketopiperazine (FDKP)-which adsorbs insulin to form microparticles to permit delivery to the alveoli by inhalation. Toxicity studies have been entirely negative. The pulmonary absorption of insulin is very rapid, and the disappearance time is shorter than for subcutaneously delivered rapid-acting insulins. As a result, after inhalation, there is a rapid drop in glucose levels which subsequently return to normal in a shorter time than after subcutaneous insulin administration. Consequently, there is a lower incidence of hypoglycemic reactions. Pulmonary function studies have shown a small, reversible decrease in FEV gamma, and pulmonary imaging studies have shown no adverse effect. The inhalation of Technosphere insulin can produce a cough in up to 27% of patients. The cough has resulted in discontinuance in as many as 9% of users. Technosphere insulin has been approved for use in type 1 and type 2 diabetes. Long-term studies of pulmonary safety and surveillance for malignancy will be performed in the future. Studies to assess the optimal time dosing regimen are needed.
机译:技术斜率(R)胰岛素使用独特的载体 - Fumaryl Diketoperazine(FDKP) - 适用胰岛素形成微粒以允许通过吸入递送到肺泡。毒性研究完全是负面的。胰岛素的肺部吸收非常快,并且消失时间短于皮下递送的快速作用胰岛素短。因此,在吸入之后,在葡萄糖水平中存在迅速下降,随后在比皮下胰岛素给药较短的时间内恢复正常。因此,降血糖反应的发病率较低。肺功能研究表明,FEVγ的小,可逆降低,肺部成像研究表明没有不良影响。技术层间胰岛素的吸入可以产生高达27%的患者的咳嗽。咳嗽导致多达9%的用户停止。技术圈胰岛素已被批准用于1型和2型糖尿病。将来将在未来进行对恶性肿瘤肺安全和监测的长期研究。需要评估最佳时间给药方案的研究。

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