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Clinical application of microencapsulated islets: Actual prospectives on progress and challenges

机译:微囊化胰岛的临床应用:进展和挑战的实际前景

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After 25 years of intense pre-clinical work on microencapsulated intraperitoneal islet grafts into non-immunosuppressed diabetic recipients, the application of this procedure to patients with type 1 diabetes mellitus has been a significant step forward. This result, achieved in a few centers worldwide, underlies the safety of biopoly-mers used for microencapsulation. Without this advance, no permission for human application of microcapsules would have ever been obtained after years of purification technologies applied to the raw alginates. To improve safety of the encapsulated islet graft system, renewed efforts on the capsules1 bioengineering, as well as on insulin-producing cells within the capsular membranes, are in progress. It is hoped that advances in these two critical aspects of the cell encapsulation technology will result in wider human application of this system.
机译:在将25微微胶囊腹膜内胰岛移植物植入非免疫抑制的糖尿病接受者中进行了25年的深入临床前工作之后,将该方法应用于1型糖尿病患者已取得了重大进展。在全球一些中心获得的这一结果奠定了用于微囊化的生物聚合物的安全性。如果没有这种进步,经过多年应用于粗藻酸盐的纯化技术,就无法获得人类对微胶囊的应用许可。为了提高包封的胰岛移植系统的安全性,正在对胶囊生物工程以及囊膜内的胰岛素产生细胞进行新的努力。希望细胞封装技术的这两个关键方面的进步将导致该系统在人类中的广泛应用。

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