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Nanopartkles for Peptide Synthesis and Biological Applications

机译:纳米粉颗粒用于肽合成和生物应用

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Developing new methods for in vivo targeting and tracking of small molecules in live cells is crucial for extending the scope of a variety of biological applications such as drug discovery, drug targeting, medical diagnostics and tissue engineering. To develop advanced systems for live cell and in vivo screening based on the use of small molecules anchored to inert vehicle particles, we have synthesized a new type of biocompatible, non-toxic nanoparticles (NPs) suited both for synthesis of peptides on their surface and for live cells and in vivo applications. These new NPs can be used for novel generations of screening systems where a small molecule is synthesized on or conjugated to bio-compatible and properly labeled NPs so that it can be further screened/tracked in live-cell assays or even in vivo without toxicity risks originated from the vehicle particle.
机译:开发用于体内靶向和Live Cells的小分子的靶向和跟踪的新方法对于扩展各种生物应用的范围,例如药物发现,药物靶向,医疗诊断和组织工程。 为了基于使用锚定的小分子锚固到惰性型载体颗粒的小分子开发活细胞和体内筛选的先进系统,我们合成了一种适用于它们表面上的肽的新型生物相容性,无毒纳米颗粒(NPS)。 用于活细胞和体内应用。 这些新的NPS可用于新一代的筛选系统,其中小分子被合成或与生物相容性和适当标记的NPS合成或缀合,使得可以在活细胞测定中进一步筛选/跟踪,甚至在没有毒性风险的情况下 起源于车辆粒子。

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