IMR: Preparation and Structural Characterization of Peptides for Biocompatible Coatings

该奖项由华盛顿大学材料研究仪器项目授予，支持获得固相肽合成器和三通道CPMAS探针。该仪器将为该大学提供新的核磁共振能力。它将对分子工程领域、固定在材料表面的生物分子的表征、吸附在材料表面的生物聚合物结构的原子水平信息以及蛋白质侧链表面相互作用的细节产生影响。华盛顿大学获得的这份材料研究仪器项目的奖励，支持获得固相肽合成器和三通道CPMAS探针。该仪器将为该大学提供新的核磁共振能力。它将对分子工程领域、固定在材料表面的生物分子的表征、吸附在材料表面的生物聚合物结构的原子水平信息以及蛋白质侧链表面相互作用的细节产生影响。＊＊＊

This award from the Instrumentation for Materials Research program to the University of Washington supports the acquisition of a solid phase peptide synthesizer, and a triple channel CPMAS probe. The instrument will provide new NMR capability to the university. It will have impact in the area of molecular engineering, in characterization of biomolecules immobilized at material surfaces, in atomic level information on the structure of biopolymers adsorbed onto material surfaces and the details of protein side chain-surface interactions. %%%This award from the Instrumentation for Materials Research program to the University of Washington supports the acquisition of a solid phase peptide synthesizer, and a triple channel CPMAS probe. The instrument will provide new NMR capability to the university. It will have impact in the area of molecular engineering, in characterization of biomolecules immobilized at material surfaces, in atomic level information on the structure of biopolymers adsorbed onto material surfaces and the details of protein side chain-surface interactions. ***