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Interaction with the species of non-colloidal and structural colloid immobilized species

机译:与非胶体和结构胶体固定化物种的相互作用

摘要

(57) [Abstract] The present invention provides a new technique for induction of a colloidal self-assembly monolayer. The present invention provides, including the biochemical drug / drug interaction studies or chemical, the possibility of a wide range of assays. Biological derived colloid without the signal or because material was used as the seed interactions probe in non-colloidal structure. The present invention provides techniques for immobilizing colloidal particles in the non-colloidal structure of the variety. Can be modified species of non-colloidal structures comprising beads, aggregates can be detected with colloidal. Thus, in many cases, an assay that can be detected by the human eye, the colloid, for example, assays for automatically detecting the interaction change in electromagnetic radiation, such as light scattering and absorption can be achieved.
机译:(57)[摘要]本发明提供了一种诱导胶体自组装单层的新技术。本发明提供包括生化药物/药物相互作用研究或化学方法在内的广泛测定的可能性。没有信号或由于材料被用作非胶体结构中的种子相互作用探针而获得的生物衍生胶体。本发明提供了用于将胶体颗粒固定在该品种的非胶体结构中的技术。可以被修饰的非胶体结构物种包括小珠,聚集体可以用胶体检测。因此,在许多情况下,可以实现可以由人眼,胶体检测的测定,例如,用于自动检测电磁辐射的相互作用变化(例如光散射和吸收)的测定。

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