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METHOD OF CREATING REGENERABLE BIOSENSOR BASED ON PHOTONIC CRYSTAL COMPLEX WITH AFFINITY MOLECULES

机译:基于亲和分子光子晶体配合物的可再生生物传感器的建立方法

摘要

FIELD: physics.;SUBSTANCE: method includes producing the biosensor substrate with an array of nanowires forming the photonic crystal, preparing the substrate surface for modification by the affinity molecules, activating the surface by the affinity molecules specific for the target analytes, the presence of the target analytes is detected by adding specific detection molecules thereto, bearing the fluorescent label selected so that the maximum of the fluorescence label coincides in the wavelength with the resonant mode of the photonic crystal, leading to increase of the fluorescence label intensity at this wavelength, and then the biosensor surface is regenerated for reuse.;EFFECT: ensuring the biosensor reusability.;14 cl, 3 dwg
机译:领域:物理学;方法:该方法包括生产具有形成光子晶体的纳米线阵列的生物传感器基板,准备基板表面以通过亲和分子修饰,通过对目标分析物具有特异性的亲和分子激活表面,通过向目标分析物中添加特定的检测分子来检测目标分析物,这些检测分子带有所选的荧光标记,从而使荧光标记的最大值在波长上与光子晶体的共振模式一致,从而导致该波长处的荧光标记强度增加,效果:确保生物传感器的可重复使用性; 14 cl,3 dwg

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