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Biossensor to detecu00c7u00e7o of hormu00e2nios goiter and applications in nanomedicine

机译:用于检测荷尔蒙甲状腺肿的生物传感器及其在纳米医学中的应用

摘要

Biossensor to detecu00c7u00e7o of hormu00e2nios goiter and applications in nanomedicine. Construction of a biossensor for detection of hormones goiter and synthetic analogues using an electrode containing tracks interdigitadas gold.In this device, both the solid surface on the solid surface of the trails of gold, were previously prepared with silane agents and binary mixture of tiois using the technique of self - organized monolayers (SAMs). On these surfaces prepared was pinned region of human nuclear receptor LBD goiter tr 225 1 for "casting".The detection of these hormones is carried out according to the electrical measurements of impedance and resistance, which may be related to the concentrations of the analytes in a single axis of coordinates, with capacitance or resistance versas concentrau00e7u00e3o.esta methodology allows to obtain A biossensor to hormones such as goiter, T3, T4 and triac, as well as to synthetic ligands, such as GC - 1.
机译:用于检测甲状腺肿的生物传感器及其在纳米医学中的应用。使用含有指间金迹的电极构建用于检测甲状腺肿和合成类似物的生物传感器。在该设备中,先前用硅烷试剂和二氧化硫的二元混合物制备了金迹的固体表面上的固体表面。自组织单层技术(SAMs)。在准备好的这些表面上固定有人类核受体LBD甲状腺肿的固定区域tr <225> 1,用于“浇铸”。这些激素的检测根据阻抗和电阻的电学测量来进行,这可能与浓度有关在单一坐标轴上分析被分析物,电容或电阻反之亦然,esta方法允许获得针对荷尔蒙,T3,T4和Triac等激素以及合成配体(如GC)的生物传感器-1。

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