首页> 外国专利> The chemical or biological analysis method and apparatus by the sensor comprising a monolithic chamber and the lateral transducer for measuring the integral in the form of a multi-microtubular arrays

The chemical or biological analysis method and apparatus by the sensor comprising a monolithic chamber and the lateral transducer for measuring the integral in the form of a multi-microtubular arrays

机译:化学或生物分析方法和装置,其传感器包括整体腔和用于测量多微管阵列形式的积分的侧向换能器

摘要

The present invention relates to an apparatus and biological analytical methods or by chemical sensor with a integral measurement for lateral transducer monolithic chamber in the form of a multi-micro-tube array. By generating multiple distribution parallel fluid sample (f), an object of the present invention, completely outside the (Sev) envelope surface of the reaction chamber monolithic reaction chamber in the form of a multi-micro-tube array channel (Cre) to (c k) at Place transducer (T) system to face exactly its side and (slat), to quantify the overall simultaneous presence analyte in (c k) of all channels reaction chamber (Cre) of (A) , all channels reaction chamber (Cre) to (c k) lateral transducer common (T the integral measurement of the signal generated by the combination of (R) receptors, which are similarly arranged in the reaction chamber (A) and the sample By performing the) system is to improve the conventional method of evaluating sensor (A) the concentration of the analyte fluid sample (F) in.
机译:用于整体式测量的装置和生物学分析方法或通过化学传感器进行的装置和生物学分析方法涉及用于多微管阵列形式的横向换能器整体腔室。通过产生多重分布的平行流体样品(f),本发明的目的完全以多微管阵列通道(Cre)的形式在反应室整体反应室的(Sev)包络面的外部至( c k)放置在换能器(T)系统上,以正好面对其侧面和(slat),以量化所有通道反应(c k)中同时存在的全部分析物(A)的腔室(Cre),所有通道反应室(Cre)到(c k)横向换能器都是公共的(T对(R)受体组合产生的信号的积分测量,其中将类似地布置在反应室(A)和样品中的样品通过执行该系统是为了改进评估传感器(A)中分析物流体样品(F)中的浓度的常规方法。

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