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Method and device for analyzing the chemical or biological by the sensor is monolithic chamber in the shower multi - micro - tubular and lateral measurement transducer integrale
Method and device for analyzing the chemical or biological by the sensor is monolithic chamber in the shower multi - micro - tubular and lateral measurement transducer integrale
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机译：通过传感器分析化学或生物的方法和装置是淋浴器中的整体腔多微管和横向测量传感器的整体
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摘要
The apparatus employed receives a fluid sample (F) in a test volume (Vep) where a reaction area (Sev) in a reaction chamber (Cre) is formed by a multi-micro-tubular monolithic sheaf in a multi-tangential disposition (c 1, c 2, c k, c n). The tubular microchannels (C k) number about 300,000. They have any geometric cross section and are about 10 mu m across. An integral, lateral expansion transducer (T) measures the expansive state (E) of the bundle. The integral measurement is delta E = Sk=1...n Sij (dE) ijk, i.e. a summation expressing the overall total of lateral displacements corresponding with the formation of complexes as a result of analyte (a i) to receptor (r j) bonding. The method and practical implementations of the apparatus are further detailed. Independent claims are included for the corresponding sensor and a test cartridge.
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机译：所使用的设备以测试体积（Vep）接收流体样品（F），其中反应室（Cre）中的反应区域（Sev）由多微管整体式多切向布置（c）形成。 1，c 2，ck，cn）。管状微通道（C k）的数量约为300,000。它们具有任何几何横截面，宽约10微米。一体的横向膨胀传感器（T）测量束的膨胀状态（E）。积分测量值是ΔE = Sk = 1 ... n Sij（dE）ijk，即表示由于分析物（ai）与受体（rj）结合而形成络合物的横向位移的总和。该装置的方法和实际实现将进一步详细描述。包括相应传感器和测试盒的独立索赔。
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