0936014915

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0936014915 is an intelligent device used for the detection of target molecules. It is an integrated digital molecular recognition system with a high-density integrated circuit, firmware, and software that can acquire target molecule information, analyze data, and generate a recognition signal in order to identify target molecules.

The 0936014915 is widely used in the analysis of biological components. It can be used to detect microbial proteins, nucleotides, metabolites, hormones, proteins, and glycoproteins. It is highly efficient in large-scale, high-throughput analysis of biological samples, such as protein microarrays, cell-free systems, and high-throughput sequencing.

The working principle of the 0936014915 is based on surface acoustic wave technology. The device utilizes a piezoelectric transducer that vibrates a surface acoustic wave when a voltage is applied. The transducer is mounted on a chip and the resulting surface acoustic waves propagate along the chip. A biochemical analyte is immobilized on the surface of the chip and the surface acoustic wave interacts with the sample when the wave passes over the sample. This interaction causes a refractive index change which in turn affects the propagation of the surface acoustic wave. This change in the wave propagate is detected by the piezoelectric transducer. By analyzing this wave, it is possible to detect the target molecules and identify them.

The 0936014915 is suitable for detection of a wide range of target molecules. The device has been used for the qualitative and quantitative measurement of a variety of bio-molecules such as DNA, RNA, proteins, polysaccharides, lipids, and polyamines. It is capable of simultaneously detecting multiple species of target molecules in a single sample. The device is also capable of detecting small quantities of target molecules and can be used in both liquid and gas phases. In addition, it is able to discern structural changes and distinguish between identical molecules. This makes it suitable for applications such as molecular recognition, quantification, and diagnostics.

In conclusion, the 0936014915 is a highly sensitive and versatile device that has numerous applications in the fields of biology, biochemistry, and biotechnology. Its ability to rapidly detect and identify target molecules makes it valuable for a variety of possibilities, including molecular recognition, quantification, and diagnostics. Furthermore, its low cost and simple operation make the device an attractive option for researchers in the field.

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