Precision and Performance: Unveiling the Secrets of Superyears Capillary Arrays

Capillary arrays, a core component used in sequencing and fragmentation of samples on genetic analysers and genetic analysers, are a key consumable.

The capillary array consists of an inlet end, a quartz capillary, a detection window and a gel injection end.

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During the electrophoresis process, as high pressure is applied to both ends of the capillary array, the nucleic acid sample enters the capillary array from the inlet end in an electrically injected manner, and the sample passes through the detection window in order of molecular weight, from smallest to largest.

After receiving the fluorescence signal from the sample in the detection window, the final results are converted and exported by the analysis software.

Advantages

1.?Optional capillary lengths

The effect of separation of nucleic acid substances in the channel is closely related to the electrophoretic length. In daily work experiments, in order to get better separation effect, we usually configure right capillaries and extend the electrophoresis time to improve the resolution. Customers can choose a more suitable capillary array length according to the fragment length of the experimental samples.

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2. Flux for multiple applications

The 16-channel capillary array is more compatible with the flexible use of a small number of samples and a large number of samples. For the clinical kits available in the market, the 16-channel is able to satisfy the testing of multiple samples by a single run.

In addition to capillary arrays, Superyears also provides reliable and high-quality consumables for customers to choose，such as buffer, pop-4 pop-7 and others. By providing a full set of product support for the Sanger generation of genetic analysers, Superyears continues to provide the industry with higher quality products and better service.

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