MultiNA II MCE-301

The MultiNA II from Shimadzu Corporation is a compact, automated microchip electrophoresis system for high-precision DNA and RNA analysis. It was developed for research laboratories that require reproducible, rapid, and user-friendly nucleic acid analysis—for example, in molecular biology, genomics, transcriptomics, and quality control. Unlike conventional gel electrophoresis, the MultiNA II utilizes standardized microchips that enable high separation efficiency with low sample and reagent consumption. Sample preparation is minimal, and the analysis process is largely automated. This reduces operator error, increases reproducibility, and saves valuable laboratory time. Multiple samples can be analyzed sequentially in a single run, significantly increasing sample throughput.

The MultiNA II supports a wide range of applications, including size determination, quantification, and quality assessment of DNA fragments and RNA samples. Typical applications include the control of PCR products, NGS libraries, plasmids, and RNA integrity assessment. Thanks to its high sensitivity and resolution, even low concentrations can be reliably detected. The accompanying software offers an intuitive user interface, automatic peak detection, precise size calibration, and clear result display. Data can be easily exported and used for further analysis or documentation. Predefined methods facilitate getting started, while flexible settings allow experienced users to customize the results in detail.

With its compact design, the MultiNA II requires minimal floor space and integrates seamlessly into existing laboratory environments. The combination of reliability, ease of use, and analytical performance makes it an efficient alternative to time-consuming, manual electrophoresis methods. Overall, the MultiNA II offers a modern, standardized solution for routine and demanding nucleic acid analysis in the laboratory.