Used SHIMADZU MCE-202 MultiNA #293759639 for sale

SHIMADZU MCE-202 MultiNA is a high-performance capillary electrophoresis (CE) instrument developed by SHIMADZU, a leading provider of analytical and measuring instruments. The MultiNA is designed for the analysis of nucleic acids, specifically DNA and RNA, with high sensitivity, resolution, and throughput. This advanced spectrometer is widely used in various fields such as molecular biology, genetics, microbiology, and biochemistry for applications like genotyping, gene expression analysis, mutation detection, and quality control of nucleic acid samples. MCE-202 MultiNA operates on the principle of capillary electrophoresis, a powerful separation technique based on the differential migration of charged molecules in an electric field through a capillary filled with an electrolyte solution. This technology allows for the analysis of nucleic acids based on their size, charge, and conformation, enabling precise and accurate separation of DNA and RNA fragments. The instrument features a highly sensitive detection system, typically using fluorescent dyes that bind specifically to nucleic acids for enhanced signal detection. One of the key features of SHIMADZU MCE-202 MultiNA is its modular design, which allows for flexible configurations and customization based on the user's specific requirements. The system consists of several modules, including the main control unit, capillary array module, fluorescence detector, temperature control unit, and data analysis software. This modularity enables seamless integration of additional accessories and upgrades to adapt the instrument to different applications and analytical tasks. The capillary array module of the MultiNA is equipped with multiple fused-silica capillaries, typically ranging from 8 to 96 capillaries, allowing for parallel analysis of multiple samples simultaneously. This multiplexing capability significantly improves sample throughput and efficiency, making the MultiNA ideal for high-throughput nucleic acid analysis in research and clinical laboratories. The capillaries are coated with a polymer matrix that facilitates the separation and migration of nucleic acids with high resolution and reproducibility. The fluorescence detector employed in MCE-202 MultiNA is a highly sensitive and stable detection system that enables real-time monitoring of nucleic acid separation. The detector is equipped with advanced optics and filters to capture and measure fluorescence signals emitted by labeled DNA and RNA fragments during electrophoresis. The instrument's temperature control unit ensures precise temperature regulation of the capillary array to maintain optimal separation conditions and enhance the reproducibility of results. Data acquisition and analysis are facilitated by the dedicated software package provided with SHIMADZU MCE-202 MultiNA. The intuitive software interface allows users to set up experiments, monitor runs in real-time, and analyze data quickly and efficiently. The software includes tools for peak detection, quantification, sizing, and comparison of nucleic acid fragments, enabling comprehensive data interpretation and reporting. In conclusion, MCE-202 MultiNA is a sophisticated and versatile capillary electrophoresis instrument designed for high-performance nucleic acid analysis. With its advanced features, modular design, and user-friendly interface, the MultiNA offers researchers and scientists a powerful tool for studying genetic material with exceptional sensitivity, resolution, and speed.