Streamline Your Research with a High-throughput Nucleic Acid Extraction System from Tianlong
Nucleic acid extraction is a critical step in molecular biology and genetics research, enabling the isolation of DNA or RNA from various samples for downstream analysis. To meet the demands of high-throughput experiments, automated nucleic acid extraction systems have gained popularity. These systems offer efficient and standardized protocols, reducing manual handling and increasing reliability. This blog will explore the significance of high-throughput nucleic acid extraction system and introduce Tianlong‘s GeneRotex 96 Nucleic Acid Extractor.
The importance of high-throughput nucleic acid extraction systems
High-throughput nucleic acid extraction systems have transformed the way researchers handle large sample volumes, streamlining their workflow and increasing productivity. These systems are designed to process multiple samples simultaneously, enabling researchers to extract nucleic acids from numerous samples in a single run. By automating the extraction process, these systems reduce manual labor, minimize the risk of contamination, and ensure consistent and reliable results. They are particularly beneficial in genomics research, diagnostics, and other applications that require processing a large number of samples in a time-efficient manner.
High-throughput and efficient extraction
The GeneRotex 96 Nucleic Acid Extractor features a 6×16 extraction module, accommodating 96 deep-well plates and six tube strips. This design allows for high-throughput extraction, processing from 1 to 96 samples per run. By offering flexible sample capacity, the GeneRotex 96 system minimizes reagent waste and provides researchers with the ability to adapt to various experimental needs. The system’s automated operation significantly reduces manual labor, saving time and effort for researchers.
Innovative features for reliable results
The GeneRotex 96 Nucleic Acid Extractor incorporates Tianlong’s innovative Rotary Mixing Technology (RMT), which reduces aerosol generation during the extraction process. This feature minimizes the risk of false positive results caused by cross-contamination, ensuring the accuracy of experimental outcomes. Additionally, the system’s negative pressure ventilation design, along with replaceable HEPA filtration, ensures the exhausted air is free of biological hazards. With less than 1% residual magnetic beads, the GeneRotex 96 system provides high purification levels, increasing confidence in experimental results.
Conclusion
High-throughput nucleic acid extraction systems have become invaluable tools in molecular biology and genetics research, enabling researchers to handle large sample volumes efficiently. Tianlong’s GeneRotex 96 Nucleic Acid Extractor offers a reliable and innovative solution for high-throughput extraction. With its automated operation, innovative features such as Rotary Mixing Technology (RMT), and the ability to process up to 96 samples per run, the GeneRotex 96 system streamlines the nucleic acid extraction process, saving time, reducing manual labor, and ensuring reliable results. Researchers can trust Tianlong’s commitment to excellence and efficiency as they advance their scientific endeavors.
