Tianlong presents its advanced nucleic acid extraction system, designed to streamline laboratory workflows and deliver accurate results. Nucleic acid extraction is a critical step in molecular biology research and diagnostics. With Tianlong’s expertise and commitment to innovation, their nucleic acid extraction system offers exceptional performance. This article explores the features and benefits of Tianlong’s nucleic acid extraction system, focusing on its inter-well extraction difference, rotational speed, and heating temperature control.
Inter-well Extraction Difference:
Tianlong’s GeneRotex 96 nucleic acid extraction system boasts an inter-well extraction difference with a CV of ≤3%. This impressive level of consistency ensures that each well within the system performs uniformly, reducing variability in extracted nucleic acids. Researchers can have confidence in the reliability and reproducibility of their results, enabling accurate downstream applications such as PCR, sequencing, and genotyping. With Tianlong’s nucleic acid extraction system, laboratories can achieve precise and consistent nucleic acid extraction, enhancing the overall quality of their research and diagnostics.
Rotational Speed:
The GeneRotex 96 nucleic acid extraction system by Tianlong features a rotational speed of ≤3000rpm. The controlled rotational speed ensures efficient and thorough mixing of reagents, samples, and magnetic beads during the extraction process. Effective mixing is crucial for achieving optimal binding of nucleic acids to magnetic beads, improving extraction efficiency. By maintaining a consistent rotational speed, Tianlong’s system enables laboratories to extract nucleic acids with high yield and purity, enhancing the sensitivity and reliability of downstream molecular analyses.
Heating Temperature Control:
Tianlong’s nucleic acid extraction system offers precise heating temperature control throughout the extraction process. The Tianlong GeneRotex 96 nucleic acid extractorhas lysis heating temperature which ranges from room temperature to 120°C, facilitating efficient nucleic acid release from various sample types. Its elution heating temperature also ranges from room temperature to 120°C, ensuring complete elution of extracted nucleic acids. This precise temperature control optimizes the extraction process, allowing researchers to obtain high-quality nucleic acids from diverse sample types with minimal degradation or loss. The system’s versatility in temperature control contributes to the reliability and accuracy of downstream molecular analyses.
Conclusion:
Tianlong’s nucleic acid extraction system provides laboratories with a reliable and efficient solution for extracting high-quality nucleic acids. The system’s inter-well extraction difference ensures uniform performance and reduces variability, delivering consistent and reproducible results. The controlled rotational speed enables thorough mixing, maximizing extraction efficiency and yield. Precise heating temperature control throughout the process ensures optimal nucleic acid release and elution. By choosing Tianlong’s nucleic acid extraction system, laboratories can streamline their workflows, improve the accuracy of their molecular analyses, and advance their research and diagnostics in various fields, including genomics, infectious diseases, and personalized medicine.