What significant improvements have been made to the cell lysis efficiency of the AccordEdge system-duplex run?
Publish Time: 2025-02-03
In the field of biological science research and clinical diagnosis, cell lysis is a key step in extracting intracellular biomacromolecules (such as DNA, RNA, and proteins). In recent years, with the continuous advancement of technology, various efficient cell lysis methods and equipment have emerged. Among them, the double-sided operation mode of the AccordEdge system has achieved a significant improvement in cell lysis efficiency, bringing unprecedented convenience to researchers.
The AccordEdge system stands out with its advanced double-sided design. When processing samples, traditional single-sided operation systems are often limited by operating space and time, making it difficult to further improve the lysis efficiency. The introduction of the double-sided operation mode enables the system to process twice the number of samples at the same time, greatly improving work efficiency. More importantly, the double-sided design does not sacrifice the lysis effect. Instead, by optimizing the lysis conditions and parameters, each sample can obtain a uniform lysis effect.
In the process of cell lysis, the AccordEdge system uses a variety of advanced lysis technologies and methods. These technologies include but are not limited to mechanical lysis, chemical lysis, and enzymatic hydrolysis. The double-sided running system can intelligently select the appropriate lysis strategy according to different cell types and experimental requirements to ensure the best lysis effect. In addition, the system is equipped with a high-precision temperature and pressure control system that can accurately adjust various parameters in the lysis process, further improving the efficiency and accuracy of lysis.
In addition to the improvement of lysis efficiency, the accordedge system-duplex run also has many other advantages. For example, the system has a very high degree of automation, which can greatly reduce the workload of experimenters. At the same time, the intelligent design of the system also makes the experimental process more flexible and controllable, and can meet the changes in different experimental requirements. In addition, the double-sided running system also has good compatibility and scalability, and can be seamlessly connected with a variety of subsequent processing steps and instruments to form a complete experimental process.
In general, the significant improvement of the accordedge system-duplex run in cell lysis efficiency has brought revolutionary changes to the fields of biological science research and clinical diagnosis. It not only improves work efficiency and lysis effect, but also reduces experimental costs and personnel burden. With the continuous advancement of technology and the continuous expansion of application fields, it is believed that the accordedge system-duplex run will play a more important role in future biological science research.
