Benefits of Automation in Single-Cell Sequencing

Benefits of Liquid Handling Automation in Single-Cell Sequencing

Liquid handling automation is a key aspect of single-cell sequencing experiments, offering a number of benefits that can help to improve the accuracy and consistency of the results. One of the main advantages of liquid handling automation is that it increases the speed and efficiency of the process. Unlike manual liquid handling, automated liquid handling systems can perform tasks much more quickly and with greater precision, reducing the human prone errors and increasing the throughput of the experiment.

Another benefit of liquid handling automation is improvement of the reproducibility and consistency of the results. Automated liquid handling systems can be programmed to perform specific protocols with a high degree of accuracy and consistency, reducing the impact of human error on the results. This is particularly important in single-cell sequencing experiments, where small variations in the sample preparation can have a pronounced effect on the outcome.

Scalability is another benefit of liquid handling automation. Single-cell sequencing experiments can generate large amounts of data, and the process of NGS library preparation, performed manually, is labor-intensive and time-consuming. Automated liquid handling systems can coordinate the processing of large numbers of samples in parallel, increasing the capacity of the experiment and allowing for the analysis of more cells.

Finally, liquid handling automation increases the flexibility of the experiment. Automated liquid handling systems can be programmed to perform a wide variety of protocols, allowing for the analysis of different types of samples and the incorporation of different types of reagents. This can be especially useful in single-cell sequencing experiments, where different cell types or tissue samples may require different methods of preparation.

Taken together, by increasing the speed and efficiency, improving reproducibility and consistency, increasing scalability and flexibility, liquid handling automation helps scientists in providing accurate and consistent single-cell sequencing data.

Being at the forefront of non-contact liquid handling automation, DISPENDIX supports the development and implementation of semi-automated (using I.DOT Liquid Handler & G.PURE NGS Clean-Up Device) and fully automated G.STATION NGS Workstation approaches for single-cell RNAseq studies.

Watch the I.DOT Liquid Handler demo video and how to bring these benefits to your lab today!