1. Quantitative PCR, which is different from qualitative PCR reactions, requires higher accuracy and precision in sample processing to avoid the production of high false reaction products due to errors in sample addition experiments. Combined with quantitative PCR, the reliability of reaction results can be guaranteed.
2. Enzyme labeling reaction can avoid contamination of reactants by traditional addition of tubular samples through replaceable nozzles.
3. Fluorescence and chemiluminescence high-throughput detection of proteins, combined with lead plate fluorescence and chemiluminescence high-throughput protein detector, can more accurately quantify proteins.
4. The desired cell or bacterial clones can be extracted from 24 plates or other cultures, such as genetic engineering, and the clones can be sorted according to their designed order.
5. Biological agents or biopharmaceutical pilot tests can not only handle liquid movement between plates, but also handle many other powerless special samples such as pipelines and plates, or glass test tubes and centrifuge tubes. Therefore, their applications can involve a wider range.
The automatic liquid transfer workstation is an automatic liquid processing equipment designed and developed to meet the needs of modern laboratories for high-throughput and high-precision trace liquid processing. It meets most of the liquid processing needs used in biotechnology, and is small in size, flexible and powerful. It is suitable for the distribution of trace liquids in medical testing institutions, biotechnology research and service institutions, forensic science, inspection and quarantine and other fields of laboratory.