Product Description
EZ lentivirus infection enhancer (hereinafter referred to as "EZ enhancer") can significantly enhance the efficiency of retroviral infection in cells. Only through formula optimization, this product further enhances the adsorption of sialic acid and virus particles on the cell surface, greatly increasing the efficiency of virus infection in cells. After optimizing the formula, the side effects of the reagent are reduced, the dosage is more stable, and it is more widely applicable to cells.
Significant effect:It can significantly enhance the effectiveness of slow virus infection and effectively save virus usage;
Strong adaptability:almost no cytotoxicity, can adapt to sensitive cells;
Good stability: The product is stable and has a long storage time.
Product components
Product Name | Item number | Specifications |
EZ lentivirus infection enhancer | AC04L443 | 250uL |
EZ lentivirus infection enhancer | AC04L444 | 500uL |
Transportation and storage
Blue ice transportation- Stored at 20 ℃, with a shelf life of 12 months.
This product is only for scientific experimental research and should not be used in clinical diagnosis, treatment, or other fields.
Fill in the product batch number for querying
Fill in the product batch number for querying
[{"text1":"What should be noted after infecting adherent cells?","text2":"72 hours after virus infection of cells, if there are fluorescent proteins (GFP, mCherry, etc.) on the vector, the cells can be observed under a fluorescence microscope to determine the efficiency of slow virus infection of target cells. If the fluorescence is weak, it can be observed after 96 hours. Select a suitable time point for the experiment based on the subsequent experimental content. If the carrier does not contain fluorescent proteins, it is not possible to directly determine the virus infection efficiency through fluorescence microscopy. qPCR, WB, or target antibody immunofluorescence or target antibody flow cytometry can be used to detect virus expression."},{"text1":"What should be noted after infecting suspended cells?","text2":"After 72 hours of virus infection in cells, observe the cells under a fluorescence microscope to determine the efficiency of slow virus infection in target cells. If the fluorescence is weak, it can be observed after 96 hours. Select a suitable time point for the experiment based on the subsequent experimental content."},{"text1":"What should be noted after infecting primary neurons?","text2":"After 72 hours of virus infection, observe the cells under a fluorescence microscope to determine the efficiency of infection. If the fluorescence is weak, it can be observed after 96 hours. Select a suitable time point for the experiment based on the subsequent experimental content."}]
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