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                    Products > Virus-related Products > V4002 Viral Nucleic Acid (DNA/RNA) Miniprep Kit (Magnetic Beads) CE FDA

                    V4002 Viral Nucleic Acid (DNA/RNA) Miniprep Kit (Magnetic Beads) CE FDA

                    Viral Nucleic Acid (DNA/RNA) Miniprep Kit (Magnetic Beads)

                    Catalog No.: V4002   Size: 200 preps

                     

                    Description

                    The Viral Nucleic Acid (DNA/RNA) Miniprep Kit (Magnetic Beads) is a product specially designed for KingFisher and other nucleic acid extraction instruments. It is a small volume purification kit suitable for the extraction of various virus RNA/DNA from plasma, non-cellular body fluids, viral stock solutions and infected tissues. The kit adopts the magnetic particle purification technology based on superparamagnetism, which can minimize the risk of cross-contamination and improve the sensitivity and accuracy of detection. The operation time of the instrument is only 50 minutes.

                     

                    Main components

                    The kit consists of the following components:

                    The name of the reagent

                    Amount

                    Component description

                    Buffer MVL

                    45 ml

                    Provide environment for lysing

                    Buffer MB

                    25 ml

                    Provide environment for binding to the magnetic beads

                    Buffer MW1

                    55 ml

                    Remove residual proteins and other impurities

                    MagV Beads

                    5.2 ml

                    Adsorb viral nucleic acid

                    DEPC-Water

                    15 ml

                    DEPC - treated water, RNase - free

                    Carrier RNA

                    450 μl

                    Capture trace nucleic acid

                    Proteinase K

                    1 ml × 2

                    Lyses proteins bound to nucleic acids

                     

                    Storage conditions

                    Store Carrier RNA and Proteinase K at -20°C, MagV Beads and DEPC-Water at 2-8°C, others at room temperature (RT, 15-25°C), and transport at RT.

                     

                    Notes

                    1. Prepare your own RNase-free pipette tips, 1.5 ml RNase-free centrifuge tubes, centrifuge, etc.

                    2. The virus has a strong ability to infect, a variety of defense measures must be done before the operation.

                    3. Avoid repeated freezing-thawing of samples, otherwise the extracted viral RNA will be degraded and the extracted amount will decrease.

                    4. All operating procedures, if not specified, are carried out at room temperature (15-25°C).

                    5. When using this kit, please wear lab coat, disposable latex gloves, disposable masks and use RNase-free consumables to avoid RNase pollution to the greatest extent.

                    6. Please check whether there is crystal precipitation in the Buffer MVL. If there is crystal precipitation, place it at room temperature or 37°C until the crystal is dissolved. Mix it before use.

                     

                    Before use:

                    Add 55 ml anhydrous ethanol to Buffer MW1, and store at RT.

                    Add 58 ml isopropanol to Buffer MB, and store at RT.

                    Prepare a 75% ethanol solution.

                     

                    Protocol A: Manual Operation Process

                    1. Viral lysis. Different lysis procedures should be adopted for different experimental materials, as follows:

                    A. Lysis of virus in plasma, serum, cell-free body fluids, and viral stock solution: prepare 10-200 μl of plasma, serum, cell-free body fluids, or viral stock solution. If the initial amount is less than 200 μl, use PBS solution or DEPC-Water to make up to 200 μl.

                    B. Lysis of virus-infected tissues: prepare 10 mg of virus-infected tissues to be ground with liquid nitrogen, and add 200 μl of PBS solution or DEPC-Water to the ground tissues.

                    C. Throat swab (with preservation solution): Vortex vigorously for 1 min, take 200ul for experiment.

                    D. Throat swab (dry): Add 300 μl Buffer MVL and 10 μl Proteinase K, vortex vigorously for 15 sec, mix well. Incubate at 56°C for 10 min, centrifuge at the highest speed for 1 min, take 200 μl supernatant and add 2 μl Carrier RNA. Continue the experiment from step 4.

                     

                    2. Add 200 μl Buffer MVL, 10 μl Proteinase K and 2 μl Carrier RNA, vortex vigorously for 15 sec, mix well.

                    3. Incubate at 56°C for 10 min.

                    4. Add 400 μl Buffer MB and 25 μl MagV Beads to the above mixture, mix well. Let stand for 3-5 minutes.

                    5. Transfer the above mixture to the magnetic separation rack, and let stand for 3-5 minutes to absorb the beads. Carefully discard all solutions.

                    6. Add 500 μl Buffer MW1. Vortex mix for 15 seconds. Transfer the reclosion to the new tube.

                    7. Transfer the above mixture to the magnetic separation rack, and let stand for 2 minutes to absorb the beads. Carefully discard all solutions.

                    8. Add 600 ul 75% ethanol and vortex the mixture for 15 sec.

                    9. Transfer the above mixture to the magnetic separation rack, and let stand for 2 minutes to absorb the beads. Carefully discard all solutions.

                    10. Repeat steps 7-9 once.

                    11. Centrifuge briefly to collect droplets from the wall of the tube. Transfer to the magnetic separation rack and carefully discard all solutions.

                    12. Air drying for 7-10 min.

                    13. Add 30~50 μl DEPC-Water, vortex to disperse magnetic beads. Let stand for 3-5 min, during which gently oscillate 1-2 times to accelerate nucleic acid dissolution.

                    14. Transfer to the magnetic separation rack and let stand for 3 min. Transfer the nucleic acid solution to a new 1.5 ml centrifuge tube.

                     

                     


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