Virus Dna/rna Extraction Kit

Virus DNA/RNA Extraction Kit(Magnetic Beads Based)

Simple and fast : extraction within 20min, no centrifuge and can be used for automated extraction

Safer : quickly inactivate viruses during extraction

Wide used : extracting highly pure viral nucleic acid (DNA/RNA) from samples such as human nasopharyngeal swabs, sputum, broncho lavage fluid and alveolar lavage fluid

High yield: high nucleic acid extraction efficiency, making downstream detection more sensitive

High purity : Maximum removal of inhibitory impurities, high purity nucleic acid obtained can be directly used for downstream detection

Production Description

This product is used for the steps of nucleic acid extraction, enrichment and purification. This kit is applicable for extracting highly pure viral nucleic acid (DNA/RNA) from samples such as human nasopharyngeal swabs, sputum, broncho lavage fluid and alveolar lavage fluid. The obtained nucleic acid can be used in the clinical in vitro testing.



HIGH YIELD

Using magnetic beads method virus DNA / RNA extraction kit (Vazyme # RM102) and another virus extraction kit (from TI company) to extract nucleic acids from four samples, namely SARS-CoV-2 pseudovirus, African swine fever virus 3(ASFV), Porcine Epidemic Diarrhea Virus (PEDV) and HEK293 cells, and detected by qPCR detection. From the test results, it can be seen that The Ct value of the RNA extracted by the virus DNA / RNA extraction kit (Vazyme # RM102) is 1-3 lower, indicating the efficiency of Vazyme # RM102 is higher than other brands of similar virus extraction kits.


Wide compatibility

Using the virus DNA / RNA extraction kit (Vazyme # RM102) to extract the SARS-CoV-2 pseudovirus with an initial amount of 10-100000 copies, , then detected by the new coronavirus (SARS-CoV-2) nucleic acid detection kit. The test results show that the extraction kit is wide compatibility.


Storage

15 ~ 25�°C,

It is recommended to store the magnetic beads at 2 ~ 8�°C.

Please be noted the beads shall not be stored below 0�°C.