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| A 156 bp DNA fragment was diluted tenfold in a series. The diluted nucleic acid solution was then stored at 4°C and room temperature for extended periods. 1 μl of sample was taken for qPCR amplification at 15 and 30 days. The post-amplification data showed minimal change compared to the pre-storage data, which can be considered as repeatability error. This nucleic acid preservation solution can stably preserve nucleic acid samples at room temperature for extended periods. |
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| A 156bp DNA fragment was diluted tenfold in a series. The diluted nucleic acid solution was then stored at -20°C for an extended period. 1μL of the sample was taken at 50, 65, 90, and 190 days for qPCR amplification. The post-amplification data showed minimal change compared to the pre-storage data, which can be considered a repeatability error. This product can stably preserve nucleic acid samples at low temperatures for extended periods. |
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A 156 bp DNA fragment was diluted tenfold in a series. The diluted nucleic acid solution was then repeatedly frozen and thawed. 1 μL of the sample was taken for qPCR amplification after the 10th, 20th, and 30th freeze-thaw cycles. The post-amplification data showed minimal change compared to the pre-storage data, which can be considered as repeat operation error. This product provides excellent protection for nucleic acids subjected to repeated freeze-thaw cycles. |
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