PCR tubes, polymerase chain reaction tubes for laboratory testing using,0.2ml PCR 8-strip tubes

PCR tubes, polymerase chain reaction tubes for laboratory testing using,0.2ml PCR 8-strip tubes

Polymerase Chain Reaction (PCR) tubes are essential tools in molecular biology laboratories for amplifying DNA sequences. These tubes are typically made from medical-grade polypropylene (PP) material, known for its high chemical stability and compatibility with a wide range of reagents used in PCR reactions. The use of PP ensures that the tubes do not interfere with the PCR process and maintain the integrity of the samples.

One of the key features of PCR tubes is their ultra-thin tube walls. The thin walls allow for rapid and efficient thermal transfer during the PCR cycling process. This ensures that the samples reach the desired temperatures quickly and accurately, leading to precise amplification of DNA fragments. The rapid temperature transfer is crucial for achieving optimal PCR results and reducing the overall reaction time.

Moreover, PCR tubes are designed with transparency in mind. The clear and transparent nature of the tube body enables researchers to visually inspect the samples during various stages of the PCR process. This visual observation is important for monitoring the progress of the reaction, checking for the presence of contaminants, and ensuring that the samples are properly loaded into the tubes.

Among the various types of PCR tubes available, the PCR 8-strip tubes are specifically designed for use in both endpoint PCR and real-time quantitative PCR (qPCR) applications. These strip tubes are capable of accommodating up to 8 individual PCR reactions in a single strip, making them ideal for high-throughput PCR workflows. The PCR8 strip tubes are compatible with standard thermal cyclers for endpoint PCR as well as real-time PCR instruments equipped with fluorescence detection capabilities.