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What Is A Real-Time PCR System, And What Are The Advantages

Real-time PCR systems are increasingly becoming a part of laboratories that conduct all types of DNA testing procedures. Learn more about the advantages of this type of system and how it can help you save time and resources during testing.

What is a Real-Time PCR System?

A real-time PCR system is a type of PCR used in molecular biology to detect the presence of specific mRNAs or proteins in a sample. The advantage of using a real-time PCR system is that it allows scientists to quickly and accurately determine the levels of specific genes or proteins in a sample. Additionally, real-time PCR systems are often more sensitive than traditional PCR systems, which makes them ideal for detecting low levels of gene or protein expression.

Why is a Real-Time PCR System Useful?

A real-time PCR system is a powerful tool that can be used to detect and quantify specific DNA sequences in a sample. The advantages of using a real-time PCR system over traditional methods such as DNA sequencing are that it is faster and more accurate. Additionally, real-time PCR can be used to identify specific markers or genes associated with disease or health conditions.

A Reliable Real-Time PCR System Supplier: Sansure

Sansure Biotech Inc. is an in vitro diagnostic solution provider integrating diagnostic reagents, instruments, and independent clinic laboratory services with its own innovative gene technology as its core. The company is committed to becoming a genetic technology provider and is a National Demonstration Centre for the Application of Genetic Testing Technology and a National Joint Local Engineering Research Center for Genetic Diagnosis of Infection Diseases and Tumours.

Based on the conventional fluorescence PCR instrument, Sansure has independently developed and upgraded “Multiplex fluorescent PCR-amplification technology” from the aspects of amplification reaction buffer system and probe labeling technology, etc. This technology is creatively combined with the detection technology of the TaqMan probe and melting curve. It also overcomes the limitation of single-channel detection of one target, realizes the detection and analysis of at least two targeted targets in the monochromatic fluorescent channel simultaneously, detects at least eight targets in one reaction tube at the same time, and realizes the rapid and accurate identification and diagnosis of multiple pathogens.

Conclusion

A real-time PCR system is an extremely accurate and efficient way to detect and quantify genetic material. The technology has many advantages, such as its ability to quickly and accurately identify specific DNA sequences. Additionally, real-time PCR is relatively simple to use, making it a valuable tool for researchers and scientists.

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