Real-time PCR systems

Real-time PCR systems are modern laboratory technologies that allow rapid and accurate detection of genetic material in samples. This technology is important for the diagnosis of infectious diseases, the study of genetic mutations, and is also used in scientific experiments. With the ability to monitor the amplification process, thanks to the amplifier, in real time, PCR systems provide a high level of control and speed of obtaining results.

What is a real-time PCR system?

A real-time polymerase chain reaction system is laboratory equipment that includes an amplifier, analyzers, and a software interface for monitoring the process of DNA or RNA amplification in real time. A key advantage of this technology is the ability to simultaneously measure the amount of amplification product with each cycle. This allows not only to determine the presence of genetic material, but also to estimate its amount, which is extremely important for accurate analysis.

How does a real-time PCR system work?

Devices (systems) for determining the polymerase chain reaction include Real-Time amplifiers that have highly sensitive optical systems for scanning fluorescent signals during the reaction. During the amplification process, the fluorescent markers of the equipment signal the amount of genetic material in each cycle, which is displayed on the screen in the form of a graph. The software interface of the equipment allows you to configure various protocols, choose optimal modes and temperatures for different samples. Thanks to the device, you can create individual protocols for specific studies.

The amplifiers are equipped with a reliable power supply system to ensure stable operation, which guarantees the accuracy and reliability of the results. Each fluorescence channel enables multiplex analysis, which allows the detection of multiple targets in a single sample.

Where is the real-time system used?

Real-time PCR systems are used in a variety of fields, including medicine, biological research, and environmental monitoring. In medicine, real-time PCR amplifier equipment allows rapid diagnosis of various infectious diseases, as well as identification of genetic mutations for the development of individual therapies. In the scientific field, analyzers are used to analyze genetic sequences, and in ecology, they are used to monitor the state of the environment.

For laboratories that need reliable solutions, real-time PCR equipment can be purchased on the market at an affordable price. Thanks to the quick results and the ability to customize the working protocol, PCR system devices in the "here and now" mode have become the main tool in modern diagnostics and scientific research.