The fluorescence quantitative PCR detector is mainly used to run real-time fluorescence quantitative PCR experiments. Through fluorescence excitation and collection, the experimental process is monitored in real time. The experimental process data is plotted as a fluorescence curve and presented in real-time on the instrument display interface. The experimental data is fitted and analyzed, and finally a PDF format experimental report can be generated.

Rapid and accurate qualitative and quantitative analysis of target nucleic acids contained in biological samples (such as blood, body fluids, etc.) taken from other animals, as well as standard curve, melting curve, genotyping and other analyses of special samples.

Instrument characteristics of fluorescence quantitative PCR detector

1. Small size, light weight, and easy to carry. Easily meet the needs of outdoor experiments.

2. Built in 7-inch high-definition capacitive screen PDA, touch screen operation, simple and fast.

3. Android operating system, simple and intuitive software guidance, even beginners can easily learn. Program can be pre-set to enable one click start of experiments.

4. Marlow high-quality Peltier refrigeration chips, combined with PT1000 temperature sensor and temperature control mode with electric resistance heating compensation edge, have a maximum heating rate of 6 ℃/s and a maximum cooling rate of 4 ℃/s, greatly reducing experimental time.

5. Adopt an efficient heat dissipation system, fully utilize the characteristics of heat conduction, accelerate the heat dissipation of semiconductors during cooling, and speed up temperature control.

6. Adopting an electric resistance heating compensation edge temperature control mode for better temperature uniformity

7. Powerful software features: Fluorescence based PCR system software; Real time amplification reaction curve function; Real time response curve display of specific specimens; Real time temperature curve; Data analysis function; Automatic judgment function for yin-yang results; Graphic display function, etc.