Real-time fluorescence quantitative PCR instrument , composed of a fluorescence quantitative system and a computer, is used to monitor the fluorescence during the cycle. A computer connected to a real-time device collects fluorescence data. The data is displayed in the form of graphs through the developed real-time analysis software. Raw data are plotted as fluorescence intensity versus cycle number. Analysis can begin after raw data has been collected. The software of the real-time device normalizes the collected data to compensate for differences in background fluorescence. After normalization, a threshold level can be set, which is the level at which the fluorescence data is analyzed.

Real-time fluorescence quantitative PCR instrument product features:

1. Precise

A 1.5-fold change in template concentration was distinguished with a 95% confidence interval; linear range from 1 to 1010 copies, R2≥0.99.

2. Multiple

Four/six-color fluorescence quantitative PCR; application of multi-core glass optical fiber conduction, 3D hole-by-well scanning technology, no edge effects and differences between wells, four-fold/six-fold fluorescence quantitative PCR can be easily established.

3. Efficient

Self-contained display, 10-inch touchscreen and minimalist APP are intuitive and easy to use for all experiments.

4. Precision

The new thermal chamber design, unique temperature control technology, and the real temperature of the liquid in the PCR tube can improve the repeatability and accuracy of the experimental results several times.

5. Optimization

No need for daily equipment maintenance, free system OTA upgrade

Fluorescence:

Four-color/six-color LED excitation and advanced optical system can completely eliminate fluorescence crosstalk between channels. Long-term use without additional fluorescent dye compensation.

performance:

Has repeatability and precision, CV≤1.0%; low detectable 1 copy.

operate:

With a 10-inch Android tablet and multi-function analysis software, it can meet almost all experimental requirements and easily obtain data; it can run independently without the need for a separate computer; a powerful and easy-to-use APP makes operation and data analysis extremely simple.

Applications:

infectious disease

food safety

Oncology and Genetic Disease Research

Plant Science and Agricultural Biotechnology

Gene Mutations and Polymorphisms