Fast fluorescence PCR technology platform
The continuous development and cost reduction of fluorescent PCR detection technology have made its application scope widely popular. Advances in PCR technology, the development of miniaturized and portable PCR equipment, the implementation of automated processes, and the improvement of new reagents have jointly promoted rapid and instant PCR testing to become more common in the next few years. This rapid test can reduce patient waiting time, improve efficiency and reduce costs in the fields of healthcare and food safety, while also enabling on-site testing, thereby expanding the scope of application of fluorescent PCR.
Platform technology advantages
The rapid real-time fluorescence quantitative PCR instrument independently developed by Apbai Bio, with its multiple patented technologies and breakthrough innovations, is a new generation of rapid fluorescence quantitative PCR instrument. With its high efficiency, rapidity, sensitivity, specificity, user-friendliness and innovative technology, this PCR instrument has a unique competitive advantage in the market and is providing strong technical support for many fields such as clinical diagnosis, scientific research applications, food safety, agriculture and environmental monitoring.
Marlow semiconductor temperature control-fast and accurate
Top lighting optical path design - good performance and high compatibility
Intuitive and user-friendly software operation - in line with MIQE guidelines
Fast fluorescent PCRFast fluorescence PCR
Main application scenarios
Rapid fluorescent PCR detection not only improves the efficiency of diagnosis and research, but also plays an important role in many fields such as public health, forensics, agriculture and food safety. With its rapidity and accuracy, it provides strong support for us to cope with various challenges.
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Disease diagnosis：
Infectious diseases: such as COVID-19, influenza, AIDS, etc., rapid PCR testing can quickly determine the presence of pathogens, so that timely isolation and treatment measures can be taken to prevent the spread of the disease.
Genetic diseases: Gene mutations associated with genetic diseases can be quickly detected, helping doctors intervene and treat them early. -
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Public Health：
Epidemic control: When an epidemic breaks out, rapid PCR testing can help public health agencies quickly understand the scope of infection and transmission routes, thereby formulating effective prevention and control measures.
Surveillance and screening: Regular rapid PCR testing can monitor pathogens in the population and detect potential public health threats in a timely manner. -
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Scientific research applications：
Genetic research: PCR technology is a basic tool in genetic research. Rapid PCR detection can accelerate scientific research progress and promote the development of new drugs and new therapies.
Environmental monitoring: It can be used to detect microorganisms and pollutants in the environment to help protect the ecosystem. -
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Forensic Science：
DNA Identification: Rapid PCR testing is used in forensics to identify individuals, parentage, and crime scene analysis, providing important evidentiary support.
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Agriculture and food safety：
Crop and livestock diseases: Rapid PCR testing can promptly detect and control pathogens of crops and livestock, protecting agricultural production and food safety.
GMO testing: used to detect genetically modified ingredients in food to ensure the accuracy of food labels and consumers' right to know.