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qPCR provides volume range from 10 to 100 µL with handles up to 24 samples simultaneously. They feature high-power LED excitation, fast thermal cycling, and multi-channel fluorescence. These compact systems fit standard lab spaces and allow real-time nucleic acid monitoring. Their high sensitivity detects single-copy targets, aiding genetic studies and molecular studies. Our qPCR systems are reliable for clinical diagnostics and research analysis.
Frequently Asked Questions
1 What is a qPCR?
A qPCR is an apparatus designed for quantifying DNA or RNA in a sample, allowing researchers to measure gene expression levels or detect the presence of specific genetic material.
2 How is qPCR used in clinical diagnostics?
In clinical diagnostics, it is used to detect and quantify pathogens such as viruses and bacteria.
3 How does qPCR contribute to cancer research?
It contributes to cancer research by quantifying gene expression levels of oncogenes and tumor suppressor genes, enabling qPCR to help identify biomarkers and monitor treatment response.
4 Can qPCR be used for detecting viral load in patients?
It is widely used for detecting and quantifying viral load, making qPCR essential for monitoring disease progression and treatment efficacy in conditions like HIV and hepatitis.
5 How is qPCR applied in agricultural biotechnology?
In agricultural biotechnology, it is applied to detect genetically modified organisms (GMOs), monitor plant pathogens, and assess gene expression in crops.
6 What role does qPCR play in environmental testing?
It plays a significant role in environmental testing by detecting and quantifying microbial contaminants in water, soil, and air samples.
7 How is qPCR used in food safety testing?
In food safety, it is used to detect foodborne pathogens making it essential for ensuring the microbial safety of food products.
8 Is qPCR suitable for forensic applications?
It is suitable for forensic applications, including quantification of human DNA in crime scene samples, making qPCR useful in DNA profiling and degraded sample analysis.
9 How is qPCR used in microbiome studies?
In microbiome studies, it is used to quantify specific microbial populations, validate next-generation sequencing results, and study microbial dynamics.
10 How is qPCR used in vaccine development?
In vaccine development, it is used to quantify viral RNA or DNA, assess immune gene expression, and verify genetic constructs.