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Labmate Quantitative PCR delivering sensitive detection and measurement of nucleic acids across various studies. These systems are equipped with fluorescence-based real-time monitoring and enhanced thermal control, ensuring consistent amplification. They feature streamlined software interfaces and modular designs to fit diverse laboratory setups. They support multiplex assays, gene expression studies, and absolute analysis with broad dynamic ranges. Our Quantitative PCR is consistent, dependable, flexible solution, making essential asset for research, and clinical diagnostics.
$ 14000 / Each of 1
Selection Guide for Quantitative PCR
When selecting Quantitative PCR, it's important to evaluate specifications that directly impact assay sensitivity, accuracy, and throughput. This particular model provides detection capacities of up to 24 tubes, making it well-suited for laboratories handling moderate sample volumes, such as in clinical diagnostics, gene expression studies, and pathogen detection. It supports a PCR volume range of 10 to 100 μL, allowing flexibility for various assay formats and reagent concentrations. The system features a temperature control range from 35°C to 99°C with a high accuracy of ±0.2°C, ensuring consistent and accurate thermal cycling, critical for achieving reliable quantification in real-time PCR. Its storage temperature range of 15°C to 30°C aligns well with standard lab conditions, ensuring system longevity and stable performance. Together, these features make it a dependable choice for researchers and technicians requiring accurate, reproducible, and efficient qPCR analysis.
Frequently Asked Questions
1 Can Quantitative PCR be used for pathogen detection?
It is a gold standard for detecting viruses, bacteria, and fungi by targeting pathogen-specific DNA or RNA.
2 How is Quantitative PCR used in agriculture and plant sciences?
It is used in agriculture and plant sciences to detect pathogens and validate genetic modifications in crops.
3 How is Quantitative PCR used in cancer research?
It is used in cancer research to measure gene expression, detect biomarkers, and monitor tumor progression or treatment response.
4 Can Quantitative PCR be used in vaccine development?
It is used in vaccine development to measure immune responses, monitor viral load, and assess vaccine efficacy.
5 Is Quantitative PCR suitable for high-throughput screening?
It is suitable for high-throughput screening due to its speed, sensitivity, and ability to process many samples simultaneously.
6 How is Quantitative PCR used in food safety testing?
It detects microbial contamination, GMOs, and allergens in food products by targeting specific DNA markers.
7 How is Quantitative PCR used in forensic science?
It helps determine DNA quantity and quality in forensic samples before STR profiling, especially in degraded or low-template DNA cases.
8 How is Quantitative PCR applied in environmental monitoring?
It is used to detect and quantify microbial contaminants, GMO presence, and environmental pathogens in soil, water, and air samples.
9 What is a Quantitative PCR?
A Quantitative PCR is an apparatus designed to measure the amount of a specific DNA/RNA target in a sample.
10 Can Quantitative PCR be used in gene expression studies?
It is widely used to measure mRNA levels of specific genes.