Molecular biology equipments

A Real-Time Reverse Transcription PCR (RT PCR) system is a laboratory instrument designed for quantitative detection of RNA and DNA in real time. By combining reverse transcription and PCR amplification with fluorescence detection, it enables highly sensitive, specific, and reproducible analysis of gene expression, viral load, and molecular diagnostics.

Real-Time RT PCR systems are widely used in clinical diagnostics, molecular biology research, biotechnology, pharmaceutical laboratories, and academic institutions. They are essential for detecting pathogens, monitoring gene expression, performing quantitative analysis, and conducting genetic research with precision and reliability.

Modern Real-Time RT PCR systems feature multiplex detection, advanced fluorescence optics, user-friendly software, rapid cycling, and compatibility with various PCR plates and tubes. These features allow accurate quantification, data storage, and streamlined workflows for high-throughput and sensitive experiments.

Key Features:

• Quantitative real-time analysis of RNA and DNA

• Reverse transcription capability for RNA detection

• High sensitivity and specificity with fluorescence detection

• Multiplex detection for multiple targets simultaneously

• Rapid thermal cycling and user-friendly software

• Compatible with PCR plates, tubes, and microplates

Applications:

• Gene expression analysis

• Viral load and pathogen detection

• Molecular diagnostics and clinical research

• Biotechnology and pharmaceutical research

• Academic and educational laboratory studies

Real-Time RT PCR systems provide a reliable, sensitive, and efficient solution for quantitative nucleic acid analysis, ensuring reproducible and accurate results in molecular biology and clinical diagnostics.

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