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Quantitative Fluorescent PCR (QF-PCR) (CAT#: STEM-MB-0186-WXH)

Introduction

Quantitative Fluorescence PCR adds fluorescently labeled probes on the basis of conventional PCR to achieve its quantitative function. Fluorescence quantitative PCR realizes the quantitative and qualitative analysis of the initial template by detecting the fluorescence signal of each cycle product in the PCR amplification reaction in real time. According to the different markers used, fluorescent quantitative PCR can be divided into chimeric fluorescent dye method and fluorescent probe method. Compared with ordinary PCR, fluorescent quantitative PCR has the following advantages:<br />1. Blocking reaction, no need for PCR post-processing<br />2. Strong specificity and high sensitivity<br />3. Using logarithmic phase analysis, discarding endpoint data, accurate quantification<br />4. Wide quantitative range, up to 10 orders of magnitude<br />5. The online real-time detection of the instrument, the result is intuitive and avoids human judgment<br />6. It can realize double inspection or multiple inspection in one tube<br />7. Safe operation, shorten time and improve efficiency




Applications

• Point mutation and allelic analysis
• Quantitative Analysis of Gene Expression: Differential Analysis of Gene Expression
• DNA methylation detection
• Single Nucleotide Polymorphism Analysis: To study the susceptibility of individuals to different diseases, the different responses of individuals to specific drugs
• Quantitative and qualitative analysis of infectious diseases: detection of pathogenic microorganisms or virus content
• Tumor gene testing
• Prenatal diagnosis

Procedure

1. Design and synthesis of RNA primers
2. Extract sample RNA and perform quality inspection
3. Reverse transcription of RNA to obtain cDNA
4. Amplify cDNA
5. Real-time detection and quantification of amplified products
6. Provide experiment report

Notes

• Customers provide fresh samples or purified total RNA or DNA
• Customers provide full-length gene sequences