Single PCR Tubes

The main purpose of PCR reaction tubes is to perform polymerase chain reaction (PCR), which is a widely used technique in biomedical research for amplifying specific DNA fragments.‌

Specific application scenarios of PCR reaction tubes

• Gene cloning: In gene cloning experiments, PCR reaction tubes are used to efficiently amplify specific gene fragments, laying the foundation for subsequent gene recombination and expression research.

• Genetic disease diagnosis: In the diagnosis of genetic diseases, PCR reaction tubes assist researchers and clinical doctors in accurately detecting and analyzing genes related to genetic diseases, providing key basis for disease diagnosis and genetic counseling.

• Forensic identification: In forensic identification, PCR reaction tubes accurately and reliably help determine an individual's identity information by amplifying and analyzing specific genetic loci, contributing to the investigation of cases and the maintenance of judicial fairness.

• Real time fluorescence quantitative PCR: The QPCR tube is designed specifically for real-time fluorescence quantitative PCR, with excellent transparency and extremely low fluorescence background, ensuring the accuracy and reliability of quantitative results.

Characteristics of PCR reaction tubes

• Material: PCR reaction tubes are usually made of high-quality polypropylene (PP) material, which has good high temperature resistance and chemical stability.

• Design: The PCR tube body and lid are tightly connected, with a hollow cylindrical protrusion on the lid to prevent the evaporation and loss of reaction solution at high temperatures, and to block the invasion of external pollutants.

• Capacity: The capacity of PCR tubes varies from 0.2 ml to 0.5 ml, suitable for various needs ranging from small-scale experiments to large-scale sample processing.

• Sealing performance: The PCR tube is designed with a tight seal to effectively prevent the evaporation of reaction solution and the invasion of external pollutants, providing a pure and stable environment for the reaction system.