FEATURES

• Dnase/Rnase and Pyrogen Free: Nest Scientific plates undergo decontamination processes to ensure that the enzymes deoxyribonucleases (Dnase) and ribonucleases (Rnase) are free and pyrogens (substances that can cause fever) are eliminated. This is crucial in PCR and RT-qPCR applications, as the presence of even small amounts of Dnase/Rnase or pyrogens can significantly interfere with reaction results.
• Cleanliness: A key aspect of Nest Scientific tiles is their purity, which is essential for reliable and reproducible results. The absence of Dnase/Rnase and pyrogens eliminates potential sources of contamination of samples, which is particularly important for genetic material that is highly sensitive to the presence of enzymes and contaminants.
• Reusable: The tiles can be reused over and over again, allowing you to optimize costs and reduce waste. However, it is worth remembering that any reuse requires proper cleaning and disinfection to avoid cross-contamination between samples.
• Quality Standards: Nest Scientific products are typically manufactured to stringent quality standards to ensure consistency and reliability of experimental results.
• Availability of different sizes: PCR and RT-qPCR plates are available in a variety of sizes and configurations, such as the number of wells on the plate, allowing you to choose the right format depending on the needs of your experiment.
• Number of wells: Nest Scientific Biotechnology tiles come in a variety of sizes. Typical PCR plates are 96 or 384 L, allowing multiple reactions to be carried out simultaneously in a single experiment.
• Material: PCR and RT-qPCR plates are made of plastics such as polypropylene that are resistant to thermal PCR cycles and potential contaminants. Some platelets may have release layers that help in the efficient transfer of genetic material.
• Transparency: Transparent plates allow for real-time monitoring of the reaction, which is important for RT-qPCR, where the amount of product produced is measured during amplification cycles.
• Thermal features: PCR and RT-qPCR plates from Nest Scientific Biotechnology are very stable and resistant to the changing temperatures that are characteristic of PCR and RT-qPCR reactions. The thermal properties of the tiles have an impact on the uniform distribution of temperature during thermal cycles.
• Resistance to contamination: Good quality plates are designed to minimize the risk of contamination between samples and reactions.
• Compatibility: Amplification and Real time plates are compatible with PCR and RT-qPCR apparatus such as thermal cyclers and fluorescence detectors.