功能

• Researchers who perform PCR on a daily basis are always on the hunt for the best thermal cyclers, the best master mixes, the best PCR enzymes, and more. Similarly, the choice of PCR consumables between the PCR cycler and the precious sample is an important factor.
• Using different consumables can cause significant differences in the accuracy and reproducibility of results. Variations in tube thickness and temperature, material stability, and various other factors have a direct and significant impact on the experiment itself and the results.
• All Eppendorf consumables are made from high purity virgin polypropylene (PP).
• Dyes used in consumables do not contain organic substances or heavy metals.
• PCR clean products are guaranteed to be free of human DNA, DNase, RNase and PCR inhibitors *1.
• * 1: European Patent EP 1 161 994, US Patent US 7,347,977, US 6,340,589 Obtained
• Do you think all PCR plates are the same? Eppendorf twin-tech PCR plates have many features.
• Extremely thin wells provide uniform and optimal heat transfer to the PCR solution.
• The extremely robust polycarbonate frame is extremely rigid and hard to flex.
• The high edge of the well provides effective sealing and greatly reduces cross-contamination.
• It can be autoclaved at 121°C for 20 minutes.
• Human DNA, DNase, RNase, PCR inhibitor – free is guaranteed.
• The skirt semi-skirt type supports bar code pasting. (Skirtless type is excluded.)
• The Eppendorf Twin Tech Real-Time PCR Plate retains all the advantages of a regular Twin Tech PCR Plate, but provides the clear and strong fluorescence intensity required by real-time PCR.
• Twin Tech Real-Time PCR Plates reflect fluorescence more clearly than clear or matted wells and can detect even minute amounts of fluorescence.
• The white well effectively reflects fluorescence.
• There are three types: skirt type, semi-skirt type, and skirt dress type.
• The well is thinly molded to effectively transfer heat to the sample.
• Autoclavable (121°C for 20 minutes).
• Compared to brushed plates, twin-tech real-time PCR plates provide up to 10 times greater fluorescence intensity.
• The Ct value has stabilized with the use of a white well.
• Ct values can be determined on average 0.8 cycles faster than conventional plates, enabling more sensitive detection.