When using quantitative Real Time PCR, white PCR plates are a good choice. They improve the results in analyzing fluorescence signals and quantifying the replicated DNA. This kit contains 50 qPCR plates and fifty sheets of qPCR sealing films. When selecting the best PCR plate for your laboratory, look for a few key factors. These tips can help you make the right choice. Here's an overview of the benefits of white PCR plates.
The white PCR plate provides excellent signal to noise for real-time/quantitative PCR. It is available in 96-, 384-, and 48-well sizes. The PCR plate is compatible with many thermal cyclers and is especially useful for quantitative Real Time PCR. In addition, the PCR plate is made of PP and is durable enough to last through multiple PCR cycles. It is also ideal for amplification of tobacco gDNA and RNA.
Optical 96-well PCR plates are ideal for amplification of RNA from genomic DNA. This plate features 0.1-mL well volumes that fit perfectly on a thermocycler block. This plate is sub-skirted for rigidity and is frosted to minimize fluorescent signal oversaturation. Standard packs of 96-well PCR plates include 8 x 25 pieces.
BRAND PCR plates are made of virgin plastic and offer good results for most PCR applications. These high-quality PCR plates come in 24-, 48-, 96-, and 384-well formats, and are available in white and clear colors. These PCR plates are formulated for quantitative Real Time PCR. However, for qualitative PCR, white PCR plates offer better results than their counterparts.
White PCR plates are great for quantitative PCR applications because they provide a high signal-to-noise ratio. These PCR plates are compatible with a variety of thermal cyclers, and are also autoclavable. Moreover, they are free of DNA and reagents, making them ideal for use in clinical samples. These PCR plates are available in various formats, including 48- and 96-well versions.
Unlike clear plastic, white PCR plates are designed to maximize the signals and Ct values in real-time PCR. For quantitative PCR, white PCR plates are more effective. For quantitative PCR, white PCR is best. The color-optimized microplates can be used in tobacco amplification experiments. Hence, these gDNA-PCR plates can help in analyzing the transcriptome of a specific gene.
Compared to clear PCR plates, white PCR plates have a better signal-to-noise ratio. The white PCR plates allow more signal to reach the detector, and can reduce variability. Furthermore, clear PCR plates allow you to verify your pipetting procedures and get better results. So, buy them! If you want to perform a PCR analysis, white PCR plates are an excellent choice. They will increase your sensitivity and reduce your variability.
Applied Biosystems' MicroAmp(r) Optical 384-Well Reaction Plate with Barcode is an ideal choice for PCR amplification. Its full skirted and ultra-thin construction guarantees uniformity and optimal thermal transfer, making it the ideal solution for qPCR applications. Designed to fit the standard 384-well block, the plate is compatible with all PCR cyclers and robotic platforms. Its thermal-cycler compatibility ensures tight sealing and maximizes signal yields.
The polypropylene PCR plate is compatible with most thermal cyclers, making it perfect for high-throughput screening. Each well is 30uL, and the skirted design includes a frosted labeling area. The three-piece design is stackable and rigid, ensuring the plates are easily handled and stored. The BPLPM technology ensures a consistently high signal-to-noise ratio for PCR experiments.
The polypropylene PCR plate is compatible with most thermal cyclers and offers an optimized platform for low-volume and high-throughput screening. The plate skirted design makes it easy to apply bar-codes to each well and the frosted labeling area makes it easy to distinguish plates. Applied Biosystems' 384-Well PCR Plate has an alphanumeric grid for easy identification of samples and plates.
The applied biosystems 384-well PCR plate has a polypropylene base that's compatible with most thermal cyclers. The frosted labeling area makes it easy to apply a bar-code to each plate, which is essential in high-throughput screening. The three-layer polypropylene PCR plates are 100% free of human DNA, RNase, and DNase, so they are completely safe for qPCR. Moreover, the white PCR Plates are stackable, rigid, and flat.
The polypropylene PCR plate is compatible with most thermal cyclers. Its skirted design is ideal for bar-coding. Its frosted labeling area allows bar-coding. The three-layer polypropylene PCR plate is suitable for many 384-well cyclers. The patented BPLPM technology in this PCR plate helps it perform more efficiently in qPCR.
The polypropylene PCR plate is compatible with most 384-well cyclers and thermal cyclers. Its skirted design allows bar-coding and includes a frosted labeling area. Each well holds 30uL of sample. Its walls are certified free of human DNA, DNase, and RNase. It also features a white-walled PCR plate, which simplifies identification.
The 384-well PCR plate has been designed to fit most ABI and Thermal cyclers. The Krypton PCR plate has a low-profile design that allows the liquid to be easily viewed. Its thin walls allow for easy heat transfer. Various options are available. These include a touch screen operation, interchangeable blocks, gradient option, and a white, semi-skirted, and transparent version.
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