You searched for: PCR-Platten

In preparation for real time polymerase chain reaction applications, small segments of DNA or RNA are isolated and placed in PCR plates. With common well matrixes and high or low profile designs that are compatible with thermal cyclers, the PCR plates facilitate rapid segment amplification when manual processing is not wanted. The PCR plate has seal integrity from –80 to –200°C, which is highly effective in heat sealing and reduces heat transfer. The skirt and deck are molded from a rigid adhesive film. This prevents the distortion and shrinkage that may occur when regular single-component virgin polypropylene PCR plates are exposed to the high temperatures of thermal cycling or heat sealing. Alphanumeric grid, colored manufacturing, and the labeling surface provided by skirted pcr plate styles ensure accurate sample identification at all times.

« ‹ 2 3 4 › »

PCR-Platten, 96- und 384-Wells

Supplier: Greiner Bio-One

PP, non-sterile, without lid. The use of the 96-well format allows the scale up of basic PCR work, while the 384-well format is ideal for high throughput screening projects, such as the sequencing of complex genomes.

Expand 5 Items

PCR plates, 96-well

Supplier: RATIOLAB

These plates conform fully to the highest requirements of PCR. They are made of polypropylene and are characterised by their very thin but uniform walls. In this way, optimal heat transfer in short cycle times is achieved. The smooth inside walls of the cavities minimise the binding of enzymes and nucleic acids.

Expand 2 Items

PCR plates, 96-well, semi-skirted, Microseal®

Supplier: BIOZYM

These plates are made from PP.

Expand 3 Items

PCR plates, 96-well, skirted, FrameStar®

Supplier: 4titude Ltd.

The low profile wells of these plates are shorter than "standard" profile wells, which decrease the "dead space" between the heated lid of the thermal cycler and the sample in the well. This eliminates condensation forming on the side wall of the tubes, preventing reduction in PCR volume and increasing the efficiency of the reaction.