PakGent 40ul 384-Well PCR Plate

Name: 40ul 384-Well PCR Plate
Brand: PakGent Bioscience (Suzhou) Co., Ltd.

PCR Tubes with 40ul 384-Well PCR Plate are a type of labware used in PCR. The PCR tubes are manufactured from high-quality polypropylene and are designed to fit into a 384-well PCR plate. Each tube has a total capacity of 40ul and a lid that screws on and off for easy sample access. The 384-Well PCR Plate provides an optimal reaction chamber for the PCR process, allowing for uniform and efficient amplification. The PCR tubes are compatible with most automated thermal cyclers and can be used for a variety of PCR applications such as genotyping, gene expression, and DNA sequencing.

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Parameter of 40ul 384-Well PCR Plate

Part No.	Description	Package	Size/Case	CBM/Case	GW/Case (kg)
PCRP-40FS-384C	40ul 384-well, white base, clear wells	10pcs/box, 10box/case	472914cm	0.0191	2.63
PCRP-40FS-384C-W	40ul 384-well, white base, white wells	10pcs/box, 10box/case	472914cm	0.0191	1.55

Improving PCR Efficiency in 384-Well Plates

1. Use smaller reaction volumes: Using smaller reaction volumes in 384-well plates can improve PCR efficiency by increasing the reaction surface area and reducing the amount of reagents used. This can also reduce the risk of contamination due to the smaller reaction volumes.

2. Minimize the distance between the reaction and the thermal cycler block: Increasing the distance between the reaction and the thermal cycler block can reduce the time needed to reach the desired temperature and therefore improve PCR efficiency.

3. Use optimized reaction conditions: Optimizing the reaction conditions, such as the amount of primer and template, the concentration of MgCl2 and the reaction temperature, can improve the PCR efficiency in 384-well plates.

4. Use pre-dispensed reagents: Pre-dispensing the PCR reagents into the wells of the 384-well plate can reduce the risk of contamination and improve the efficiency of the PCR reaction.

5. Use high-quality reagents: Using high-quality reagents can improve the efficiency of the PCR reaction by reducing the risk of contamination and ensuring that the reaction conditions are optimal.

6. Use improved thermal cyclers: Using improved thermal cyclers with a faster ramping rate and a more accurate temperature control can improve the efficiency of the PCR reaction in 384-well plates.