Skirted PCR Plate

Posted by anna on March 7, 2022

A skirted PCR plate offers more rigidity and is the preferred choice for a wide range of PCR applications. Its frosted top surface and raised walls minimize cross contamination while minimizing background noise in quantitative real time PCR. A semi-skirted 96-well PCR plate offers flexibility and durability. In addition, it is a cost-effective option for high-throughput assays.

TempPlate(tm) 0.2-mL 96-well PCR plate provides excellent thermal and conductive performance. Its contoured raised sides provide superior heat transfer. The polypropylene material is non-autofluorescent and is pyrogen-free. Its thin walls enable rapid, even heating, and are made in the USA. The TempPlate 0.2-mL low-profile PCR plate is an affordable alternative for laboratories that are on the budget.

TempPlate(tm) low-profile 0.2-mL 96-well PCR plates offer rapid heat transfer and a rimmed design to reduce cross contamination. These polypropylene plates are recommended for volume up to 50 uL. They are pyrogen-free, and feature contoured raised sides and a standard depth. These plates are available in natural and white color options.

The LightCycler(r) 480 cycler is compatible with half-height skirted PCR plates. The chamfered corners of H12 plates help minimize cross contamination, while the rimmed wells help with sealing. A low-profile PCR plate is recommended for volumes less than 50 uL. A non-autofluorescent polypropylene coating provides fast, even heat transfer and reliable amplification.

The TempPlate semi-skirted 0.2-mL 96-well PCR plate is designed to accommodate filter plates. The raised sides of this skirted PCR plate allow easy access to the sample, which is ideal for microbiological research. These plates also feature an alphanumeric grid for the location of the sample. They are certified as free of inhibitors and are made in the USA.

Compared to non-skirted PCR plates, a skirted 96-well PCR plate has a more precise design. The skirted rims allow for greater sealing and minimize cross contamination. Its 0.1-ml size is compatible with most qPCR instruments. Its low-profile rims allow for fast and even heat transfer. A 96-well PCR-compatible chromoplast is an economical option for QC and enables accurate results.

The TempPlate 0.2-ml 96-well PCR plate is ideal for a variety of PCR applications. Its thin-walled design allows maximum heat transfer, while the semi-skirted PCR plate features a raised rim around the perimeter for easier removal from the cycler. The Semi-Skirted PCR Plate is compatible with most thermal cyclers. However, some asymmetrical asymmetry can occur in the plates.

A semi-skirted PCR plate is recommended for smaller volumes. This plate has a low profile and is compatible with the Exicycler 96 and other popular PCR instruments. The TempPlate is also made of a durable polypropylene material, which makes it ideal for high-throughput PCR. The Bioneer Opaque White 96-well Semi-skirted PCR Plate is the perfect choice for most labs.

MagNA Pure Tips From Avantor

MagNA Pure tips from Avantor are conductive and non-sterile. They are specially designed for the Roche MagNA Pure instrument. The company is a vertically integrated global provider of discovery-to-delivery solutions. The product's trademarks include MAGNA PURE and LIGHTCYCLER. Other product names are the property of their respective owners. This release does not contain any branded or third-party content.

The MagNA Pure 96 System from Roche is a high-throughput instrument designed for automated sample preparation. The system can process 96 standard volume samples in less than an hour. It also features barcoded, prefilled trays containing reagents that are ready to use. The MagNA Pure 960 System uses magnetism to perform nucleic acid isolation and purification. This technology provides rapid and reliable results for diagnostic research and clinical trials.

The MagNA Pure 96 System from Roche is an innovative, fully automated nucleic acid purification system. This automated system is designed to automate sample preparation and provide maximum lot-to-lot consistency and quality. The MagNA Pure 96 System has been launched in the US market in 2011. The company also plans to introduce a MagNA Pure 98 in the European market in 2012. If you want to know more about the MagNA 96, you can read about its features below.

The MagNA Pure 96 System is CE certified and is designed to automate nucleic acid purification. The compact design offers high sample throughput and can process one to eight samples per run. The MagNA Pure 96 system was recently launched in the US. The new Roche MagNA Pure 96 is compatible with the latest generation of sequencing instruments. In addition, the system is designed with intelligent features to minimize cross contamination and ensure maximum safety and reproducibility.

The Roche MagNA Pure 96 Extraction System has a CE marking that confirms the device's ability to purify nucleic acids. The MagNA Pure is compatible with bioMerieux NUCLISENS easyMAG and BioCode MDx-3000 systems, with both using the Roche MagNA Pure 96 Extraction System. The new version is designed with low to medium sample throughput. With the FDA approval, the system will be able to be used in larger-scale laboratories.

In addition to the MagNA Pure 96 system, Roche MagNA Pure is CE-certified and is designed to automate the nucleic acid purification process. This device features extensive integrated features and enables high-throughput for low- and medium-sized sample volumes. The system has several intelligent features that minimize the risk of cross-contamination and ensure maximum safety. Aside from the CE-certified MagNA Pure 96, it also meets the strict requirements of the European Directive 98/79/EC.

The MagNA Pure 96 System is an instrument designed for high-quality nucleic acid extraction. The MagNA Pure LC 2.0 System provides high-quality DNA and RNA in mammalian samples. It is based on magnetic bead technology and requires a Roche MagNA Pure Instrument for use. After the samples are lysed, the MGPs bind DNA to the MGP surfaces. Following this, a series of washing steps are necessary.

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