Pcr Strips are slender, cylindrical plastic containers designed for use in polymerase chain reaction (PCR) experiments. They are typically made of clear or translucent polypropylene, a thermally stable material that can withstand temperature changes during PCR cycling.

They are usually arranged in strips of 8 connected 0.2 ml tubes and sealed with domed, flat, or optically clear cap strips. These caps are easy to open and close and prevent well-to-well contamination.

If you’re looking for a convenient and cost-effective method to test your aquarium water, these easy-to-use aquarium PCR strips are the perfect solution. They work by utilizing color-changing pads to detect different levels of your water parameters, such as pH, alkalinity (KH), and nitrates. They’re designed using the same medical and scientific laboratory technology that provides accurate results quickly, conveniently, and without any mess.

These pcr tubes are made of high-quality medical grade polypropylene and are free from RNase, DNase, DNA, and pyrogen contamination. They have a uniform wall thickness that optimizes heat transfer and yield. They’re also available with attached caps or separate caps to accommodate a variety of workflows. The cap strips have a unique design to reduce cross-contamination during the qPCR process. The caps are affixed to the tube strip with robust bands that prevent lids from interfering with one another during handling and ensure a tight seal. They also have longer cap flanges to produce a tighter fit and reduce sample evaporation during PCR applications.

Unlike traditional glass tubes, these plastic PCR tubes are resistant to chemicals and can withstand the high temperatures of the polymerase chain reaction (PCR) process. They’re slender and cylindrical with a capacity of 0.1 or 0.2 milliliters. They’re commonly used in molecular biology and genetics laboratories for amplification and identification of DNA.

The pcr tube strip has a convenient format that’s easier to handle and insert into the thermal cycler. The tube strip consists of eight individual tubes connected to one another by a thin plastic strip. The tubes are arranged in the same direction so that you can easily insert them into the machine. They’re also labeled with an A and H alphabetical marking and numeric markings for easy directional identification.

These PCR tubes have a unique design that’s perfect for use with the Tetra 5-in-1 Aquarium Test Kit. The strip contains 25 tests that can measure your aquarium’s pH, alkalinity, and nitrates. It works just like litmus paper, displaying the results on an easy-to-read color scale. The test kit comes with a detailed instruction manual and is free from RNase, DNase, and pyrogen contamination.

Eppendorf Fast PCR Tube Strips

Eppendorf’s new PCR Tube Strips allow scientists to achieve visibly better yield. These tube strips are made from polyethylene and transfer heat faster than tubes of traditional materials, allowing the reagents to reach the reaction much quicker. This makes the PCR Tube Strips particularly well-suited for Fast PCR reagent kits and cyclers with high ramp rates such as the Mastercycler X50 family.

The PCR Tube Strips have a small, even wall thickness and smooth wall surface that ensure optimal heat transfer from the block to the sample. The caps are easy to open, provide tight sealing to prevent evaporation in PCR and feature optically clear wells that enhance light transmission for visual monitoring of the assay process. The cap design also reduces dead volumes, ensuring the best results possible.

The PCR Tube Strips are supplied in a set of eight 0.1 mL tubes and can be ordered in either Sterile or PCR Clean (certified free from detectable human DNA, DNase, RNase and PCR Inhibitors). They are suitable for both endpoint PCR and real-time qPCR applications. The patented 45deg angular attachment of the caps minimizes hinges and lips from interfering with one another, making them easy to handle and preventing cross-contamination. The caps are also molded in white to reflect light and improve fluorescent signal intensity. Please refer to the individual product instructions for further details on storage requirements, maximum shelf life and other information.

NEST PCR Tubes

PCR tubes are used in polymerase chain reaction (PCR) to amplify the target DNA or RNA to produce the desired results. They are available in a variety of sizes and materials, and are typically used for detecting genetic diseases and other conditions, such as viruses and bacteria. PCR tubes must be properly sterilized and stored to ensure sample integrity and accurate results.

Designed to minimize evaporation, PureAmp PCR tubes and strips are made from medical-grade, heat-resistant polypropylene. The tubes are precisely manufactured to maintain tight dimensional tolerances and ultra-thin walls for optimal thermal transfer. They are free of RNase, DNase, DNA, and pyrogens and have an excellent surface for easy opening and sealing.

They are compatible with most thermal cyclers and real-time PCR machines and have open leak proof caps that minimize loss of the sample. Their lids and hinges are attached at an angle to prevent them from interfering with one another when placed in SBS format racks. They are also available in white and low-profile options, which allow for smaller reactions and optimal qPCR performance.

In order to provide high quality products, NEST has established a state-of-the-art manufacturing plant with an ISO 8 grade clean room. This facility features a powerful laminar flow clean environment and a wide range of equipment, including high-precision injection machinery from Japan, robot arms with automatic conveyers, hot runner molds, and vacuum plasma and corona treatment systems. Additionally, NEST offers in-house sterilization of all finished products to meet customer requirements. This allows NEST to offer fast lead times and competitive pricing for their PCR tubes.

Protein A Coated PCR 8 Strip Tubes

PCR tubes and plates are plastic vessels that hold a sample, reagents, and reaction mixture for PCR amplification within thermocyclers. PCR tubes and plates are available with a variety of features that support specific applications. These include different well volumes, skirt styles, and instrument compatibility. Choosing the right PCR tube or plate can make or break your experiment’s success.

Using a PCR strip tube plate allows you to easily separate a standard 96-well PCR plate into 8 or 12 individual 0.2 mL tubes. This design is easy to handle and makes it simple to vary the number of reactions per day. These plates are also RNase-, DNase-, and DNA-free, making them ideal for PCR experiments.

Many manufacturers offer a range of PCR plate sizes and formats, including 96-well or 3×12-well options. They are typically made from polypropylene, which is strong and durable, and come with or without a plate skirt. Skirted plates are ideal for automation, as they provide greater mechanical stability and stackability.

The well volume of a PCR plate or tube impacts the quantity of reagents that can be used. A higher well volume requires more reagents but can help ensure consistent results, while a lower well volume can result in inaccurate amplification or incomplete reactions. PCR strips and multiwell plates are an effective option for high-throughput qPCR experiments because they can contain multiple reagents in one small container.

Choosing a PCR plate with frosted sides and optical caps can increase the fluorescence signal of your qPCR assay. The frosted surfaces of these tubes minimize cross-contamination and the optically clear caps allow for easy labeling and signal detection. Alternatively, choose a white qPCR plate to improve the contrast between your reagents and the detector.

PCR plates are made from polycarbonate for strength and polypropylene wells for optimal thermal transfer. They are generally RNase- and DNase-free, as well as pyrogen-free for contamination control. Some plates are designed to be stacked, which helps with workflow automation and increases lab safety. Others have removable inserts that can be used for sample storage, and some are barcoded for easy identification of samples.