Pcr Strips are slender, clear plastic tubes used for polymerase chain reaction (PCR) experiments. They have capacities of 0.1 and 0.2 ml and thin walls that optimize heat transfer to the PCR reactions within them.

Introducing PCR tube strips into phlebotomy procedures offers several benefits, including improved sample organization, reduced risk of contamination, and space efficiency.

PCR tube strips provide an efficient alternative to PCR plates. Their slender, cylindrical design enables the amplification of small reaction volumes in high quantities. They offer a more compact format that is easily compatible with thermal cyclers, making them ideal for high-throughput PCR applications as well as routine laboratory use. PCR tube strips also feature attached caps, which help to prevent well-to-well sample contamination and allow easy identification of each individual tube.

Designed with specific lab workflows in mind, pcr strip tubes have ultra-thin walls to facilitate optimal heat transfer and faster results. This ensures that samples are efficiently heated and cooled, for consistent and repeatable yields across each batch of tubes. Moreover, PCR plate strips are injection molded, which helps to reduce the risk of contamination and other potential errors during the manufacturing process.

As an added benefit, PCR tube strips are a cost-effective option for laboratories, as they allow researchers to perform multiple amplifications simultaneously and require significantly less reagent than a PCR plate. This translates into time and monetary savings, as well as increased throughput and greater data capacity.

The high-quality construction of PCR tube strips also makes them an ideal choice for high-throughput amplifications, allowing multiple samples to be processed at the same time. Additionally, they are made of polypropylene, a material that is highly durable and able to withstand the high temperatures involved in the PCR process.

Additionally, PCR tube strips feature a smooth surface, which makes it easier for the user to grip and open. They also feature a tight seal to prevent evaporation and contamination, while ensuring optimal optical transmission for real-time qPCR. Moreover, they are available in a variety of formats, such as segmentable cap mats or 8-tube strips, which provide flexibility and ease of use for various PCR applications. These tube strips are also ‘PCR clean’, which means that they are certified free of detectable DNA, DNase, RNase, and PCR inhibitors, ensuring reliable results. This level of quality control makes PCR tube strips an excellent choice for a wide range of applications in molecular biology and genetics.

Reduced Risk of Contamination

PCR strips come in pre-arranged sets of tubes and allow multiple samples to be processed simultaneously, which improves efficiency and saves time in the lab. This can be particularly beneficial in urgent care clinics, where fast and accurate Test Results are crucial for patient diagnosis and treatment. Furthermore, the strips reduce the risk of cross-contamination by eliminating the need to transfer reagents between individual tubes.

Designed to be compatible with thermal cyclers, PCR strip tubes are used in molecular biology experiments to amplify DNA samples and perform real-time qPCR (quantitative polymerase chain reaction). The tubes can also be used to detect and identify diseases through PCR-based diagnostic testing. PCR strips can be purchased in various sizes and with either attached caps or flat caps. They are available in a variety of colors to allow easy identification, and they can be opened and closed easily with one hand.

The thin-walled design of the tubes optimises heat transfer, resulting in faster reactions and improved sensitivity. These tubes are also sterile and pyrogen-free, making them suitable for medical use. They are certified as ‘PCR clean’ and guarantee freedom from detectable human DNA, DNase, RNase and PCR inhibitors. Moreover, the white disposables provide high fluorescence reflection, which improves optical transmission for accurate and reliable results.

These PCR tubes are available in a variety of capacities, from 1 to 10 mL. They are also available in a range of dimensions and colors, and can be autoclavable. The tubes are labelled with alphabetical letters for ease of identification, and they can be bought with or without caps. The caps are either domed or flat, depending on your experiment needs.

PCR tube strips are made of polypropylene, which is an efficient material for the amplification of DNA. They are durable and able to withstand the extreme temperatures required for PCR amplification, making them an ideal choice for molecular biology experiments. They are also compact and take up less space on the laboratory bench, making them a convenient option for crowded work areas. Moreover, the trays are compatible with most thermal cyclers, ensuring that you can use them with your existing equipment.

Simplified Sample Handling

PCR tubes and strips are small, disposable plastic consumables that serve as vessels for DNA amplification within thermocyclers. Typically, they are injection molded to withstand the high temperatures used in PCR and real-time qPCR and are made from clear polypropylene, which provides visibility for sample analysis. The tube’s slender design and thin walls optimize the thermal transfer from the block to the reaction solution, resulting in fast, consistent cycles and reliable results.

The PCR tube and strip’s airtight seal helps to prevent contamination, evaporation, and the spread of nucleic acid contaminants between samples. They are also designed to fit snugly in the blocks of standard thermal cyclers, making them easy to use with automated workflows.

Whether utilizing PCR tube strips or individual PCR tubes, it is important to use only one set of consumables per experiment to reduce the risk of cross-contamination and ensure accurate data. Using the same PCR labware over and over can lead to inaccuracies, including introducing errors in experimental conditions or sample handling, which could result in false positive or negative outcomes.

To further simplify laboratory processes and ensure accurate data collection, consider using a PCR tube or strip that has a barcode label. These tubes and strips have a unique 2-dimensional (2D) barcode, which can be scanned with a compatible reader to instantly provide detailed information about the sample or test. This feature automates the data tracking process, improves traceability, and ultimately speeds up laboratory operations.

When looking for a PCR tube or strip, be sure to consider the cap style and format. Options include domed caps for extra sealing pressure, flat caps for qPCR, and separate cap and strip versions that can be opened and closed with one hand. These options allow you to select the most convenient, efficient cap sealing solution for your lab.

Additionally, consider a PCR tube or strip with a unique polycarbonate frame and polypropylene wells for strength and optimal heat transfer. This combination of materials enables a robust, durable design that is ideal for high-throughput laboratories as well as robotically compatible to support automated workflows.

Improved Organization

PCR tube strips provide a number of benefits that can help to streamline your molecular biology experiment workflow. They offer efficiency and convenience, along with reduced contamination risks, making them ideal for high-throughput applications. However, it’s important to weigh your options when selecting the appropriate packaging for your PCR experiments. Consider factors such as the scale of your experiments, sample volume, reagent compatibility, and level of experimental customization required when choosing between strip tubes and PCR tubes.

Despite their many advantages, PCR tubes and strips pose significant hurdles when it comes to accurate, efficient labeling. The diminutive size and unique geometry of these labware items make it difficult to accurately handwrite or apply traditional adhesive labels. The resulting inconsistencies and errors can compromise the accuracy of PCR results, potentially leading to inaccurate or false-positive test results.

For these reasons, it’s important to consider integrating labeling technology into your PCR workflow. Advanced labeling solutions such as 2D/Data Matrix barcoding can dramatically improve the labeling process, allowing you to create high-quality, error-free labels that are positioned accurately on your PCR tubes and strips.

Another benefit associated with pcr strips is the ability to vary the number of samples in each strip. These pre-labeled PCR tubes are designed with 8 or 12 tubes attached linearly, and can be cut to suit the number of samples that need to be tested. This allows you to quickly and easily prepare multiple PCR reactions in one pass, eliminating the need for manual assembly and cleaning of additional tubes after each reaction.

In addition, pcr strips are also highly durable and sterile. They are manufactured from a tough, high-quality polypropylene material that is autoclavable and resistant to harsh chemicals. They’re also molded with ultra-thin walls to optimize heat transfer and have flat caps that close securely to prevent accidental spillage and contamination during the thermocycling process. The caps are designed with a non-slip surface for easy handling, and they have optically clear caps that ensure the fluorescence signal passes through uninhibited for consistent qPCR performance. Lastly, pcr strips are a sustainable packaging solution that reduces the amount of non-biodegradable plastic waste entering landfills and waterways.