Pcr Strips are made from recycled materials, reducing the need to source fossil fuels for new plastic products. This reduces environmental degradation and pollution. It also minimizes cross-contamination and allows for greater flexibility in experimental design.
Attempting to handwrite labels directly on PCR labware poses numerous challenges, including illegibility and smudging. This can be exacerbated when using gloves in laboratory settings.
PCR is an extremely sensitive process that can be affected by the slightest contamination. This can lead to misinterpreted or confusing results, so using pristine supplies is essentialit’s. The best way to avoid contamination is to make sure the tubes are clean before every use and that they’re stored properly. In addition, you should check that the PCR machine is completely clean and that there are no spills of solution. You can also store unused tubes and plates in biohazard containers for safe disposal.
The Pure*Amp(tm) 0.2mL PCR Tubes & Caps line is meticulously manufactured with exceptionally uniform, ultra-thin walls for highly efficient thermal transfer. This ensures minimal evaporation loss and superior light capture in fluorescence assays. Each tube and strip is crafted from medical grade, heat-resistant polypropylene and certified to be RNase-, DNase-, DNA-, pyrogens-, and endotoxin-free.
These PCR tubes are available in a wide variety of configurations, including single tubes, 8-tube strips with domed caps, and flat caps for qPCR applications. All variants seal the tubes reliably, preventing well-to-well contamination and ensuring optimal sealing to minimize evaporation. They also feature an angular design that fits snugly inside SBS format racks.
The PCR tubes are individually labelled with alphabet letters and numbers to allow for easy sample identification. They are also optically clear, making it easier to view the contents of each tube. They can be purchased in bulk quantities for your laboratory.
These PCR tubes are ideal for PCR, qPCR, and genomic analysis of nucleic acid samples. Their small volume allows you to save reagents and prevents dilution of samples, while the thin walls promote fast and even heating. Moreover, they are resistant to boiling and freezing temperatures, allowing for maximum flexibility in your experiment setup. In addition, they are compatible with most thermal cyclers.
Versatile
Whether you use PCR tubes or strip tubes, both serve essential functions in your molecular biology experiments. However, it’s important to consider the specific requirements of your experiment before deciding between them. These factors include the scale of your experiments, sample volume, and reagent compatibility. In addition, you should also consider the amount of experimental customization that you require. Choosing the right tube type will help ensure accurate, reliable results in your experiments.
A key benefit of PCR tube strips is that they reduce the risk of cross-contamination by eliminating the need to transfer samples between multiple tubes. This feature makes them ideal for high-throughput applications, and it can save valuable time during the amplification process. Additionally, PCR strip tubes have a rigid design that helps prevent leakage and spills. Moreover, these tubes are compatible with multichannel pipettes, making them easier to load samples and reagents.
Another advantage of PCR tube strips is that they are easy to identify and clean. They come with a convenient cap strip that seals the tubes without opening or closing them. This strip includes a variety of cap options, including domed and flat caps. The caps are also optically clear, allowing you to monitor the progress of your amplification process.
In addition to their versatility, PCR tube strips are a cost-effective solution for your laboratory. They are made of durable, high-quality materials and can withstand extreme temperature fluctuations. This allows you to perform a range of PCR techniques, from DNA amplification to DNA sequencing and cloning. Furthermore, they are designed to fit comfortably in thermal cyclers and PCR plates.
These tubes are autoclavable and free of DNase, RNase, and pyrogens. They are also CE certified, IVD labeled, and manufactured under strict quality controls. They’re perfect for genetic analysis laboratories (genotyping, sequencing, cloning), genealogy and family records service companies, and forensic labs. Additionally, these tubes are available in a wide variety of colors to match your other equipment. This makes them an excellent choice for any laboratory.
Durable
PCR tube strips are a convenient way to store and transport samples in your laboratory. They are typically made of a strip of eight 0.2-ml tubes with flat caps and a robust inter-tube linkage that prevents well-to-well contamination and sample loss. These PCR tubes and caps are molded from virgin, clear polypropylene for clarity and easy labeling. They are also RNase, DNase, human DNA and pyrogen-free. The tubes have ultra-thin walls that optimize heat transfer and maximize yield.
These tubes are available in a variety of color options to facilitate identification and organization. The transparent tubes are ideal for qPCR applications because they allow light to pass through uninhibited, providing optimum signal reflection and detection. They can be purchased with flat or domed cap options and are available in a variety of lengths.
The GET-S series thermal cycler offers advanced Peltier temperature control technology, allowing it to deliver the fastest ramp rates and cycle times. Its intelligent block/well control provides superior temperature uniformity, with no overshoot or undershoot of the programmed target temperature. Its intelligent software can be controlled via the touch-screen display, or by using an external PC.
Getting the right PCR instrument for your lab is essential to ensure the success of your experiments. The GET-S thermal cycler is built to offer optimal performance, safety, and durability for all your experimental needs. Its rugged construction and compact size make it suitable for use on any laboratory benchtop. Its high ramping rate and temperature stability are particularly advantageous for qPCR, which requires precision heating and cooling.
PCR is a process that replicates specific DNA sequences in the lab. It involves the addition of DNA template, primers and a polymerase to produce millions of copies of the desired DNA sequence. The PCR machine heats and cools the reaction to achieve this, which is then analysed for the presence of the desired DNA sequence. The GET-S thermal cycler offers the best combination of performance, accuracy and value in the market. It is designed for the demanding user and has cutting-edge Peltier technology to ensure fast and stable temperatures.
Economical
PCR strips are a cost-effective alternative to individual 0.2 ml PCR tubes. They are made from polypropylene with ultra-thin walls that facilitate efficient heat transfer, reducing cycle time. They are evaporation-resistant and contain built-in caps that prevent sample loss. They are also RNase, DNase, and Pyrogen free. PCR strips are available in several capacities and colors.
Typically, PCR tube strips come in 8 or 12 strip sets with attached or hinged cap strips, as well as flat or domed optically clear caps. Whether you choose a PCR strip with attached caps or a separate cap and film strip, all variants seal the vessels reliably to prevent contamination. They also offer an easy-to-open and close design that won’t obstruct automation or robotics.
PCR strip tubes have an angular design that fits snugly into the molded compartments of thermal cyclers and plates. They also have a robust inter-well linkage that decreases the chance of spillage. They can be used with most 96-well “V” bottomed thermal cyclers, and are compatible with most PCR kits. They are also suitable for real-time qPCR.