( Brand: Simport ), ( Manufacturer Part Number: T320-1N ), ( Part Type: Tube Strip )
The T320-1N SimPort AmpliTube PCR Reaction Tube Strip is a high-quality product designed for use in PCR (Polymerase Chain Reaction) experiments. This strip features 96 wells, each with a volume of 0.2ml, making it ideal for large-scale PCR experiments.
The T320-1N strip is made of NATU (Nucleic Acid Testing Unit) material, which is a type of polymerase chain reaction (PCR) tube that is specifically designed for use in nucleic acid testing. NATU tubes are known for their ability to provide excellent thermal stability and resistance to leaking, ensuring the integrity of your samples during the PCR process.
The SimPort AmpliTube strip is compatible with the SimPort system, which is a versatile and user-friendly automated liquid handling system. The SimPort system allows for easy and precise transfer of samples between different reaction tubes, reducing the risk of human error and improving the efficiency of your experiments.
The T320-1N strip is also compatible with the AmpliTube software, which allows you to easily design and optimize your PCR reactions. The software provides a user-friendly interface for setting up your reactions, including selecting the appropriate primers, temperature profiles, and reagent concentrations.
Overall, the T320-1N SimPort AmpliTube PCR Reaction Tube Strip is a high-quality and versatile product that is perfect for use in PCR experiments. Its NATU material provides excellent thermal stability and resistance to leaking, while its compatibility with the SimPort system and AmpliTube software makes it easy to use and design your reactions. Whether you're a professional researcher or a student conducting experiments in a lab, this strip is a great choice for your PCR needs.
Pros of buying T320-1N SiMPort AmpliTube PCR Reaction Tube Strip 0.2mL NATU:1. Compatibility: The T320-1N SiMPort AmpliTube PCR Reaction Tube Strip is designed to be compatible with various PCR machines, making it a versatile option for various lab experiments.
2. Convenience: The strip format of the tubes allows for easy handling and organization, reducing the risk of contamination and streamlining the PCR process.
3. Cost-effective: Buying a strip of tubes can be more cost-effective than buying individual tubes, especially for high-volume PCR experiments.
4. Durability: The tubes are made of high-quality materials, ensuring they are durable and reliable, and can withstand the rigors of the PCR process.
5. NATU-certified: The tubes are NATU-certified, meaning they meet strict quality and safety standards, providing peace of mind for lab technicians.
Cons of buying T320-1N SiMPort AmpliTube PCR Reaction Tube Strip 0.2mL NATU:1. Limited capacity: The 0.2mL capacity of the tubes may be limiting for experiments requiring larger volumes.
2. Limited compatibility with some PCR machines: While the T320-1N SiMPort AmpliTube PCR Reaction Tube Strip is compatible with a wide range of PCR machines, it may not be compatible with all machines.
3. Limited color options: The tubes are only available in a limited number of colors, which may make it difficult to distinguish between different samples.
Conclusion:The T320-1N SiMPort AmpliTube PCR Reaction Tube Strip 0.2mL NATU is a convenient, cost-effective, and high-quality option for lab technicians needing to perform PCR experiments. While the limited capacity and compatibility with some PCR machines may be a drawback for some users, the durability and NATU-certification make it a reliable choice for most applications.
Recommendation:If you are looking for a reliable and cost-effective option for performing PCR experiments, the T320-1N SiMPort AmpliTube PCR Reaction Tube Strip 0.2mL NATU is a strong recommendation. However, if you need larger capacity tubes or compatibility with a specific PCR machine, you may want to consider other options on the market.
They are more easily handled than single tubes all strips molded of sidewalls Simport reaction include 8 integral. 2 ml tubes with ultra thin sidewalls and bottoms for more uniform efficient temperature transfer, therefore reducing pcr reaction time in most 96-well v bottomed thermal cycles such as Maj research, perking Elmer, hybrid others.