PrimeStore Molecular Transport Medium

Posted by annaon March 3, 2022 

PrimeStore MTM is a new RNA storage and transportation medium that has been approved by the FDA for use in a variety of diagnostic and therapeutic applications. It is safe to use and does not require refrigeration for up to 30 days. The IPC that is included in PrimeStore MTM controls the degradation of specimens, which means that samples can be processed as they are normally done in the lab. Using this medium also ensures that all DNA and RNA fragments are preserved.

The PrimeStore Molecular Transport Medium is a bio-based, ambient-temperature-stable reagent specifically formulated for RNA and DNA preservation in downstream molecular diagnostic tests. This medium has been shown to be highly effective in inactivating infectious biological pathogens and preserving labile RNA. It also promotes thermostability at 37 degrees Celsius for more than 14 days. It is safe for use with infectious samples and is suitable for many applications.

The PrimeStore MTM is an FDA class 2 sample collection device, which rapidly inactivates bacterial and viral pathogens while preserving their released DNA and RNA. It is also safe for a variety of downstream molecular applications, such as next-generation sequencing and qPCR. This product is also safe to use and can be stored at room temperature for up to 7 days. The tubes can be reused many times, which reduces the risk of pathogen contamination and the need for Category 3 facilities.

PrimeStore Molecular Transport Medium is a unique, temperature-controlled sample-collection system designed for downstream molecular diagnostic testing. Its formulation is specially formulated to preserve RNA during transportation. It contains the first non-specific internal positive control and is ideal for use in infectious samples. It is a safer alternative for samples and helps prevent transmission of disease. This product is available at laboratories worldwide. There is no reason not to use it.

The PrimeStore MTM is a versatile, high-quality molecular transport medium. It is an effective method of inactivating pathogenic samples. Its pH is neutral and helps isolate infectious agents. Its temperature-stable design makes it a perfect tool for many different uses. Further, it preserves the RNA and DNA molecules and maintains their thermostability. Aside from its high efficiency, PrimeStore MTM is an affordable, convenient alternative to standard laboratory media.

PrimeStore MTM is an ambient, thermostable molecular transport medium that stabilizes RNA and DNA. It can be used for RNA testing and inactivates infectious biological pathogens. It also preserves labile DNA and RNA polymers, which are often unstable at low temperatures. The medium also reduces the need for cold chain. It is essential for RNA processing and storage. With PrimeStore MTM, researchers are able to perform molecular analyses without the worry of contaminating samples.

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Transport of Viral Specimens

Virus culture is the most commonly used method for diagnosing infectious diseases and requires proper collection and transportation. During collection, toxic swabs should be avoided, and an appropriate transport system should be used to ensure safe handling. Since the early days of bacteriological research, liquid transport media have been developed to facilitate the handling of viral specimens. Certain swab-tube combinations have proven to be effective. Nevertheless, some laboratory techniques still use ineffective methods.

Viral transport media is a critical part of the protocol for viral laboratory diagnosis. The transport medium is made from buffered proteins and antimicrobial agents to preserve the viability of the sample. This solution is important in preventing contamination of the specimen during the process of polymerase chain reaction testing. A screw cap tube is the preferred method for the collection of viral specimens, as it can prevent accidental spills. For bacterial samples, separate samples should be collected from the same site. For fungi and bacteria, a medium that contains calcium and magnesium is ideal. Our VTM is made with amphotericin B and Gentamycin, which is consistent with the recommendations of the CDC and WHO.

The proper transport media for viral specimens is an important component of the laboratory's protocol. It prevents contamination, maintains viral viability, and retards growth of microbial contaminants. The most suitable medium is one that contains both gelatin and antimicrobial agents. The UPMC clinical virology lab requires the collection of samples in VTM M4 tubes, and the amount of VTM should be two to three mL. A swab sample may be as little as two mL, while tissue samples can contain as much as seven mL. A sterile urine cup or disposable centrifuge tube is also an excellent choice.

Viral transport media is essential for the proper transport of viral specimens. It is necessary to avoid microbial contamination during the transport process. This can be accomplished by using special media for the collection and transportation of viral specimens. These media are generally available in two different types: non-frozen and frozen. They may be suitable for a wide range of sample types and for different purposes. The first type of transport medium is suitable for culture isolations. The second type is suitable for direct tests.

Viral samples must be transported properly. The viability of the specimens is important, and preserving them for transport is essential. The best viral transport media is one that contains gelatin, buffers, and antibiotics to prevent the growth of microbial contaminants. It is important to maintain the viability of the samples for as long as possible. So, it is vital to use appropriate containers and protocols to ensure that the sample is properly handled.

More helpful hints: https://vtm-kit.com/

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