A Real-Time PCR System for Accurate HBV Tests

PCR machines like SLAN-96P are a very accurate way to test for HBV infection. PCR machines can identify and replicate the virus and then give a positive or negative result. They are also able to identify other strains, not just HBV.

A Real-Time PCR System: What Is It?

A real-time PCR system is used in molecular biology to determine whether a sample contains particular mRNAs or proteins. A real-time PCR system’s benefit is that it enables researchers to swiftly and precisely ascertain the concentrations of particular genes or proteins in a sample. In addition, real-time PCR techniques are frequently more sensitive than conventional PCR systems, making them perfect for detecting low gene or protein expression levels.

Why Would You Use a Real-Time PCR System?

A real-time PCR system is an effective instrument that may be used to identify and measure particular DNA sequences in a sample. Real-time PCR systems have speed and accuracy advantages over more conventional approaches like DNA sequencing. Real-time PCR can also pinpoint specific genes or markers linked to diseases or medical problems.

How is SLAN-96P used for HBV testing?

PCR machines are used for HBV testing by extracting viral DNA from a patient’s blood sample. It is then placed into SLAN-96P, which uses a thermal cycling process to amplify the viral DNA. the amplified DNA is then detected with a fluorescent probe and can be used to identify the presence of HBV.


The PCR machine SLAN-96P from Sansure Biotech is a powerful tool for creating incredibly accurate HBV tests. This technology is changing the way we diagnose and treat this virus, and it has the potential to save countless lives.

About PagalNew

Check Also

How Can Mobile Application Security Be Improved?

Along with the increasing application of mobile phone apps, the implication of secure environments for …

Leave a Reply

Your email address will not be published. Required fields are marked *