Science / Health

Molecular Test at Home – the Future Testing

Too many diseases have been introduced in the world of medicine that millions of people are fighting on a daily basis. The longer it takes for the results to come, the longer it is for the patient to receive their proper medicines to get cured. Hence, the need for a rapid test has become important.

COVID-19 is one such viral infection that took the whole world by storm; testing for it became crucial. This is why rapid testing became an essential part of controlling the spread of the virus. 

Rapid Test for COVID-19

Rapid tests for COVID-19 are many when compared to the traditional RT-PCR. A virus that is contagious and could live on surfaces for a good amount of time is needed to have fast tests in order to isolate the ones being infected. This was the only way to take control of the pandemic. Therefore, a rapid COVID test includes an antigen COVID test and a molecular COVID test. Both of them come with results in an active acute infection. This is the state which has the maximum potential to spread among individuals.

What is Molecular Test?

The molecular test is designed to help detect the nucleic acid of the virus from a sample obtained by the infected person. It is a diagnostic test that detects genetic material from the virus.

A polymerase chain reaction (PCR) test is a type of molecular test used to detect genetic material (DNA or RNA) from viruses and bacteria. PCR tests amplify or make many copies of small pieces of DNA or RNA. These tests are very sensitive and thus more likely to be accurate. They can detect very tiny amounts of DNA or RNA. This is why PCR tests are often used to diagnose infections that other types of tests might miss.

What is Rapid Antigen Test?

The rapid antigen test is a test that looks for the presence of the SARS-CoV-2 virus in your nose or throat. This test can be used to find out if you have an active infection. It works on the principle of detecting antigens of the SARS-CoV-2 virus (proteins present on the surface of the virus) in response to an infection. The test can then detect these antigens in a sample of your nasal or throat secretions. If the test is positive, it means that you are infected and are likely to be contagious.

Yet, a negative result does not rule out infection. Due to the high false-negative rate of rapid antigen test, especially amid the current surge of cases caused by the highly transmissible and evasive Omicron variant, confirmatory testing with the molecular test for negative results may be necessary.

Advantages of At-Home Molecular Test

Over the past decades, the molecular test has contributed to providing accurate results utilizing PCR and other molecular detection technologies.

With the recognition of molecular test at home, the patient can carry out molecular tests out of the lab, which prevents the patients suffering from COVID-19 from visiting a laboratory, resulting in the spread of the virus. It is considered highly sensitive and more accurate than antigen tests, resulting in minimal false-negative results; hence helpful to get a quick test. 

How Does At-Home Molecular Test Work?

As aforementioned, an at-home molecular test for COVID-19 typically offers higher sensitivity than a COVID-19 rapid antigen test. Compared with a rapid antigen test, the at-home molecular test kit directly detects the presence or absence of specific viral nucleic acids present in a patient’s sample.

Using some essential testing materials (e.g., reagents, nasal swabs, detection cartridges, etc.) within the kit, the patient can receive test result in a matter of 15-30 minutes.

Where to Buy At-Home Molecular Test Kit?

Sansure is the gateway toward authentic and reliable COVID PCR testing kits. They have their machines designed in such a way that it offers very few chances of contamination and is extremely easy to use.

In order to get the most credible PCR testing machines and kits, Sansure is the place to shop from. The store has FDA-approved products that have their features listed next to their products. 

Visit Sansure at:

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