Product Description

The OHC COVID-19 Antigen Self Test

FDA Emergency Use Authorized

91% relative sensitivity and 99% relative specificity*

Prevent your loved ones from exposure to the virus with the accuracy of the OHC COVID-19 Antigen Self Test.

OHC continues to conduct studies for SARS-CoV-2 as new variants continue to emerge so that we can provide high-quality testing for you and your family.

Using the easy nasal swab test, you can self-collect samples with highly accurate and reliable results you can expect in just 15 minutes.

Children starting at the age of 14 can self test. Children from ages 2 to 13 require the help of an adult.

Feel safe and confident whether or not you have symptoms of COVID-19.

The OHC COVID-19 Antigen Self Test detects both Omicron and Delta variants.

*Clinical data shows, OHC COVID-19 Antigen Self Test demonstrated a relative sensitivity of 91% ( 95% CI: 82.8 to 95.6%) at high viral loads (less than a cycle threshold (Ct)-value of 30) and relative specificity of 99% (95% CI: 95.2 to 99.6%). Clinical data analyzed using the minimum recommended number of low positives demonstrated that the test correctly identified 82.9% of positive samples and correctly identified 98.6% of negative samples. For more detailed information on test performance please see Section 13 of the Health Care Provider Instructions for Use. It is not possible to determine how much virus is in your sample prior to testing and a negative test does not rule out COVID-19 infection. A negative test also does not mean that you are not infectious. You can still have COVID-19 with a negative result from this test and infect other people. For this reason, it is recommended that you test at least twice (serial testing) when using this test. You should contact your healthcare provider to determine if additional testing with a highly sensitive COVID-19 molecular test is recommended. The performance of this test is still being studied in patients without signs and symptoms of respiratory infection and for serial screening. Performance may differ in these populations.