The iC-COVID19 Assay™ expands coronavirus testing

May 14, 2020 (Huntsville, Ala.) – iCubate®​ ​, provider of accurate and affordable syndromic diagnostic testing, announces the launch of the iC-COVID19 Assay™. As the demand for testing increases, iCubate now offers the iC-COVID19 Assay to expand needed coronavirus testing.

Diagnostic testing continues to be a key part of efforts to prevent the spread of the coronavirus disease. In the United States, there have been over 1.3 million COVID-19 cases, resulting in 80,000 deaths.

“Many regions of the country are facing barriers to COVID-19 testing. iCubate was eager to join the fight and developed the COVID-19 test for hospitals, clinical laboratories and temporary collection sites in major cities and small towns," said Carter Wells, CEO of iCubate.

Targeting the S gene and the ORF1ab gene of the SARS-CoV-2 virus, iCubate’s COVID-19 assay was designed to test people exhibiting symptoms of the coronavirus disease. By using the iC-COVID-19 Assay, a result can be generated in less than 6 hours from the time of sample collection.

“Testing is key to controlling the coronavirus pandemic and the availability of precise and automated tests has been a limitation in many areas,” said Fran White, Founder and President of Regulatory Affairs of MDC Associates. “iCubate’s easy-to-use assay offers another option for laboratories to consider in the fight against COVID-19. The iCubate system is highly reliable and easy to install and implement in any laboratory setting.” Ms. White and the MDC team work with in vitro diagnostic and medical device companies in the US and around the world as they move innovative products through regulatory processes to positively impact patient health.

With a goal of reducing exposure for front line healthcare workers, each iC-COVID19 Assay ​is performed in a single-use, closed, disposable cassette that is pre-loaded with the reagents necessary to provide a qualitative answer from a single patient sample.

The iC-System has previously earned two 510k FDA clearances for the iC-GPC Assay™​ and the iC-GN Assay™​ ​. These assays rapidly detect and identify potentially pathogenic gram positive bacteria and gram negative bacteria, respectively, which are associated with blood stream infections and subsequent sepsis. Additionally, the FDA has designated iCubate’s iC-Myco Assay™​ a “Breakthrough Device” for the detection and identification of potentially pathogenic non-tuberculosis Mycobacterium, a major cause of pulmonary infections.

iCubate has submitted the iC-COVID19 Assay to the FDA for Emergency Use Authorization for the detection of the virus that causes COVID-19. iCubate’s submission is currently pending with the FDA.

Video: iC-COVID19 Assay™ - For the Front Line

Video: iC-COVID19 Assay™ - For Everyone

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About iCubate®​
iCubate is a molecular diagnostic company providing diagnostic solutions to clinical laboratories. Founded by Jian Han, MD, PhD, iCubate’s core technology, Amplicon-Rescued Multiplex PCR (ARM-PCR), detects multiple pathogens concurrently with high sensitivity and specificity within each assay. The portfolio of “sample in-answer out” assays operate on an integrated, intuitive and user-friendly closed system. The end result is improved turn-around time for pathogenic organism identification and detection of important antimicrobial resistance markers. Offering a scalable, cost-effective platform, iCubate offers accurate testing for labs of any size. See ​iCubate.com for more information.

Forward-Looking Statements

Some statements in this press release may be “forward-looking statements”. iCubate cautions that these forward-looking statements are subject to risks and uncertainties that may cause actual results to differ materially from those indicated in the forward-looking statements. If underlying assumptions prove inaccurate or risks or uncertainties materialize, actual results may differ materially from those set forth in the forward-looking statements. iCubate undertakes no obligation to publicly update any forward-looking statement, whether as a result of new information, future events or otherwise.