Serving science company Thermo Fisher Scientific revealed on Tuesday the launch of the new AcroMetrix Coronavirus 2019 (COVID-19) RNA Control product to monitor and validate COVID-19 molecular diagnostic tests.
The company has designed and developed this control as a synthetic RNA, non-infectious control to help labs validate and monitor COVID-19 molecular diagnostic tests at two different concentrations: a low positive control and an ultra-low positive control under FDA guidelines.
AcroMetrix Coronavirus 2019 (COVID-19) RNA Control is prepared by formulating synthetic RNA transcripts with highly unique N, S, E and Orf1ab regions of SARS-CoV-2 genome into proprietary buffer. The kit contains two vials of SARS-CoV-2 specific RNA that will result low positive and ultra-low positive in used Polymerase Chain Reaction (PCR) based Coronavirus 2019 nucleic acid testing methods.
Additionally, the company's online resource has up-to-date information about its response to the COVID-19 pandemic, including availability of diagnostic test kits. The COVID-19 RNA Control is available as a Research Use Only (RUO) product and is not intended for clinical use.
ABL Diagnostics selected to acquire TEXCELL operations
Aptamer Group launches Optimer-based Ebola diagnostic programme
Physiomics secures new contracts worth over GBP200,000
EDX Medical to provide molecular profiling services to Astron Health
Sanofi appoints new global head of Research & Development Pharma
Lakewood-Amedex expands intellectual property portfolio with Australian Bisphosphocin patent
Replicate Bioscience awarded Gates Foundation grant to advance srRNA vaccine candidates for TB
Gilead Sciences mobilises remdesivir donation to support Ebola response in Uganda
RedHill Biopharma advancing opaganib options for Ebola outbreak
Transgene to present preclinical TG-MVA mpox vaccine data at World Congress on Infectious Diseases
Hyundai Bioscience says XAFTY available for Ebola and Hantavirus treatment
Apotex and Cumberland Pharmaceuticals to integrate their US branded businesses
Ondine Biomedical abstracts selected for 2026 World Congress on Infectious Diseases