Company Overview of OpGen, Inc.
OpGen, Inc. operates as an early commercial stage company using molecular testing and bioinformatics to assist healthcare providers to combat multi-drug-resistant bacterial infections. It offers Acuitas multi-drug-resistant organisms (MDRO) gene test, a molecular screening tool that detects 10 critical MDRO genes from 1 patient swab. The company also provides Acuitas CR Elite Test, which adds the ability to procure a standard microbiological culture result that provides additional information about the identified MDRO gene and its antibiotic susceptibility profile. In addition, it develops Acuitas Lighthouse MDRO bioinformatics product, which focuses on providing MDRO molecular information a...
708 Quince Orchard Road
Gaithersburg, MD 20878
Founded in 2001
Key Executives for OpGen, Inc.
Chief Executive Officer and Director
Vice President of Business Development & Operations
Compensation as of Fiscal Year 2014.
OpGen, Inc. Key Developments
OpGen, Inc. Auditor Raises 'Going Concern' Doubt
Jan 16 15
OpGen, Inc. filed its Annual on Jan 16, 2015 for the period ending Dec 31, 2013. In this report its auditor, Ernst & Young LLP, gave an unqualified opinion expressing doubt that the company can continue as a going concern.
OpGen Launches First “Superbug” Molecular Screening Test to Identify Seven Critical Antibiotic Resistant Genes
May 15 14
OpGen announced that it has launched a new molecular-based test that can quickly and reliably identify patients at risk for harboring serious disease-causing microbes that can resist even the strongest antibiotics. The Acuitas MDRO Gene Test is a comprehensive molecular screening tool that can directly detect as many as seven genes from one patient sample, and will help hospitals and public health officials combat some of the most critical multi-drug resistant organisms (MDROs) threatening patients in healthcare facilities. Unlike current microbe detection methods based on growing cells in laboratory culture (a process that can take up to four days and can miss patients at risk for being colonized), the Acuitas test uses highly sensitive molecular technology to detect antibiotic resistant genes within 24 hours. It can distinguish specific genes that may aid in therapeutic guidance. Molecular technologies have been shown to have sensitivity greater than 95%, better assuring that at-risk patients are not missed. The Acuitas MDRO Gene Test is currently performed at the CLIA-certified OpGen Clinical Services Laboratory in Gaithersburg, Maryland. The Acuitas MDRO Gene Test uses DNA amplification and detection technology to detect genes associated with some of the world’s most deadly bacteria. Among these bacteria are carbapenem resistant enterobacteriaceae (CRE) containing KPC, NDM-1, and OXA-48 genes. They are resistant to nearly all antibiotics including carbapenems, a broad spectrum class of antibiotics considered to be the last resort for serious gram-negative bacterial infections. In critical care settings, death rates from KPC patients often exceed 50%. In 2013, The Centers for Disease Control (the CDC) identified CRE infection as an urgent public health threat requiring immediate and aggressive action.
OpGen, Inc. and Hitachi High-Technologies Corporation Enter into an Agreement to Develop Human Chromosome Mapping Analytical Service
Oct 16 13
OpGen, Inc. and Hitachi High-Technologies Corporation announced an agreement to develop a comprehensive human chromosome mapping analytical service for clinical research applications by a combination of OpGen's market-leading Whole Genome Mapping(TM) technology and Hitachi High-Technologies' and Hitachi group's cloud-based systems. This service will include bioinformatics tools to complete human genome sequence, and detect and analyze structural variations in human chromosomes. Under the terms of this agreement, Hitachi High-Technologies will fund development, and the companies will work together to combine the strengths of their proprietary technologies. OpGen's Whole Genome Mapping provides a unique view into structural variation in human chromosomes and offers a more accurate and complete analysis of the human genome than next generation sequencing data alone can provide. Many structural variations are associated with cancer, autism, Alzheimer's disease and many other cognitive disorders. This type of genetic information will enable development of new therapies, and eventually will empower the broader healthcare community to diagnose and guide treatment decisions based on a patient's genetic profile.
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