Progenity, Inc, has reported the completion of two million diagnostic tests by its CLIA-certified and CAP-accredited laboratory in Ann Arbor, Michigan. This notable milestone comes as Progenity celebrates the ten-year anniversary of the company’s founding. Progenity was established in 2011 as a women’s health molecular diagnostics company offering a genetic carrier test for the detection of cystic fibrosis. the company has commercialized a portfolio of diagnostic products, including the Preparent® Carrier Test for hereditary genetic diseases; the Innatal® Prenatal Screen for chromosomal disorders; the Riscover® Hereditary Cancer test, and the Resura® Prenatal Test, which provides noninvasive prenatal screening for monogenic diseases. Progenity’s preeclampsia rule-out test, Preecludia™, has the potential to be the first test in the United States to help healthcare providers evaluate patients who have symptoms of possible preeclampsia, a potentially deadly condition for both pregnant mothers and their babies. This novel protein biomarker assay is designed to address the unmet need for tools to aid in the triage and management of preeclampsia. The Preeclampsia Foundation recently issued a national call to action for the development of biomarker tests specific to the pathophysiology of preeclampsia due to this unmet need. Last November, the company released strong verification performance data for Preecludia and plan to enter validation later in Q1, followed by a targeted launch in the second half of 2021. Progenity is also building upon its core competencies in molecular testing by developing and commercializing a disruptive platform of gastrointestinal (GI) health diagnostics and targeted therapeutics. Leveraging a proprietary autonomous localization technology, Progenity is developing a noninvasive, ingestible capsule technology platform, with investigational devices and drug/device combinations designed for both diagnostic and therapeutic purposes. Progenity believes product candidates, if successfully developed and approved or cleared, could become the first precision medicine products to diagnose and treat at the site of disease within the GI tract.