20/04/2018 Kdm Communications

SpeeDx receives FDA clearance for Mycoplasma genitalium product

SYDNEY, AUSTRALIA – (April 19, 2018). SpeeDx’s ResistancePlus® MG Positive Control kit has now been listed with the US Food and Drug Administration (FDA) for sale in the United States through the company’s recently incorporated US entity, SpeeDx Inc. The announcement coincides with the FDA registration of the Australian parent company – SpeeDx Pty Ltd – as a Medical Device Manufacturing Establishment, and clinical trials remain on-track for the ResistancePlus MG assay.*

The ResistancePlus MG Positive Control kit contains synthetic DNA to simulate Mycoplasma genitalium, as well as five mutations known to confer resistance to macrolide antibiotics. Macrolide-resistant M. genitalium is a challenging sexually transmitted infection (STI), and global management guidelines are currently being adapted to deal with the rise in resistance. “This is an important product in our portfolio,” said Elisa Mokany, Chief Technology Officer for SpeeDx. “M. genitalium is very difficult to culture, and positive material for quality control can be hard to come by.”

SpeeDx’s ResistancePlus MG assay is the first commercially available diagnostic test that simultaneously detects M. genitalium and genetic markers for antimicrobial resistance, and has been widely adopted across Europe, Australia and New Zealand since gaining CE marking in 2016. “We have a strong focus on tackling the global antimicrobial resistance problem,” said Colin Denver, CEO of SpeeDx. “STIs are set to become the first incurable bacterial infections, and our ResistancePlus line of diagnostic tests empowers clinicians to make informed treatment decisions.”

 

 

About Mycoplasma genitalium

  1. genitalium can cause symptoms such as urethritis, cervicitis, endometritis and pelvic inflammatory disease. In recent studies, it has been found to have a higher prevalence than gonorrhoea. Like gonorrhoea, M. genitalium is evolving into a so-called STI superbug that is becoming resistant to many antibiotic treatments, leading to exceedingly difficult-to-treat infections and threatening global public health. Macrolide antibiotics, specifically azithromycin, are the first-line treatments for the rapidly growing problem of M. genitalium STIs, but resistance to these antibiotics has increased by up to 60 percent in several countries. This development led guidelines on M. genitalium infections in Europe and Australia recommending the molecular detection of M. genitalium be complemented with an assay capable of detecting macrolide resistance-associated mutations.