Paragonix Technologies — a company that launched in 2010 as a response to the lack of innovation in the donor organ preservation and transport process — closed a Series B funding round on Tuesday. The $24 million round was led by Signet Healthcare Partners.
The Cambridge, Massachusetts-based company provides transplant centers and organ procurement organizations (OPOs) with medical devices designed for the preservation and transportation of donor organs.
The traditional method of preservation requires the organ to be transported in a cooler of crushed ice. Due to unstable temperatures, many facilities that receive organs preserved in this manner report that they arrive frozen and damaged, said Paragonix CEO Lisa Anderson.
“Paragonix determined there was an opportunity for a more scientifically reproducible, measurable and reliable solution to transporting an organ from a donor to recipient,” she said. “We set out to create a new standard for organ preservation and transport that would provide the care and quality of handling commensurate with transporting such a valuable gift and improve patient outcomes worldwide.”
Paragonix’s devices are made from a series of interconnected systems that work together to provide a cool and sterile environment within a consistent range of 4-8° Celsius. The company sells three devices, each designed for a different organ (heart, lung and liver). All have been cleared by the Food and Drug Administration.
Each device works slightly differently based on specific user needs related to the organ type, Anderson said. For example, the heart preservation device has pouches filled with proprietary cooling solutions that keep the organ at optimal temperatures during transport. The heart is contained within a nested canister and is then housed in a wheeled shipper container that works to protect and insulate the inner contents.
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All of Paragonix’s devices display the organ’s temperature while it is being transported. They also use bluetooth monitoring and tracking technology to allow surgeons to track the organ’s exact location throughout its journey, even in flight, Anderson pointed out.
Paragonix markets and sells its devices to transplant centers and OPOs across the U.S. and Europe. Last year, over one in five thoracic donor organs transplanted in the U.S. were preserved using a Paragonix device, Anderson declared. She also said that 19 out of the 30 largest U.S. heart transplant programs rely on Paragonix devices to safely preserve, track and transport organs to their intended recipients.
There are a few other companies that make devices to preserve donor organs, such as Organ Recovery Systems and Bridge to Life. But Anderson contended Paragonix’s devices are easier to use.
“Most other organ preservation devices are extremely complicated, labor intensive and require special personal or extensive training, while Paragonix’s devices are lightweight, user friendly, and a user can be trained in less than an hour,” she declared.
Anderson explained that her company’s main competition is the legacy way of transporting organs, as many organizations still receive damaged organs that were transported using the over-ice method. The medical industry needs to move away from this method of organ preservation because devices like the ones that Paragonix sells are clinically proven to improve patient outcomes and reduce the risk of post-surgical complications, she declared.
Picture: Getty Images, ThomasVogel
