NEW HAVEN, Conn., Dec. 19, 2018 /PRNewswire-PRWeb/ -- Biorez Inc., an early-stage regenerative medicine company,
Biorez is focused on developing and commercializing regenerative implants related to the orthopedic surgery market. The company was named last month by U.S. Senator Chris Murphy as a "Murphy's Innovator of the Month" and earlier this year raised $1.5 million in financing in a round led by Connecticut Innovations with participation from New York Angels, Pritzker-Vlock Family Office and The Vertical Group.
"We are excited to open our new office and lab space here at District in New Haven," said Rocco, who expressed his gratitude to all attendees for their support and shared a brief update about the company's recent progress. "This expands our R&D capabilities, sustains our growth and enables us to better develop and commercialize our proprietary regenerative technologies."
Dr. Stanton shared his enthusiasm regarding the company's mission and progress in developing regenerative technologies for sports medicine, calling it the "holy grail" of orthopedic surgery. Mr. Hook shared his support and belief in the promise of Biorez's technology and his personal experience commercializing Rotation Medical's rotator cuff device, before exiting to Smith & Nephew in 2017.
"District was created to help make Connecticut more connected and competitive so the state can attract and retain more innovative entrepreneurs, startup and scale-up businesses, like Biorez," said David Salinas, District CEO. "The Biorez team is exactly the type of company we want in the ecosystem, and we are very happy they now call District their home."
Current Biorez programs are focused on a bio-inductive scaffold for ACL reconstruction that spares harvesting of patient donor-tissue (autograft) and provides a more attractive alternative to cadaver (allograft) options. The company is developing a pipeline of devices for commercialization as early as 2020.
About Biorez: Biorez Inc. is a privately held early-stage regenerative medicine company engaged in developing bioresorbable scaffold implants to regenerate functional tissue in vivo. Current R&D is focused on a bioresorbable polymer scaffold for ACL reconstruction that spares harvesting of patient donor-tissue (autograft) and provides a more attractive alternative to cadaver (allograft) and xenograft (animal) options. The company plans to commercialize its novel ACL technology and expand its platform to develop new and innovative clinical solutions. To learn more, please visit http://www.biorez.com.
SOURCE Biorez, Inc.
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