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Biotechnology startup Molecular Matrix Inc. has received 510(k) FDA clearance for a carbohydrate-based polymer that can help injured bones heal and regrow, reports the University of California, Davis, on its website.
Osteo-P is a synthetic bone graft substitute that supports and guides the growth of new bone and is resorbed and replaced with the patients’ own bone during the healing process. Charles Lee, the founder of Molecular Matrix and also an assistant adjunct professor in the Department of Cell Biology and Human Anatomy at the UC Davis School of Medicine, expects to bring the biomaterial to market within the next couple of months. “What began as an idea from UC Davis has reached all the way to FDA clearance,” Lee told Lisa Howard, who reported on the achievement on the UC Davis news page.
The bone graft substitute is a non-mineralized, synthetic bone void filler made of a hyper-cross-linked carbohydrate polymer (HCCP). It is highly porous, biocompatible, biodegradable and has shown exceptional capabilities of bone repair, according to a press release from the company.
The polymer technology reportedly offers several advantages over current bone graft substitutes, including exceptional bone formation and implant resorption, real-time fusion monitoring and the ability to hold a suture. Based on proprietary research, Osteo-P is intended for the filling of bone defects created surgically or through traumatic injury. When placed or gently packed into bone voids, Osteo-P supports and guides the ingrowth of new bone across the graft site, after which it is resorbed and replaced by newly formed bone during the healing process.
Bringing this product to market is the culmination of Lee’s years-long fascination with stem cells, which began when he was an undergrad at the UC Davis School of Medicine. “I fell in love with those cells,” Lee told Howard. “That’s how I got into stem cell biology. There was nothing else I wanted to do than study and research them.”
The stem cells he worked with were grown in a single layer, but Lee began thinking about new ways to grow them.
“Stem cells behave much differently when they are grown in an aggregate as opposed to a monolayer,” he said. “But building up stem cells is not easy. It requires a scaffold—a matrix or structure—to help support the cells to grow into an organoid.”
Lee specifically wanted to use a carbohydrate, a sugar, for scaffolding that would be degradable and nontoxic. The breakthrough came with the invention of a hyper-cross-linked carbohydrate polymer technology that provides a platform for stem cells to grow both in vitro and in vivo. By extreme cross-linking of the molecules, the structure is able to hold its shape under heat and pressure, Lee explained. He founded Molecular Matrix, with significant support from UC Davis through its technology commercialization program, in 2011.
“The need for bone substitute products is expected to expand,” Jim Keefer, COO of Molecular Matrix, told UC Davis. “The global bone graft and substitutes market was estimated at $2.1 billion in 2013 and is expected to grow to $2.7 billion by 2020.”
The Osteo-P biomaterial is expected to be available in the form of large pore granules, sheets, cubes, wedges and cylinders or in custom sizes starting in March 2018.
For Further Information
More on the orthopedic biomaterials market in the U.S. can be found in a series of reports published by iData entitled the U.S. Market Report Suite for Orthopedic Biomaterials. This report covers the following market segments: bone graft substitutes (which is represented by allografts, demineralized bone matrix, and synthetic bone grafts), orthopedic growth factors, cellular allografts, orthopedic cell therapy, hyaluronic acid viscosupplementation, orthopedic cartilage repair and spinal machined bone allografts.
The iData series on the market for orthopedic biomaterials covers the U.S. and 15 countries in Europe including Germany, France, the United Kingdom (U.K.), Italy, Spain, Benelux (Belgium, Netherlands and Luxemburg), Scandinavia (Finland, Denmark, Sweden and Norway), Portugal, Austria and Switzerland. Reports provide a comprehensive analysis including units sold, procedure numbers, market value, forecasts, as well as detailed competitive market shares and analysis of major players’ success strategies in each market and segment. To find out more about orthopedic biomaterials market data or procedure data, register online or email us at email@example.com for an U.S. Market Report Suite for Orthopedic Biomaterials brochure and synopsis.