Bone fractures are very common medical incidences mainly associated with accidents and osteoporosis. Although the market is seeing significant growth due to an increase in incidences of fracture cases and the raising number of participants in sports, the factors such as double surgery is a major restraint faced.
This is an adjustable bone implant for the fractured bones. This novel implant provides compression and distraction functionality at the fracture sites therefore the patient won’t need to get any further operations. Since the plate is adjustable in nature, additional bone nails, screws or apparatus won’t be required therefore complications that might arise due to the use of extra implementation would be diminished.
This bone plate is engineered to overcome problems associated with the state-of-the-art bone plates such as the need for extra surgeries or extra implant needs, risk of complications. It is directly fixed to the bone thus allows external manipulation. Furthermore, bone segments can be aligned precisely and properly without using inserts introduced into the bone along its axis and the bone plate contact surface is reduced, allowing minimization of the risk of infection. Moreover non-use of such an insert which is normally introduced into the bone in its full length prevents vein/nerve and soft tissue injuries that may occur in surgical bone operations.
This technology can be applicable to all the orthopedic trauma cases such as accidents and osteoporotic fractures that require bone replacement.
Severe injuries of the musculoskeletal system of the body are known as orthopedic traumas. Primary factors driving orthopedic trauma devices are accidents and osteoporotic fractures. According to a statistics by WHO, traffic accidents worldwide bring about nearly 1.24 million deaths a year. According to another research fractures account for an estimated 10.2 million visits a year to hospitals only in U.S. According to the Market Report on “Global Market Study on Orthopedic Trauma Devices” released by Persistance Market Research, the global market is valued at $5.7 billion in 2013 and is expected to grow at a CAGR of 7.2% from 2014 to 2020, to reach an estimated value of $9.4 billion in 2020. According to the report, North America holds the largest share of the market while the Asia region is witnessing the fastest growth. According to another report by iData Research Inc. on “U.S. Orthopedic Trauma Device Market” the value will exceed $8 billion by 2020.