Published on : May 18, 2016
It is known that the human hip experiences at least 10 times the body weight during strenuous physical activity. Therefore, the hip are one of the most commonly operated on in today’s medical world. This is because of a series of factors that are responsible for increased damage of hip. These factors include the consumption of non-nutritious food, a growing number of sports injuries, and a growing number of the obese. But perhaps the greatest reason for the proliferation of advanced hip replacements and bone cement materials markets is the growing percentage of the elderly across the world. Medical advancements and higher healthcare expenditure are allowing a larger number of people to avail medical attention. At the same time, the current population of the geriatric is high also because of the closing years of the baby boomer era.
U.K. Shows Large Number of Denied Hip Replacement Surgeries
One of the greater issues faced in the field of hip replacement technologies and treatments is creating a grave scenario in the U.K. Thousands of people are being denied of hip replacement surgeries every year. As stated by the National Institute for Health and Care Excellence, less than a third of the patients advised for hip replacement had actually received the appropriate treatment. It was observed that many hospitals were denying patients treatment due to factors such as the patient’s age, overall health condition, mobility, and weight. NIHCE guidelines state that only people with major walking issues, cognitive disabilities, or who are unable to receive anesthesia can be barred from appropriate treatment.
3D Printing Offers Hip Replacement Solutions
One of the more modern innovations in the field of hip replacement treatments is the use of 3D printing to create implants for patients. Currently, around 2.5 mn American citizens are patients who have undergone hip replacement therapy. While failed surgery is a major cause of worry for these patients, the new 3D printing replacements could be useful in providing a much higher level of treatment. The technique can offer a higher level of customization and also allow the specialists examine accurate models before actually performing the surgery, thereby increasing the chances of success quite significantly.