The field of Sports Medicine has undergone exponential growth over the last few years, but still remains in its infancy. So much research and technology have been added to clinical practice since the simple days of “RICE” (Rest-Ice-Compression-Elevation). The catch phrase for some of this phenomenon is “analytics” and it covers a variety of topics. This is where I believe Sports Medicine is going in the future.

By Howard Osterman, DPM

Devices and patient care have changed dramatically through the history of the O & P profession. At first, devices were carved of wood, based on visual inspection, then sewn with leather and bent metal; today, we cast in plaster and pull plastic. If history tells us anything, it’s that, first, newer technology will continuously become…

By Jacob Praga, MSBME

The future isn’t coming—it’s arriving at an incredible pace! Technology and the data it can supply have reshaped the planet and those who fail to adopt it will be left in the dust. The need for objective data in treatment decisions will become mandatory both by payers and patients alike.

By Kendon Howard

In a recent article in the Philadelphia Inquirer, reporter Stacey Burling wrote, “Amputation rates among people with diabetes in the United States dropped for about 15 years, but recent reports issued by the U.S. Centers for Disease Control and Prevention highlight a disturbing trend: Amputation rates have been rising in people under 65 with diabetes since 2009.

By Mark Hinkes, DPM

Although it’s difficult to predict future developments, one might extrapolate, to some extent, large changes to a specialty of medicine by looking back on the history of the field and combining it with recent developments and trends.

By Jarrod M. Shapiro, DPM

Mobility and balance deficits in patients with lower extremity impairments are significant factors for decreased quality of life. To improve outcomes for these patients, clinicians need measures that are evidence-based and scientifically validated; in other words, there is a need to measure things that matter.

By Michael Rowling, BS

Before pronouncing what I predict will be the single most significant change in foot and ankle surgery in coming years, it’s essential to look back. I asked an orthopedic colleague what he thought the most significant change in orthopedics was over the past 25 years, and he replied, “locking plate technology.” I agree.

By Patrick A. DeHeer, DPM

My perspective on the future reflects my professional interest in lower-extremity injuries and conditions that can be treated by knee braces and by ankle-foot and knee-ankle-foot orthoses. An aging population and other market demographics seem to indicate there is an increasing need for braces; new manufacturing methods, including interesting composite materials and 3D printing, seem to point toward a future of technical innovation.

By Rick Riley

Georgia Institute of Technology initiated its Masters of Science in Prosthetics and Orthotics (MSPO) program in 2002, knowing that considerable advances in the profession would be possible if research was an emphasis in clinical education. Students entering the program came with added bases of knowledge, dominated by…

By Geza F. Kogler, PHD

Modern day times not only see us living longer, but enjoying a wide array of advances in lifestyle, medicine, health, and social care, as well as the fast-paced changes in technology. Currently, 13% of the global population is over age 60, a figure which is increasing by 3% each year.¹

By Sarah A. Curran, PhD

Prosthetic and orthotic clinical care involves using custom-made devices to assist in the rehabilitation of people with physical impairments and disabilities. As such, it has long relied on the craftsmanship of prosthetists and orthotists. Although the results of such craftsmanship can be of tremendous benefit to the patient…

By Stefania Fatone, PhD, Ryan Caldwell, CP, FAAOP, and Julia Quinlan, PhD

The foot ranks high among the most ill-constructed elements of the modern human musculoskeletal system—an observation that necessarily begs the question: Why is this so? Upright, bipedal gait is the defining characteristic of our lineage; humans and our immediate ancestors have been practicing it for at least 5 million years. Why hasn’t evolution perfected this hallmark adaptation?

By Bruce Latimer, PhD