Hasta La Gadget!

One in six Americans–about 53 million people–have a physical disability, and at least 2.2 million use a wheelchair. Disabilities involving visual, hearing, and sensory impairments are widespread. Over the past two decades, our understanding and diagnosis of disabilities has advanced tremendously. At the same time, new technologies have led to implants and devices that help alleviate many obstacles to daily living for the people who need them the most.

Today, we are focusing on the next chapter: medical rehabilitation, the shift from the hospital to the home, where patients become participants in their own recovery.

Our National Center for Medical Rehabilitation Research (NCMRR) has launched an ambitious plan to energize, advance, and refocus this research field. Dr. Alison Cernich, who became the NCMRR Director last year, is leading the effort, with the support and partnership of 16 institutes and centers within the National Institutes of Health (NIH). Earlier this year, NIH held a conference and town hall meeting to gather input and feedback on the plan: Rehabilitation Research at NIH: Moving the Field Forward.

As Dr. Cernich noted at the conference, exciting technologies currently exist, but the challenge is adapting the technology to work in the home so that people can maintain and improve on the gains they achieve in rehab hospitals.

Facilitating further recovery at home is a key area that needs our attention. Some people are better able to adapt and recover after injury, while others require more rigorous rehabilitation. We need a better understanding of how biology, physiology, chemistry, and genetics affect recovery, so that we can improve prognosis and therapy.

We also know very little about the progression of disabilities as we age, and that may affect the way we bring treatments to the home. We do know that 60 percent of Americans over age 65 have a basic disability. Perhaps there are transition points that would require us to alter treatments, whether that transition is from childhood to young adulthood or from adulthood to the elderly years.

Finally, we need to expand the overall field of medical rehabilitation research. We need more scientists to become interested in tackling these questions. Researchers at the NCMRR conference all highlighted how this work is tremendously rewarding, and to quote Dr. Cernich:

“When your science directly improves people’s everyday lives, that’s compelling research.”

One scientist in the rehabilitation research field is James Rimmer, Ph.D., director of the Lakeshore Foundation/University of Alabama-Birmingham Research Collaborative. As a youngster growing up in a public housing project in New York City, playing sports usually revolved around pick-up basketball games at a nearby park, where kids with disabilities–emotional, physical, or otherwise–were often left out. Rimmer, a former member of the NCMRR advisory board, has spent a lifetime trying to help children and adults get back in the game.

In a study he plans to launch later this year, Rimmer will enroll 600 participants with physical disabilities to evaluate a telehealth rehabilitation model over 48 weeks. Participants will use technology to assist in their rehabilitation at home, including videos and music to help stimulate movement. Throughout the study, Rimmer’s team will take a battery of biomedical measures, including heart, muscle, and brain function. The researchers also will monitor in real time the frequency and duration of participants’ physical activity.

Rimmer is exploring the concept that cognitive changes occur through movement.

“We all have limitations of some sort and that’s okay, but how you empower yourself to become physically active within those limitations, how you maintain that at home, that’s a story we want to tell,” he said.

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You know the “burger drop”. No, it’s not when you drop your burger on the floor and cry. Fast food restaurants like to use the burger drop in commercials, showing us each layer of the burger and how fresh and bouncy it is as it falls in place. How you ever wondered how they do that?

Well, the burger used is often CGI, modeled and animated for the perfect mouth-watering drop every time, but not all ad directors want to use CGI in their commercials. Director Steve Giralt likes practical effects, so he wanted to use a real burger. He had to build a ridiculously complex machine to make it happen, but he accomplished his goal. Check out the build in the video below, and you’ll have a new appreciation the next time you see a burger drop in a commercial.

The machine is controlled by his “Precision Arduino Timing Relay Imaging Controller”, or P.A.T.R.I.C. for short. It may be a complex contraption, but it made the burger drop look easy. You Steve are a true American and have advanced burger technology by at least a decade. Burger lovers everywhere salute you.

[via Bored Panda via Neatorama]