Filed under: Injuries
Recovery Care Coordinators (RCC) help wounded, ill, and injured service members, their caregivers, and their families navigate the recovery, rehabilitation, and reintegration process. They help ensure a smooth transition from a recovery and rehabilitation setting back into the civilian community or, in some instances, back to military duty. An RCC is the first point of contact within each of the military services’ wounded warrior programs. RCCs are located at military treatment facilities and installations throughout the country and overseas. Referral to RCCs can come from the service member, a caregiver, a family member, medical personnel, or a wounded warrior program. For more information on the referral process (and for contact numbers), read this factsheet.
How do RCCs help support service members, their caregivers, and their families during what is often a difficult and stressful period in their lives? The RCC develops a comprehensive recovery plan (CRP) with the service member, caregivers, family members, and the recovery team to identify goals and resources needed to achieve those goals, such as assistive technology, education, employment, or housing.
The DoD Office of Warrior Care Policy is responsible for oversight, policy of the Recovery Coordination Program, and standardized training for all RCCs, but each military service branch implements its own Recovery Coordination Program in accordance with DoD policy. The terminology may differ with service (for example, advocate, care coalition, recovery care), but the mission and the standards are the same. Check out the following links for service-specific information:
Service members and their families relocate a lot, and moving to a new home is hard enough without adding injury. Here are some tips on how to properly handle heavy objects such as moving boxes and furniture, and how to take care of yourself if you do sustain an injury:
- Wear less-restrictive clothing such as looser-fitting pants or workout clothes.
- Wear closed-toe shoes.
- Take breaks when necessary. Stretching and reassessing your mechanics can help you maintain proper posture when lifting. HPRC has tips on how to maintain flexibility and remove tension in your body.
- The U.S. Army has fact sheets on Lifting Techniques for handling heavy objects and How to Safely Perform Pushing and Pulling Tasks.
- Remember to keep your core tight, and use your leg muscles rather than your back to lift heavy objects.
The best way to prevent back injury is to strengthen your back and core muscles. The National Institutes of Health (NIH) has suggestions and exercises to help build your back.
If you’re sore from all the lifting or think you may have pulled something, you can treat the pain with ice and rest—and perhaps an over-the-counter pain reliever—for the first 48 hours. Follow NIH guidelines on how to further treat your back pain if it’s acute. However, if the pain persists, consult your doctor to rule out a more serious back problem or injury before you do any more heavy lifting. If all seems well, consider core-strengthening exercises to support your back. Another option is a yoga class to relieve your pain, build your muscles, and return your back to normal function.
For more about how to protect your back, please visit HPRC’s Injury Prevention Series. Good luck with your PCS!
The Achilles tendon (on the back of your ankle) is a common site for injury, especially for runners. And many people think running hills increases the likelihood of injuring their Achilles. Hill running provides many health benefits (cardiovascular endurance, strength, performance, etc.), but do the benefits outweigh the risk to your ankles? For the most part, the answer is, yes! The effects on your Achilles tendon while running on a flat surface, uphill, and downhill are all similar, meaning the risk of injury is no greater when running uphill or downhill than on the flat. Achilles injuries usually happen because of a combination of internal (ankle misalignment, muscle weakness, decreased flexibility) and external factors (footwear, over training, humidity, altitude). With movement, however, the Achilles tendon becomes more flexible, so a proper warm-up before exercise will help prevent injury.
What this suggests is that running hills isn’t necessarily a cause of injury to the Achilles tendon. More likely causes include progressing too quickly as a new athlete or not properly recovering from an injury. If you’re recovering from a previous injury to your Achilles tendon, talk to your doctor or therapist about when it’s safe to run again and how much hill running you are able to do. Be gradual in your return to running, especially hills. Don’t try to sprint up or down anything too steep too soon. But as long as you’re healthy, at your next hill encounter, be confident and take it on; your body is more likely to benefit than not.
Spring is just around the corner, so it’s time to start thinking about sports and outdoor recreation. In keeping with the Mission ReDefined campaign (a joint effort of the U.S. Department of Veterans Affairs and the U.S. Paralympics), VA encourages eligible veterans (those injured within the last six years) to apply for the 2015 National Veterans Summer Sports Clinic.
The purpose of the Clinic program is “early intervention for Veterans battling back from injury, not only strengthening their bodies but improving overall well-being and self-worth.”
Spend a week in San Diego learning about adaptive sport and recreational activities such as sailing, surfing, track and field events, kayaking, and cycling (hand and tandem). This is a national event open to Veterans from all across the country with combat injuries ranging from TBI and polytrauma to spinal cord injuries and loss of limbs.
The clinic will be held in San Diego, CA, from Sept 13–18. 2015. The deadline to sign up is May 1, 2015; visit the Registration tab at the Clinic link above for details and forms.
HPRC previously ran an Injury Prevention series with some general information to help keep you off profile. A new addition to the series is Injury Prevention Strategies, which will include information for the knees (specifically the anterior cruciate ligament or ACL), ankles, shoulders, and back. Check back often for the next in the series, and keep your body functioning at the top of its game!
Returning to duty after a mild traumatic brain injury (mTBI; also referred to as acute concussion) requires a special recovery process. Until now, procedures used by military healthcare professionals were largely based on sports-related mTBI practices, which are not always appropriate for returning Warfighters to military activities and demands. Medical and military experts worked together to develop new recommendations for returning service members to military activity after mild traumatic brain injury. The six-step process includes progressing from rest through light to moderate activity and exercise and eventually to unrestricted activity. Patients cannot progress until they are symptom free at any given stage in the process. Almost 84% of military brain injuries in 2014 were from mTBI/concussions. Some of the most common causes of concussions occur in non-deployed setting. While not all mTBI/concussions are preventable, there are things that you can do to reduce your risk in your day-to-day life:
- Always wear a seat belt when driving or riding in a vehicle.
- Wear a helmet when suitable (for example, on a bicycle or motorcycle).
- Create safe living spaces to reduce falls. Remove or secure potentially hazardous items from floors and overhead.
- Be aware of your surroundings. Try these Mind Tactics Performance Strategies to improve your ability to control your attention.
For some injured Warfighters, achieving total fitness may include assistive technology (AT). Assistive technology is any physical equipment or system used to improve or help maintain the functional abilities of an individual. There are assistive technologies for almost every disability or injury, such as communication boards, both manual and electronic; technology for vision and hearing impairments (magnifiers, talking watches, hearing aids); tools to assist daily tasks (shower chair, adapted eating utensils); adaptive sports equipment (sit-skis, sport wheelchairs, recumbent tricycles); and technologies that enable mobility (from a cane or walker to sophisticated prosthetic legs and powered wheelchairs). Driving aids and fully equipped vans are other important assistive mobile technologies. Mobile assistive technology can promote independence and increased quality of life. Even phones and apps can be used as memory aids and organization- and time-management tools for helping with traumatic brain injury and psychological health. If you’re an injured Warfighter looking at the possibility of AT (or if you just want to know more), there are many things to consider when choosing the right AT for you, including:
- First and foremost, understand your own goals, priorities, and preferences and discuss them with your healthcare team. A person’s reaction to AT is both personal and complex. You must be closely involved in the choice of your assistive technology to ensure a “good match.”
- Consider where you will be using your assistive technology (indoors or outdoors).
- Consider how you will feel about using your equipment. AT equipment shouldn’t be embarrassing, inconvenient, or cumbersome.
- Have you accepted your challenge, and are you ready to move forward? Finding a "new normal" to accomplish your goals may include using assistive technology, but you must first embrace this concept.
For those who can benefit, AT can be a big piece of Human Performance Optimization (HPO), part of HPRC’s Total Force Fitness mission.
It seems that just about everyone is a runner these days, and it’s an essential part of being a Warfighter. Since 1990, the number of road race finishers in the U.S. has more than quadrupled. Participation in the largest road races has increased 77% in 14 years! More runners means more who need to learn about running injuries. Check how injury savvy you are with the infographic below, courtesy of the Sports Performance and Rehabilitation Department of the Hospital for Special Surgery, educational partners for the New York City Marathon.
These days there’s an app for just about everything, including injury prevention. In fact, there are many apps for that. But the truth is that most of them are not backed by science. Unfortunately, among the thousands of smartphone apps in the fitness, medical, and sports categories, only a handful provide evidence-based information on injury prevention.
After sifting through hundreds of different fitness and sports-related apps, researchers in a 2012 study found only 18 apps claiming to provide tips for injury prevention and rehabilitation. Only four of these apps contained claims for which they could find supporting scientific evidence. For example, the “Ankle” app was developed to implement an exercise program based on results from a well-conducted study. Other of these four apps appeared to be evidence-based only by coincidence, not as the result of a sound background search of the scientific literature. By comparison, five apps provided tips (such as warming up, stretching, proper shoes) to prevent running injuries despite a lack of evidence that the recommended practices actually reduce risk of injury. Other apps contained equally unsupported claims in areas such as shoulder injury, plantar fasciitis, and delayed-onset muscle soreness (DOMS). One even cited published literature that did not support its claims.
If you’re searching for injury-prevention strategies, it’s important to be wary of apps that contain inaccurate or unsupported information. The visual appeal and usability of an app may not necessarily reflect the quality of information, especially when it comes to injury-prevention tips. And while the study mentioned above is more than a year old, it’s unlikely the situation has changed. Check out HPRC’s injury-prevention resources or talk to a physical therapist if you have other concerns about injury prevention.
Have you ever felt great after a hard workout, only to find yourself incredibly sore a day or two later? Muscle pain a day or so after exercise is common among recreational athletes. Known as delayed onset muscle soreness (DOMS), this condition can be treated at home—and possibly even prevented—with simple techniques. Strategies to prevent or reduce DOMS include stretching, protein/carbohydrate recovery drinks, and cold-water immersion. Over-the-counter medications can also help with pain but should be used infrequently and at the lowest effective dose. For more detailed information about DOMS and how to prevent and recover from it, read HPRC’s Answer, “Delayed Onset Muscle Soreness.”