Skip main navigation

Military Health System

Clear Your Browser Cache

This website has recently undergone changes. Users finding unexpected concerns may care to clear their browser's cache to ensure a seamless experience.

Balancing rest, activity key to recovering from concussion

Image of Two football teams facing off in the middle of a play. Proper concussion recovery protocols are critical to returning service members and trainees and students such as these U.S. Military Academy cadets and U.S. Naval Academy midshipmen during the annual Army Navy football game (Photo by: Navy Petty Officer 2nd Class Alexander Kubitza, Office of the Secretary of the Navy).

A newly revised suite of tools and resources for military health care providers will help improve the treatment of service members with concussions, and ensure their safe return to full duty, according to the Defense Health Agency's Traumatic Brain Injury Center of Excellence.

"The Progressive Return to Activity Following Acute Concussion (PRA)" clinical recommendation updates a previous version and incorporates another guide called the Concussion Management Tool.

The clinical recommendation features a six-step approach for providers to smoothly transition service members from a concussion diagnosis to managing their symptoms through recovery. Each stage focuses not only on returning patients to physical activity, but also on the gradual return to normal brain function.

If a service member returns to duty too soon after a concussion, research suggests there is a greater risk of accidents and falls, prolonged symptoms, more concussions, poor marksmanship, and decreased readiness. In one recent study, published in September 2020, medical professionals followed 508 U.S. Naval Academy midshipmen with concussions until they exhibited normal balance and had no symptoms at rest or with exertion. When the midshipmen were given a mental test, however, 25% had not fully recovered, demonstrating underlying concerns with a premature return to duty.

"The PRA walks you through that process of what to expect, what do you need to achieve before you go to the next stage, (and) what are the restrictions for each stage in both of those components - cognitively and physically," said Navy Cmdr. (Dr.) Adam Susmarski, medical director of the U.S. Naval Academy Concussion Center of Excellence and a member of the Traumatic Brain Injury Center of Excellence (TBICoE) group that assessed the clinical recommendations in practice.

Among significant changes to the recommendations are:

  • Updating evaluation criteria for the advancement to increased levels of activity; patients will now rate their symptoms daily as the same, better, or worse. Completing the longer self-assessment questionnaire, called the Neurobehavioral Symptom Inventory, will now take place at follow-up provider visits.
  • Replacing "rest" with "relative rest" in the first stage of the PRA to reflect recent research showing prolonged complete rest may extend recovery.
  • Enhancing activity recommendations and developing guidelines for duty modification at each stage.
  • Clarifying and expanding return to duty screening to include testing both physical and cognitive skills.

TBICoE developed its recommendations by collaborating with military service branches, an expert working group, and an end user group. TBICoE is a division aligned under the DHA's Research and Development Directorate.

Recent studies have found concussion recovery is a gradual process, indicating the need to strike a balance between rest and activity in the early stages of recovery. While overexertion slows recovery, so can too much rest, according to TBICoE.

TBICoE researchers found patients cared for by providers who had completed a two-hour, in-person training at three military installations using a progressive return to activity process reported a greater overall reduction in symptoms after one week, one month, and three months, compared to patients who were treated by providers who had not received the instructions.

You also may be interested in...

Article Around MHS
Feb 5, 2024

U.S. Army Medical Research & Development Command Supports Development of Blast Injury Prevention Standard

 Researchers from the Walter Reed Army Institute of Research used data collected during live fire training exercises to create accurate 3D simulations of blast overpressure exposures on virtual weapons crews to help training range managers, range safety officers and instructors position personnel to minimize their exposure to shock waves created by the firing of heavy weapons. The color coding indicates the blast pressure intensity as the wave expands and dissipates.

A new tool being developed by the U.S. Army Medical Research and Development Command’s DOD Blast Injury Research Coordinating Office will help Service Members protect themselves from the effects of high-pressure shock waves created by heavy weapons when they are fired during training.

Article Around MHS
Dec 5, 2023

When Your Spouse Has a Traumatic Brain Injury

Lorie Falaminiano, an MRI technologist assigned to Naval Medical Center San Diego (NMCSD), conducts an MRI scan of a patient's brain at the NMCSD hospital.

As a spouse of a service member who has suffered a traumatic brain injury, you may be experiencing a range of emotions. It is important to allow yourself to feel every emotion that surfaces and attend to your own needs. Here are some strategies to consider as you prepare to take on your new role as a caregiver to your spouse.

Article Around MHS
Nov 29, 2023

Green Beret Teams Up with the US Southern Command Warrior Care Program Care Coalition Competes in Department of Defenses Warrior Games Challenge and International Invictus Games

U.S. Army Sgt. 1st Class Jacob “Jake” Anthony competing in the 2023 Invictus Games held in Dusseldorf, Germany. (Courtesy photo)

Green Beret U.S. Army Sgt. 1st Class Jacob "Jake” Anthony was deployed to Afghanistan in 2005 on a mission to find a target. His team was breaching a door that turned out to be booby-trapped, resulting in an explosion that killed his teammate in front of him. Anthony would take shrapnel to the right frontal lobe to his brain and had to be initially ...

Skip subpage navigation
Refine your search
Last Updated: January 22, 2024
Follow us on Instagram Follow us on LinkedIn Follow us on Facebook Follow us on X Follow us on YouTube Sign up on GovDelivery