by Airman 1st Class Mariah Tolbert
4th Fighter Wing Public Affairs
10/30/2012 - SEYMOUR JOHNSON AIR FORCE BASE, N.C. -- An Airman from the 4th Fighter Wing at Seymour Johnson Air Force Base, N.C., has been chosen to present his research.
U.S. Air Force Lt. Col. (Dr.) Christian Lyons, 4th Medical Operations
Squadron commander, will present his research on a patient with a
potentially deadly side effect of ankylosing spondylitis, a
rheumatogical disease, and how he, along with his coworkers,
successfully placed a KC-135 pilot, stationed at Royal Air Force
Lakenheath who was affected by the disease, back on flying status.
Lyons was first confronted by the affected pilot approximately three
years ago when his lower back pain prevented him from doing his daily
activities and kept him grounded. After an initial assessment of the
pilot's condition, Lyons knew something more was going on.
"As a provider, whether you're working in family health, mental health,
physical therapy or another clinic, you never quite know what's going to
walk in the door," Lyons explained. "So when this young pilot who was a
previously fit and active gymnast walked in, I knew he was going to
need some further work given his ankylosing spondylitis, but I didn't
know I would be facing a more concerning ligament instability issue in
his cervical spine. I didn't know I would be looking at his neck and
find something scary that could cause him to face death sooner if he
didn't do something to stabilize that part of his spine."
Lyons identified the condition as Atlantoaxial Instability, which is due
to weak ligaments, causing the top two vertebrae segments to loosen
with excessive movement available to these bones, which lay very close
to the brain stem and spinal cord. Using close coordination with flight
surgery, radiology, and an off base rheumatologist, the team of
providers confirmed the diagnosis and intervened immediately.
"A normal spine is like a chain link fence where all those links can
move pretty well," Lyons described. "Usually with ankylosing
spondylitis, as in the pilot's lower back, the vertebrae are like rusted
links, where they stick together, sometimes fuse, and overall, don't
move so well anymore. However, in this pilot's neck, due to the
weakening ligaments, his vertebrae moved excessively to the point of
pretty significant danger."
Loose ligaments made the pilot susceptible to a potentially
life-threatening injury. When ligaments required to hold the vertebrae
together become loose, a piece of second vertebra of the spine, called
the dens, can push into the spinal cord resulting in death.
"By working with his flight surgeon and a radiologist, we were not only
able to identify the condition early, but also act early enough to
prevent future injury and restore this flyer's function," Lyons said.
"We were able to coordinate using the international medical systems of
Her Majesty's Health Services in the United Kingdom, to provide a
rheumatology consult as well as gain a second confirmation of his
condition with a military radiologist in California, employing the
medical technology of teleradiology to view his films and make a
definitive confirmatory diagnosis for him."
Using special medications to improve the pilot's freedom of movement in
his lower back, and physical therapy to correctly train the muscles to
stabilize his neck, the pilot was able to return to flying status. In
2010, he competed in the Marine Corps Marathon and according to Lyons,
the pilot continues to fly missions and compete in racing events to this
day.
"The most important parts of this case study is that it reinforces the
need to look at the whole patient when they come in to be treated. Also,
it vividly shows how powerful a multidisciplinary approach to health
care can be," Lyons said. "This is something we do a very good job of in
the Air Force Medical Service and in the Department of Defense Health
System as a whole."
This research is not the first time Lyons has been recognized by AMSCON.
Lyons previously conducted a case study involving young Airmen with
lumbar vertebra fractures which made the spine unstable. This injury
caused many Airmen not to deploy, or even be returned from deployment.
However, in as little as six visits involving intense electrical
stimulation to the lower back muscles, the Airmen were able to continue
all functions related to their duties with significantly less pain
enabling deployments to proceed.
"We are very fortunate to have Lyons," said Col. Leslie Claravall, 4th
Medical Group commander. "From my perspective, he exercises a lot of
forethought, and then takes the initiative to tackle any issue. I could
not be more proud of him. He stays current as a trusted and outstanding
physical therapist by allotting time in his schedule to take care of
patients while excelling in his primary role as the commander of the 4th
MDOS."
Lyons will present his case study at AMSUS, where he hopes his
presentations will inspire other clinicians and serve as a good example
of medical provider teamwork.
"I am very humbled at the opportunity to present at this national
conference," Lyons said. "It is a great opportunity, and I hope that it
excites other people about doing research, no matter what clinical field
it is in."
Tuesday, October 30, 2012
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