 |  John Conrad, M.D., Medical Director of the
Wound Healing Center. He is pictured with
the hyperbaric chamber, which features a
bed inside a clear cylinder that is filled with
oxygen and then pressurized.
 |
For our bodies to heal, they need
oxygen. This element in our air
sustains life, explains John Conrad,
M.D., Medical Director of the Wound
Healing Center at Auburn Regional
Medical Center (ARMC).
Our blood has limited oxygen-carrying
capacity, however. If tissue
becomes inflamed, blood flow may
be reduced, and wounds may have
difficulty healing.
How Does It Work?
Many patients with hard-to-heal wounds
benefit from hyperbaric oxygen therapy.
During the painless treatment, a patient
relaxes in a hyperbaric chamber. The
chamber consists of a bed inside a large,
clear cylinder that is filled with oxygen
and pressurized.
Breathing pressurized oxygen allows
the blood's main component, plasma, to
carry oxygen.
"Plasma is normally a poor oxygen
transporter. It's only about .003 percent
oxygen," says Dr. Conrad. "Using the
hyperbaric chamber, we can increase
plasma's oxygen content 100-fold."
This delivers more healing oxygen to a
wound.
Who Can Benefit?
Some people have difficulty healing
naturally due to an underlying medical
condition, Dr. Conrad says. These people
may include:
- Those with diabetes
- Trauma victims
- Cancer patients with tissue damage
from radiation treatment
- Patients with a bone infection called
osteomyelitis
In addition, any wound that doesn't
begin healing in four weeks or heal
completely in eight weeks may require
specialized care.
Hyperbaric oxygen treatment usually
is administered five days a week for 20
to 40 sessions. ARMC recently added a
third hyperbaric chamber to the Wound
Healing Center. All three are larger than
older models. "Some patients drive
here from 50 miles away because of
the size and comfort of our chambers,"
Dr. Conrad says.
Do You Need
Hyperbaric Oxygen
Therapy?
For more information about
ARMC's Wound Healing
Center or hyperbaric oxygen
therapy, please call
253-804-HEAL (4325).