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Kiwi: An RRD Innovation
By Miki Fairley The Kiwi, New Zealand's famed flightless bird, walks
around all day. Since he wants amputees likewise to be able to walk
around all day, Wallis W.T. Farraday, CP, who also is from New
Zealand, decided to name his innovative immediate postoperative
prosthesis (IPOP) the "Kiwi." Although he originated the idea,
Farraday is quick to note that many others have helped in its
development.
Farraday began working on an IPOP when he realized that there
was an overwhelming need to protect newly amputated residual limbs
from injury. Most amputees suffer falls, and for many this is two
or three days after surgery. Such falls can cause complications,
especially in diabetic dysvascular amputees, that not only severely
delay wound healing but can even necessitate revision surgery.
"With the Kiwi, we've repackaged the postoperative protocols
using rigid dressings," Farraday explained. Besides protection,
research revealed that rigid dressings promote faster wound healing
due to the beneficial effects of total contact and pressure applied
in a sterile environment, he added.
There have been several types of IPOPs over the years, Farraday
said, and they have been effective when skilled personnel are
available to apply them and are able to communicate well with other
members of the rehabilitation team. Farraday found that the US
Department of Veterans Affairs (VA) has consistently used rigid
dressings with pylons as IPOPs. The VA has been largely successful,
apparently due to the consistency, continuity, and training
provided by its programs.
However, rigid dressings are not used predominantly throughout
the world today. Studies suggest that the reasons for this are a
lack of health professionals trained in the technique and lack of
consistent protocols and continuity of care, Farraday noted,
adding, "We also realized that many surgeons and nurses who did
rigid dressings had failures, mainly due to not being able to see
the wound."
Consistency, Continuity
The Kiwi system is exclusive to Hanger Prosthetics &
Orthotics, Bethesda, Maryland, and has a patent pending. Hanger has
worked to overcome these problems by developing a protocol and
training program to control delivery and ensure that the system is
applied consistently throughout the country. Physical therapists
and other health professionals have been brought into the program
to become the experts in using and troubleshooting the system and
as "gatekeepers" for the system in their communities.
"We've been keeping statistics, taking photos, and gathering
other information and are planning to publish the results,"
Farraday said. "We've gotten some great results. The more people
become educated about the Kiwi and other rigid dressing and IPOP
modalities, the better the results will be."
Benefits
The Kiwi works to protect the wound site and shape the residual
limb, assisting postoperatively to control and stabilize soft
tissue. RRDs, such as the Kiwi have also been shown to help reduce
the length of hospitals stays, accelerate rehab time, prevent
flexion contractures, decrease phantom pain and sensation, reduce
shear and stress force, and help patients psychologically to feel
more empowered.
How It Began
The Kiwi came about when many prosthetists started using
silicone liners. Recalled Farraday, "I came across a liner made by
Alps that was very stretchy, very forgiving, that really protects
the shape that is put into contact with it. I tried it out when a
doctor needed a rigid dressing for an amputee two days
postoperatively. I put the Alps liner over a soft dressing-and I
got the idea for a system of doing this, enclosing the liner and
dressing in a shell made of a specific type of fiberglass that
would conform to the limb and pre-shape the tissues."
Among others who have especially contributed to the development
of the Kiwi are Hugh Panton, CPO; Alistair Gibson, CPO; Lori
Pipinich, CP; and Micaha Satterfield, CP, Farraday said.
The Kiwi utilizes a custom-molded wrap technique with a gel
liner which provides visual inspection and limb support. Just being
introduced is the Kiwi 2, Farraday said, with Kiwi 3-an adjustable
snap-on pylon-on the way. 

Table Of Contents - April 2005
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Focus on IPOPs, EPOPs: Does Early Mobility Benefit Amputees?
“Although amputations have been performed for centuries as a lifesaving procedure, the current protocols for care of the
person undergoing this life-altering surgical procedure, in some cases, may not reflect the complete and active lifestyle in
which the amputee can now engage."
Feature
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Kiwi: An RRD Innovation
Feature
- Exclusively Online
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Flo-Tech: Expanding Options
Feature
- Exclusively Online
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A New Paradigm of Postoperative Amputation Care
Feature
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OA Knee Bracing Relieves Pain, Reduces Medication Need
Feature
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Soldier Gets New Prosthetic Design
Josh Olson can never forget the date of October 27, 2003. The young soldier on duty in Iraq was hit by a rocket-propelled grenade and lost his entire leg. An infantry squad leader, Olson knew immediately that the leg was gone, but says, “I was just happy to be alive!”
Cutting Edge
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Online Education Technology: What We Have, What We Need
Education Outlook
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Independent Networks: Leveling the Playing Field
Leading EDGE
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O&P Aids Animals
Creature Care
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Saddam's Palace Basement Becomes O&P Lab
Global View
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Gary Horton's Goal: Providing a Lifetime of Support for Patients
Industry Leader
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Got FAQs?
Got FAQs?
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US-ISPO Conference Provides Much Food for Thought
Association Spotlight
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CMS Proposes Wheelchair Codes
Association Spotlight
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Jason M. Jennings, CPO
Profile
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ACPOC/Academy Meeting Opens New Dimension
Perspective
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President's Message: Introducing The Academy Today
Viewpoints
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