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Wounds Essentials 2012, Vol 2
significant cost and time.
Instead the team used Debrisoft to
debride
the haematoma, which took
under 10 minutes. The pad was easy
to use, caused no pain to the patient
and successfully lifted the haematoma
(Figures 5 and 6).
Before commencing the procedure,
the team checked Mrs M’s warfarin
levels and there was no further
bleeding during the debridement
procedure.
Conclusion
Debridement has become part of
the recognised wound care routine.
However, autolytic debridement
has become routine practice and
this requires revisiting as it may not
always be the best option for the
patient. Patients should have access
to the most appropriate method of
debridement at the time they require
removal of devitalised tissue from
their wound.
The previous hierarchy of
debridement, which placed surgical
debridement at the top of the ‘pecking
order’, is now under question and
the speed of debridement in the
community setting is becoming
a priority to prevent patients
having extended periods with
non-viable tissue in their wound,
which ultimately delays healing and
puts them at an increased risk of
developing a wound infection.
However, for certain clients autolytic
debridement might suit their individual
needs following an open discussion
and exploration of potential methods.
There is the need for practitioners to
revisit their skill-set to ensure they
are equipped to offer patients the
appropriate debridement method for
their needs.
Periwound skin and wound bed
preparation are essential components of
wound management. These need to be
undertaken as soon as possible by the
assessing health clinician, without the
delay of referral to a specialist team.
The new debridement system
highlighted in this article can be
applied to many sloughy and necrotic
wounds and hyperkeratotic skin. This
makes it ideal for use in the non-
specialist area and it has been shown to
be fast, safe and effective at wound and
periwound skin debridement.
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