Purulence/Infection
POD 0-12 |
|
Remove all signs of possible purulence
- Aspirate or evacuate by incising/rolling
- Treat with topical antimicrobials - Irrigate INTEGRA
Matrix Wound Dressing sites at seams/edges and beneath
the silicone layer of INTEGRA Bilayer Matrix Wound Dressing with a topical antimicrobial such as sulfamylon
5 solution/slurry, G-U irrigant, or silver nitrate 0.5%
solution. Irrigate frequently (2-6 times daily).
- Culture and initiate systemic antibiotics based on the
clinical judgement of the practitioner
If aggressive treatment of purulence
is not successful as evidenced by increasing purulence/pus,
non-take of INTEGRA Matrix Wound Dressing (i.e.,
a "floating" sheet) or silicone separation of
INTEGRA Bilayer Matrix Wound Dressing, then the
affected area needs to be removed.
- Remove only the affected area using "windowing"
(remove dressing over area to be treated, creating a "window"),
treat with topical antibiotics
- Treat as open wound until infection is resolved. Once
infection is resolved, apply new INTEGRA sheet or
treat with temporary covers. If applying an epidermal
autograft, the granulation tissue should be removed, revealing
healing tissue underneath.
Areas of Incomplete INTEGRA
Matrix Wound Dressing Take (i.e., inadequate formation)
POD 5 or higher
Areas of incomplete take or detachment of the INTEGRA
Matrix Wound Dressing can result from mechanical dislodgement
(due to shear, improper splinting, PT), infection, hematoma,
granulation tissue formation, premature silicone separation
(when used with INTEGRA Bilayer Matrix Wound Dressing)
or damaged matrix.
There are several options for treating areas of incomplete
take depending on the size of the area:
- Areas under 2 sq cm should be monitored for infection
but not remove until time of epidermal grafting
- Areas over 2 sq cm should be removed and treated by
either (1) re-application of new INTEGRA Dressing
or (2) STSG
- Identification of poor INTEGRA Matrix Wound Dressing
take is identified by poor color and lack of adherence
(lateral movement of matrix under finger pressure)