The right dressing for the right wound is as important as technique. Applying an inappropriate dressing — even with perfect technique — can impair healing, macerate surrounding skin, or allow infection to establish.
Why Dressing Selection Matters
The wrong dressing can create excess moisture causing skin maceration, allow the wound to dry excessively impairing granulation, adhere to wound bed and damage healing tissue, or allow environmental organisms in. Dressings are clinically selected based on wound type, healing stage, drainage level, and infection status.
Common Dressing Types
Gauze (wet or dry)
Most versatile. Dry for lightly draining wounds. Wet-to-dry (saline-moistened) for debridement of necrotic tissue — removes dead tissue when dried gauze is changed. Not for clean granulating wounds — disrupts healing tissue at removal.
Foam dressings
Highly absorbent for moderate-to-heavy drainage. Maintains moist healing environment. Can remain in place for several days. Common for pressure injuries and diabetic foot wounds.
Hydrocolloid
Creates moist occlusive environment promoting autolytic debridement. For low-to-moderate drainage with good surrounding skin. Self-adhesive. Can remain up to 7 days.
Transparent films
Semi-permeable — gas exchange but not bacteria. For superficial wounds with minimal drainage. Allows visual inspection without removal.
Antimicrobial dressings
Contain silver, iodine, or other antimicrobials for infected or high-risk wounds. Not for routine use on clean wounds — antimicrobials can impair healing when not clinically indicated.
Dressing Change Frequency
Protecting Periwound Skin
- Skin barrier around the wound: Zinc oxide or petroleum jelly around — not in — the wound protects periwound skin from drainage and tape adhesive.
- Gentle tape for fragile skin: Paper or silicone tape for elderly or thin skin. Standard cloth tape tears fragile skin on removal.
- Avoid taping over bony prominences: Tape over a bony prominence creates pressure that can cause skin breakdown.
- Do not overtape: Multiple tape layers prevent moisture vapor escape, causing maceration under edges.