Wound Care & Tissue Integrity Nursing Care Plan
Acute and chronic wound healing support with assessment, dressings and nutrition.
Quick answer
A Wound Care & Tissue Integrity nursing care plan centers on identify and correct the underlying cause: pressure, ischemia, venous hypertension, diabetes, infection; assess and document the wound consistently; cleanse, debride and select an appropriate dressing. Priority nursing diagnoses are Impaired tissue integrity, Risk for infection, Acute pain. The plan below gives assessment cues, measurable goals, 7 intervention sets with rationales, and patient teaching.
Overview
Wound care is the systematic management of any break in skin integrity — surgical incisions, traumatic wounds, pressure injuries, diabetic foot ulcers, venous and arterial ulcers, skin tears and burns. All wounds heal through the same phases: hemostasis, inflammation, proliferation and maturation. Acute wounds move through them in an orderly way; chronic wounds stall, usually in inflammation, because of infection, ischemia, pressure, moisture imbalance or poor nutrition.
Modern wound care rests on moist wound healing. A wound bed kept moist but not macerated re-epithelializes faster and with less pain than one allowed to dry and scab. The nurse's job is to match the dressing to the wound: absorb where there is exudate, donate moisture where the bed is dry, protect the periwound skin, and change the dressing no more often than needed.
Assessment must be structured and repeatable — location, size in centimeters, depth, tunneling and undermining by clock position, tissue type by percentage, exudate volume and character, odor, wound edges and periwound skin, and pain. Photographs and consistent measurement are what turn 'looks better' into evidence of healing or a trigger to change the plan.
Key numbers to know
Healing principle
Moist wound healing accelerates re-epithelialization; wounds must be moist, not wet, and periwound skin must stay dry.
Measurement
Record length × width × depth in centimeters and describe tunneling/undermining using clock positions with the head as 12.
Cleansing
Irrigate with normal saline at 4–15 psi; avoid routine hydrogen peroxide and povidone-iodine on granulating tissue.
Infection clue
Increasing pain, friable granulation, foul odor, new exudate and stalled healing signal biofilm or infection.
Nutrition
Healing needs protein 1.25–1.5 g/kg/day, adequate calories, vitamin C, zinc and glycemic control below an HbA1c of about 7–8%.
Nursing priorities
- Identify and correct the underlying cause: pressure, ischemia, venous hypertension, diabetes, infection.
- Assess and document the wound consistently.
- Cleanse, debride and select an appropriate dressing.
- Prevent and detect infection.
- Optimize nutrition, perfusion and glycemic control.
- Manage wound and procedural pain.
- Prevent recurrence through offloading, compression and teaching.
Nursing assessment
Subjective data
- Wound pain at rest and during dressing changes, with its character and timing
- Reports of increasing pain, which often precedes visible infection
- Itching, burning or numbness around the wound
- Impact on sleep, mobility, work and body image
- Understanding of the cause and of the care plan
Objective data
- Location, length, width and depth in centimeters, with tunneling and undermining by clock position
- Tissue type by percentage: granulation, slough, eschar, epithelializing
- Exudate volume, color, consistency and odor
- Wound edges: attached, rolled (epibole), macerated or undermined
- Periwound skin: intact, macerated, erythematous, indurated or excoriated
- Signs of infection: erythema, warmth, edema, purulence, fever, elevated white count
- Perfusion indicators: pulses, ankle-brachial index, capillary refill, temperature of the limb
- Nutritional markers: weight trend, albumin, prealbumin, glucose and HbA1c
Related factors
- Mechanical pressure, shear and friction
- Impaired arterial perfusion or venous return
- Diabetes with neuropathy and microvascular disease
- Infection, biofilm and necrotic tissue in the wound bed
- Malnutrition, low protein and micronutrient deficiency
- Moisture-associated skin damage from incontinence or exudate
- Immobility, advanced age and immunosuppression
Key nursing diagnoses
Goals and expected outcomes
- The client's wound will show a measurable decrease in surface area at each reassessment interval.
- The wound bed will progress toward 100% granulation with no slough or eschar.
- The client will remain free of local and systemic wound infection.
- The periwound skin will remain intact and free of maceration.
- The client will report dressing-change pain controlled to an agreed level.
- The client will meet protein and calorie targets and maintain glucose within range.
- The client or caregiver will correctly perform the dressing change before discharge.
Nursing interventions and rationales
1. Structured assessment and documentation
- Assess and measure the wound at a set interval — typically weekly and at every dressing change for exudate and pain.
- Use a consistent measuring technique: greatest length head-to-toe, greatest width perpendicular, depth with a moistened swab.
- Document tunneling and undermining using clock positions with the patient's head as 12 o'clock.
- Photograph with a scale and date per policy, and use the same validated tool each time so changes are comparable.
- Escalate when a wound fails to reduce in area by roughly 20–40% over four weeks — the plan, not the effort, needs changing.
2. Cleansing and debridement
- Irrigate with normal saline or a non-cytotoxic wound cleanser at moderate pressure to remove debris without damaging granulation tissue.
- Avoid routine hydrogen peroxide, full-strength povidone-iodine and chlorhexidine on healthy granulating tissue.
- Support the appropriate debridement method: autolytic with moisture-retentive dressings, enzymatic, mechanical, sharp/surgical or biologic.
- Never debride stable, dry, intact eschar on an ischemic heel — keep it dry and protected and refer for vascular assessment.
- Assess arterial perfusion before debriding or applying compression to a lower-limb wound.
3. Selecting dressings
- Match the dressing to exudate: alginates and foams for heavy exudate, hydrocolloids for light, hydrogels to donate moisture to a dry bed.
- Use non-adherent contact layers over fragile granulation and for painful dressing changes.
- Apply silver, iodine or honey dressings for critical colonization as ordered, and reassess rather than continuing indefinitely.
- Protect periwound skin with a barrier film or ointment and size the dressing to the wound.
- Manage negative-pressure wound therapy per protocol: verify seal, monitor canister output and character, and report bleeding or loss of seal.
- Change dressings on schedule rather than routinely daily; unnecessary changes cool the wound and disrupt healing.
4. Preventing and treating infection
- Assess at each change for increasing pain, friable bleeding granulation, foul odor, increased or changed exudate and stalled progress.
- Obtain tissue or Levine-technique swab cultures as ordered rather than swabbing slough or drainage.
- Give systemic antibiotics for spreading or systemic infection; topical antimicrobials for local burden.
- Use clean or sterile technique per facility policy and change gloves between the dirty and clean parts of the procedure.
- Monitor for systemic signs: fever, tachycardia, leukocytosis, confusion in older adults, and rising glucose in diabetics.
5. Treating the underlying cause
- For pressure injuries: reposition on an individualized schedule, use a pressure-redistribution surface, keep the head of bed at or below 30 degrees when possible, float heels and manage incontinence.
- For venous ulcers: apply compression therapy after confirming adequate arterial supply, and elevate the legs above heart level several times daily.
- For arterial ulcers: never apply compression, protect from trauma and cold, and refer urgently for revascularization assessment.
- For diabetic foot ulcers: enforce total offloading, inspect both feet daily, and drive glycemic control.
- Address incontinence with a structured toileting plan and barrier products.
6. Nutrition, pain and systemic support
- Screen nutrition on admission and refer to dietetics; target increased protein, adequate calories, vitamin C and zinc as prescribed.
- Encourage hydration, which is often the overlooked half of a nutrition plan.
- Premedicate 30 minutes before dressing changes and use non-adherent products and warmed solutions to reduce procedural pain.
- Support smoking cessation; nicotine directly impairs wound perfusion.
- Optimize glycemic control, treat anemia and review medications that impair healing such as corticosteroids.
7. Teaching and continuity
- Teach the dressing change with return demonstration and written, illustrated instructions.
- Ensure supplies, home health referral and follow-up appointments are arranged before discharge.
- Teach the specific signs that require a call rather than a generic 'watch for infection'.
- Involve the wound-ostomy-continence nurse for complex, non-healing or atypical wounds.
- Address prevention of recurrence explicitly: footwear, compression stockings, repositioning and skin checks.
Patient and family teaching
- Wash your hands before and after every dressing change and follow the steps exactly as demonstrated.
- Call for increased pain, redness spreading from the wound, swelling, foul odor, pus, fever, or a wound that gets larger.
- Keep the dressing dry and intact between changes and do not remove it early to look.
- Eat protein at every meal and drink enough fluid; healing needs fuel.
- Change position at least every two hours in bed and every hour in a chair if you have limited mobility.
- Wear your compression stockings or offloading footwear every day as prescribed — this is what prevents the wound coming back.
- Inspect your feet daily with a mirror if you have diabetes and report any new spot at once.
- Stop smoking; it reduces the blood flow your wound needs to heal.
How to build this plan
- 1Assess the patient. Collect subjective and objective data through interview, physical assessment, labs and chart review. Complete, accurate data is the foundation of every later step.
- 2Analyze and cluster the data. Group related cues, compare them with normal findings, and identify patterns that point to actual or potential problems.
- 3Formulate nursing diagnoses. Write the problem statement using a recognized diagnostic label plus related factors and evidence (problem related to cause as evidenced by signs).
- 4Set priorities. Rank diagnoses as high, medium or low using ABCs, Maslow's hierarchy and the patient's own stated priorities. Life-threatening problems come first.
- 5Establish goals and outcomes. Write SMART, patient-centered outcomes: specific, measurable, attainable, realistic and time-bound (short-term and long-term).
- 6Select nursing interventions. Choose independent, dependent and collaborative actions that are safe, evidence-based and matched to the outcome.
- 7Provide rationales. State the scientific reason each intervention works. Rationales are what turn a task list into clinical reasoning.
- 8Evaluate the plan. Compare the patient's actual response with the expected outcome: met, partially met or not met — then continue, revise or discontinue.
- 9Document and communicate. Record the plan and the patient's response in the health record so the whole team works from the same information.
Summarized for study use. Always follow your school's or facility's approved care plan format and current clinical policy.
Practice Wound Care & Tissue Integrity questions
These concepts are tested on the ATI proctored exams below — every set has answers and rationales.
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Common questions
What are the nursing diagnoses for Wound Care & Tissue Integrity?
Priority nursing diagnoses for Wound Care & Tissue Integrity: Impaired tissue integrity; Risk for infection; Acute pain.
What are the nursing interventions for Wound Care & Tissue Integrity?
Assess and measure the wound at a set interval — typically weekly and at every dressing change for exudate and pain. Use a consistent measuring technique: greatest length head-to-toe, greatest width perpendicular, depth with a moistened swab. Document tunneling and undermining using clock positions with the patient's head as 12 o'clock. Photograph with a scale and date per policy, and use the same validated tool each time so changes are comparable. Escalate when a wound fails to reduce in area by roughly 20–40% over four weeks — the plan, not the effort, needs changing. Irrigate with normal saline or a non-cytotoxic wound cleanser at moderate pressure to remove debris without damaging granulation tissue.
What are the nursing care goals for Wound Care & Tissue Integrity?
The client's wound will show a measurable decrease in surface area at each reassessment interval. The wound bed will progress toward 100% granulation with no slough or eschar. The client will remain free of local and systemic wound infection. The periwound skin will remain intact and free of maceration. The client will report dressing-change pain controlled to an agreed level. The client will meet protein and calorie targets and maintain glucose within range. The client or caregiver will correctly perform the dressing change before discharge.
What should you assess in a patient with Wound Care & Tissue Integrity?
Wound pain at rest and during dressing changes, with its character and timing; Reports of increasing pain, which often precedes visible infection; Itching, burning or numbness around the wound; Impact on sleep, mobility, work and body image; Understanding of the cause and of the care plan; Location, length, width and depth in centimeters, with tunneling and undermining by clock position; Tissue type by percentage: granulation, slough, eschar, epithelializing; Exudate volume, color, consistency and odor; Wound edges: attached, rolled (epibole), macerated or undermined; Periwound skin: intact, macerated, erythematous, indurated or excoriated; Signs of infection: erythema, warmth, edema, purulence, fever, elevated white count; Perfusion indicators: pulses, ankle-brachial index, capillary refill, temperature of the limb; Nutritional markers: weight trend, albumin, prealbumin, glucose and HbA1c
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