Risk for infection related to surgical incision nursingCare plan
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Nursing Care Plan: Risk for Infection Related to Surgical Incision
NANDA-I Nursing Diagnosis
Risk for Infection related to surgical incision (disruption of skin integrity as a primary defense barrier), invasive procedure, and potential exposure to environmental pathogens.
Important note: Because this is a risk diagnosis, there are no "as evidenced by" signs and symptoms - the problem has not yet occurred. All interventions are prevention-focused.
Risk Factors (Related Factors)
- Disruption of skin integrity at the surgical site
- Invasive surgical procedure
- Presence of sutures, staples, or drainage devices
- Immunosuppression (steroids, chemotherapy, underlying disease)
- Diabetes mellitus / perioperative hyperglycemia
- Malnutrition or poor protein status
- Obesity (poor blood supply to adipose tissue)
- Prolonged hospital stay
- Inadequate wound perfusion or oxygenation
- Comorbidities (cardiac disease, peripheral vascular disease)
(Barash Clinical Anesthesia, 9e - SSI accounts for ~20% of healthcare-associated infections, linked to ~10 extra hospital days and ~$3 billion annual cost)
Expected Outcomes (Goals)
Short-term (by discharge):
- Patient will remain free of signs and symptoms of surgical site infection (SSI): no purulent drainage, fever >38.3°C, erythema, warmth, or unusual swelling at the incision site.
- Patient will verbalize understanding of proper wound care techniques, hand hygiene, and signs and symptoms of infection to report.
- Wound edges will remain approximated with no dehiscence.
Long-term (post-discharge):
- Patient will demonstrate correct incision care technique before discharge.
- Patient will identify at least 3 signs and symptoms of SSI that warrant contacting the provider.
- Incision will heal by primary intention without infection within the expected timeframe (superficial SSI defined as occurring within 30 days of surgery).
Nursing Assessment
Subjective Data
- Patient reports pain, burning, or increasing tenderness at the surgical site
- Complaints of feeling feverish or chills
- Reports of new or worsening odor from the wound site
Objective Data
- Vital signs: temperature, heart rate, blood pressure (fever >38.3°C and new tachycardia are early infection indicators)
- Wound appearance: redness (erythema), warmth, swelling (edema), wound edges separation (dehiscence)
- Drainage: note type (serous, serosanguineous, purulent), color, amount, and odor
- White blood cell (WBC) count trending (elevated indicates infection)
- Blood glucose levels (hyperglycemia impairs immune response)
- Nutritional status: albumin, pre-albumin, BMI
- Patient's immune status and comorbidities (diabetes, immunosuppression)
CDC Criteria for Defining SSI (Barash Clinical Anesthesia, 9e):
| # | Criterion |
|---|---|
| 1 | Wound open to environment or not fully covered by dressing |
| 2 | Purulent drainage from the wound |
| 3 | Localized swelling or redness at the surgical site |
| 4 | Fever ≥38.3°C (101°F) |
| 5 | Positive blood culture |
Nursing Interventions and Rationale
1. Wound Assessment and Monitoring
| Intervention | Rationale |
|---|---|
| Inspect the surgical incision at every shift - note color, odor, warmth, swelling, drainage character, and wound edge approximation | Early detection of SSI allows prompt intervention; superficial SSIs develop within 30 days of surgery |
| Monitor vital signs every 4 hours; report temperature >38.3°C or new tachycardia | Fever is a cardinal sign of infection; tachycardia may indicate systemic spread or sepsis |
| Monitor laboratory values: WBC count, blood glucose, CRP, wound culture results | Leukocytosis indicates active infection; hyperglycemia (>200 mg/dL) independently increases SSI risk in both diabetics and non-diabetics |
2. Aseptic Wound Care
| Intervention | Rationale |
|---|---|
| Perform all dressing changes using strict aseptic (sterile) technique - sterile gloves, sterile field, sterile supplies | Aseptic technique is the primary barrier against introducing pathogens into the surgical wound; the wound is a direct portal of entry |
| Change wound dressings per physician order or when saturated, soiled, or loose | Wet or soiled dressings promote bacterial growth and macerate surrounding skin |
| Cleanse wound using prescribed solution (normal saline or per protocol); clean from incision outward | Cleaning in an outward direction prevents dragging pathogens toward the clean wound center |
| Secure dressing edges completely; ensure wound is fully covered | An uncovered wound is an open portal for environmental bacteria |
3. Infection Control Measures
| Intervention | Rationale |
|---|---|
| Perform and enforce strict hand hygiene (WHO 5 Moments) before and after any wound contact or patient interaction | Hand hygiene is the single most effective first-line defense against healthcare-associated infections (HAIs) |
| Use personal protective equipment (PPE): gloves, mask, gown when indicated | Prevents cross-contamination between patients and protects the wound from respiratory droplets |
| Maintain contact precautions if patient has known MRSA or other resistant organisms | Horizontal infection control interventions target multiple pathogens transmitted by the same mechanism |
| Limit wound exposure; minimize the number of people accessing the wound | Reduces the number of inoculation opportunities |
4. Antibiotic Prophylaxis and Medication Management
| Intervention | Rationale |
|---|---|
| Administer prophylactic antibiotics as ordered (typically within 30-60 minutes before incision) | Therapeutic concentrations must be present at the time of first incision to prevent SSI; antibiotics are typically continued for up to 24 hours post-operatively per protocol |
| Monitor patient's response to antibiotics; note therapeutic effect and any adverse effects | Ensures treatment effectiveness and identifies need to modify therapy |
| Obtain wound, tissue, or fluid specimens for culture and sensitivity if infection is suspected | Culture and sensitivity testing identifies the causative pathogen and guides targeted antibiotic therapy |
5. Host Defense Optimization
| Intervention | Rationale |
|---|---|
| Monitor and maintain blood glucose levels (target ~150-200 mg/dL perioperatively) | Hyperglycemia impairs neutrophil function and opsonization; tight glucose control reduces SSI rates in both diabetic and non-diabetic surgical patients |
| Ensure adequate wound perfusion and oxygenation; position patient to avoid pressure on the incision | Wounds are exquisitely sensitive to hypoxia; maintaining perfusion and oxygenation is paramount for wound resistance to infection (Barash Clinical Anesthesia, 9e) |
| Encourage adequate protein and caloric intake; consult dietitian if at nutritional risk | Protein is essential for collagen synthesis and immune function; malnutrition impairs leukocyte activity and wound healing |
| Encourage coughing, deep breathing, and incentive spirometry every 2 hours | Prevents respiratory stasis and pneumonia, which can complicate surgical recovery and increase overall infection risk |
6. Patient and Family Education
| Intervention | Rationale |
|---|---|
| Teach patient and family proper hand hygiene technique before and after touching the wound or dressing | Empowers the patient to act as the first line of defense against self-introduced infection |
| Instruct on how to perform wound care and dressing changes at home: clean from incision outward, use clean/sterile supplies, dispose of soiled dressings properly | Daily wound cleaning loosens cellular debris; proper technique prevents contamination |
| Educate on the signs and symptoms of SSI to report: increasing redness, warmth, swelling, foul odor, purulent discharge, fever >38.3°C, increasing pain, or wound opening | Early recognition of infection enables prompt medical intervention and prevents progression to deeper organ/space infection or sepsis |
| Advise patient to avoid submerging incision in water (baths, swimming pools) until wound is fully healed | Immersion introduces environmental pathogens into the wound before epithelialization is complete |
| Discuss risk factors specific to the patient (e.g., diabetes, smoking, obesity) and how to manage them | Identifying individual risk factors helps the patient prioritize protective behaviors post-discharge |
| Reinforce follow-up appointment for wound check | Ensures continuity of wound assessment and early detection of late-onset SSI (which can occur up to 30 days post-op) |
Evaluation
The care plan is considered effective if, at each evaluation point, the patient:
- Remains afebrile (temperature <38.3°C)
- Demonstrates wound healing by primary intention: approximated edges, no purulent discharge, progressive reduction in erythema/swelling
- Has stable or improving WBC count and inflammatory markers
- Correctly verbalizes signs of infection and when to seek care
- Demonstrates proper handwashing and wound care technique before discharge
Quick Reference Summary Table
| Domain | Key Actions |
|---|---|
| Assessment | Inspect wound every shift; monitor VS, WBC, glucose |
| Aseptic Technique | Sterile dressing changes; clean incision outward |
| Hand Hygiene | WHO 5 Moments; patient and family education |
| Antibiotics | Give prophylaxis 30-60 min pre-incision; culture if infected |
| Nutrition | High protein/calorie diet; dietitian consult if needed |
| Glucose Control | Target 150-200 mg/dL perioperatively |
| Oxygenation | Maintain wound perfusion; incentive spirometry |
| Education | Wound care, S&S of infection, follow-up compliance |
Sources: Barash Clinical Anesthesia 9e (SSI criteria, oxygenation, aseptic technique); Sabiston Textbook of Surgery (CDC SSI Prevention Guidelines 2017, JAMA Surg 2017); NurseTogether - Risk for Infection Care Plan; Nurseslabs - Risk for Infection; WoundSource - Preventing Surgical Wound Infections
Implementation
The Implementation phase is the third step of the nursing process - it's where the nurse actually carries out the interventions planned in the care plan. Here is the full implementation for the nursing care plan: Risk for Infection related to surgical incision.
Implementation: Risk for Infection Related to Surgical Incision
What is Implementation?
Implementation is the action phase of the nursing process. The nurse executes the planned interventions, coordinates care with the health team, documents all actions performed, and continuously reassesses the patient's response. For a risk diagnosis like this one, every action is preventive - stopping the infection before it starts.
Phase 1: Pre-Operative Implementation (Before Surgery)
1.1 Skin Preparation
- Instruct the patient to shower or bathe with chlorhexidine gluconate (CHG) soap the night before and the morning of surgery, paying attention to skin folds, axillae, and the groin area - leave CHG on skin for at least 2 minutes before rinsing.
- Do not shave the surgical site with a razor (microtrauma increases SSI risk). If hair removal is required, use an electric clipper immediately before surgery.
- Apply surgical site antiseptic per protocol (povidone-iodine or CHG-alcohol solution) in the operating room.
1.2 Prophylactic Antibiotic Administration
- Administer prescribed IV antibiotic prophylaxis 30-60 minutes before the first incision to ensure therapeutic tissue concentration at the time of incision.
- Document: drug name, dose, route, time given, and patient response.
- Confirm antibiotic is continued per protocol (typically not beyond 24 hours post-operatively to avoid resistance).
1.3 Baseline Assessment
- Obtain and document baseline vital signs (temperature, BP, HR, RR, SpO2).
- Review and record laboratory values: WBC, blood glucose, albumin/pre-albumin (nutritional status), HbA1c (if diabetic).
- Identify and document all individual risk factors: diabetes, obesity, steroid use, immunosuppression, smoking, malnutrition.
Phase 2: Intra-Operative Implementation (During Surgery)
(Nurse's role as scrub or circulating nurse)
- Maintain strict sterile field throughout the procedure - enforce no-touch technique.
- Perform surgical hand scrub with antiseptic solution for the required time per hospital protocol before gowning.
- Ensure all sterile instruments, drapes, and supplies are checked for integrity before use.
- Monitor and maintain normothermia (body temperature 36-38°C) - hypothermia reduces tissue oxygenation and impairs immune cell function, increasing SSI risk.
- Maintain adequate oxygenation and perfusion to the surgical site in collaboration with the anesthesiologist.
- Monitor blood glucose intraoperatively; administer insulin as ordered for glucose >200 mg/dL.
- Limit OR traffic (unnecessary personnel entering/exiting increases airborne contamination).
- Apply initial sterile wound dressing at closure before draping is removed.
Phase 3: Post-Operative Implementation (After Surgery)
This is the primary phase where the bedside nurse takes the lead.
3.1 Wound Assessment (Every Shift)
Action performed:
- Inspect the surgical incision using the REEDA scale or similar framework:
| Parameter | What the Nurse Observes |
|---|---|
| Redness (Erythema) | Note extent and whether it is spreading beyond wound edges |
| Edema (Swelling) | Localized vs. spreading; measure if extensive |
| Ecchymosis (Bruising) | Note color and extent |
| Discharge | Character: serous, serosanguineous, purulent; amount; odor |
| Approximation | Wound edges intact, staples/sutures in place, no dehiscence |
- Document findings completely, including date, time, and nurse signature.
- Report immediately: purulent discharge, fever >38.3°C, increasing erythema/swelling, wound opening, or worsening pain.
3.2 Aseptic Dressing Change
Step-by-step implementation:
- Perform hand hygiene (soap and water or alcohol-based rub) - WHO 5 Moments.
- Gather all sterile supplies before approaching the patient (sterile gloves, sterile dressings, cleansing solution, tape).
- Explain the procedure to the patient.
- Don clean gloves; carefully remove old dressing without touching the wound.
- Observe and document old dressing: amount, color, odor of drainage.
- Discard soiled dressing in appropriate waste container; remove and discard clean gloves.
- Perform hand hygiene again.
- Open sterile supplies using aseptic technique; don sterile gloves.
- Cleanse the wound with prescribed solution (normal saline or CHG) using gauze, wiping from the incision outward - never back toward the center.
- Apply new sterile dressing; secure firmly so wound is fully covered.
- Remove gloves; perform hand hygiene.
- Document: dressing type applied, wound condition, drainage findings, patient tolerance.
3.3 Vital Signs and Laboratory Monitoring
| Action | Frequency | Rationale |
|---|---|---|
| Monitor temperature, HR, BP, RR, SpO2 | Every 4 hours (or per protocol) | Fever >38.3°C or new tachycardia signals possible SSI or systemic infection |
| Monitor blood glucose | Per order (commonly every 6 hours post-op) | Hyperglycemia impairs neutrophil function; target 150-200 mg/dL perioperatively |
| Review WBC count | With each lab draw | Rising WBC indicates active infection; trend is more meaningful than a single value |
| Check wound culture results if sent | As reported | Directs specific antibiotic therapy selection |
3.4 Infection Control Measures
- Perform hand hygiene before and after every patient contact and wound interaction - model correct technique for family.
- Apply and enforce Standard Precautions (gloves for wound contact) for all patients; add Contact Precautions if MRSA/VRE is suspected or confirmed.
- Limit wound exposure to air and unnecessary handling.
- Ensure no healthcare worker approaches the wound with unclean hands or without gloves.
- Maintain a clean patient environment; change bed linens that contact the wound area.
3.5 Optimizing Host Defense
Nutrition:
- Collaborate with the dietitian; encourage high-protein, high-calorie diet once the patient is cleared for oral intake.
- Administer prescribed nutritional supplements (oral or IV/TPN if NPO).
- Monitor albumin and pre-albumin as markers of nutritional recovery.
Oxygenation and Perfusion:
- Position the patient to avoid direct pressure on the surgical site (which impairs blood flow and oxygenation to the wound).
- Administer supplemental oxygen as ordered; maintain SpO2 >95%.
- Encourage incentive spirometry (10 deep breaths every 1-2 hours while awake) to prevent pulmonary stasis and respiratory infection.
- Assist with early ambulation as ordered - improves circulation and overall tissue perfusion.
Glucose Control:
- Administer insulin per sliding scale or insulin drip as ordered.
- Notify the physician for glucose readings outside the target range.
- For diabetic patients, coordinate with the endocrinology team as needed.
3.6 Medication Administration
- Administer prescribed antibiotics (therapeutic, not just prophylactic) if SSI is developing; document dose, time, route, and patient response.
- If wound culture results are available, confirm the prescribed antibiotic covers the identified organism.
- Monitor for antibiotic side effects (rash, diarrhea, C. difficile symptoms) and report.
3.7 Patient and Family Education (Discharge Preparation)
Begin education as early as post-operative day 1 - do not wait until discharge day.
| Teaching Topic | Action Implemented |
|---|---|
| Hand hygiene | Demonstrate and return-demonstrate proper technique (at least 20 seconds with soap and water or 6 pumps of alcohol rub) |
| Wound care at home | Demonstrate dressing change step-by-step; have patient return-demonstrate before discharge |
| Signs of infection to report | Provide written handout: increasing redness, warmth, swelling, purulent discharge, foul odor, fever >38.3°C (101°F), wound separation, increasing pain |
| Activity restrictions | Instruct to avoid heavy lifting, straining, or submerging wound in water until cleared by surgeon |
| Follow-up appointment | Confirm date, time, and location of wound check; emphasize importance of attendance |
| Risk factor management | Counsel diabetic patients on glucose control; smokers on smoking cessation (nicotine impairs wound healing) |
| When to go to ER | Instruct: fever >38.9°C, spreading redness, pus, wound opening, or severe pain - seek emergency care |
Use teach-back method: "Can you tell me in your own words what to look for in your wound?" Repeat education if the patient cannot demonstrate understanding.
Documentation of Implementation
Every nursing action implemented must be documented in the patient record. Required documentation includes:
- Date and time of each action
- Wound assessment findings (REEDA or descriptive)
- Dressing change: supplies used, wound appearance, drainage character/amount
- Vital signs and laboratory values with trends noted
- Medications administered: name, dose, route, time, patient response
- Patient education provided: topics taught, method used (verbal, demonstration, written), patient's level of understanding, teach-back results
- Any abnormal findings reported to the physician: what was reported, to whom, at what time, and the response/orders received
Summary of All Implemented Actions
| Phase | Key Implementation Actions |
|---|---|
| Pre-op | CHG skin prep, prophylactic antibiotics 30-60 min pre-incision, baseline labs and VS, risk factor documentation |
| Intra-op | Sterile field maintenance, normothermia, glucose monitoring, limit OR traffic, initial sterile dressing |
| Post-op Assessment | REEDA wound inspection every shift, VS every 4 hours, WBC and glucose monitoring |
| Post-op Care | Aseptic dressing changes, hand hygiene, Standard/Contact Precautions |
| Host Defense | High-protein nutrition, O2 maintenance, incentive spirometry, early ambulation, glucose control |
| Medications | Antibiotics per order; culture-directed therapy if infection develops |
| Education | Hand hygiene, wound care demo, signs of SSI, follow-up, teach-back confirmation |
| Documentation | Complete, time-stamped record of all findings, actions, and patient responses |
The implementation phase is ongoing and dynamic - the nurse continuously reassesses after each action and adjusts the plan based on the patient's changing condition. After implementation, the next step is Evaluation: determining whether the expected outcomes (no fever, wound healing by primary intention, patient demonstrates wound care) have been achieved.
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