Name
University of Phoenix
NSG/498 Senior Leadership Practicum
Prof. Name
Date
Nurses can prevent pressure injuries in critically ill patients by identifying risk factors early, performing regular skin assessments, using validated risk-assessment tools such as the Braden Scale, providing individualized repositioning, managing moisture and nutrition, protecting skin beneath medical devices, and following standardized evidence-based prevention protocols. Because critically ill patients often have immobility, impaired tissue perfusion, nutritional deficits, altered sensation, and multiple medical devices, prevention should begin at admission and continue throughout hospitalization.
Pressure injuries are a significant patient-safety concern and a largely preventable complication of hospitalization. Critically ill patients are particularly vulnerable because severe illness can interfere with mobility, circulation, nutrition, sensation, and the body’s ability to tolerate prolonged pressure.
A pressure injury can cause pain, infection, delayed recovery, longer hospital stays, increased healthcare costs, and reduced quality of life. In intensive care settings, prevention therefore requires more than simply turning patients at predetermined intervals. Effective prevention combines early risk identification, ongoing skin assessment, pressure redistribution, moisture management, nutritional support, medical-device surveillance, and individualized nursing care.
Translating evidence into daily nursing practice is an important component of quality improvement. When nurses consistently apply standardized prevention strategies and monitor outcomes, healthcare organizations can reduce hospital-acquired pressure injuries (HAPIs) and improve patient safety.
Critically ill patients frequently have several pressure-injury risk factors at the same time. Mechanical ventilation, sedation, hemodynamic instability, prolonged bed rest, and serious underlying disease can make independent movement difficult or impossible.
Common risk factors include:
Immobility or severely limited mobility
Poor nutritional intake or malnutrition
Hypotension and impaired tissue perfusion
Reduced sensory perception
Sedation or altered level of consciousness
Neurological impairment
Excessive moisture from perspiration, incontinence, or bodily fluids
Friction and shear during repositioning
Advanced age or frailty
Prolonged exposure to medical devices
Chronic diseases that impair circulation or tissue healing
These conditions can reduce oxygen delivery to tissues and make the skin and underlying structures more susceptible to pressure-related damage.
A medical device-related pressure injury is tissue damage caused by a device that is applied for diagnostic or therapeutic purposes. The injury generally develops in the shape or location of the device and can occur even when the patient is receiving otherwise appropriate pressure-injury prevention care.
Devices commonly associated with pressure injuries include endotracheal tubes, noninvasive ventilation masks, cervical collars, nasal cannulas, pulse oximeter probes, splints, braces, compression devices, catheters, and vascular access equipment.
Critically ill patients may be unable to communicate discomfort caused by a device because of sedation, altered consciousness, mechanical ventilation, or neurological impairment. For this reason, nurses should inspect the skin around and underneath devices regularly and determine whether the device can safely be repositioned or its pressure reduced.
Pressure-injury prevention begins with a comprehensive patient assessment. Nurses should evaluate the patient’s mobility, nutritional status, skin condition, sensory perception, moisture exposure, level of consciousness, perfusion, comorbidities, and exposure to medical devices.
A baseline assessment should be completed as early as possible after admission and repeated when the patient’s clinical condition changes. Risk assessment should not be treated as a one-time activity because a patient’s risk can increase rapidly during critical illness.
The Braden Scale is a commonly used pressure-injury risk assessment tool. It evaluates six areas that influence a patient’s susceptibility to skin and tissue damage:
Sensory perception
Moisture
Activity
Mobility
Nutrition
Friction and shear
A lower Braden Scale score generally indicates greater risk. However, the score should support—not replace—professional nursing judgment and a comprehensive clinical assessment.
Patients identified as being at increased risk should receive an individualized prevention plan. This may include pressure redistribution, repositioning, nutritional interventions, moisture management, enhanced skin surveillance, and additional precautions for medical devices.
Regular skin assessment allows nurses to identify early signs of pressure-related tissue damage before an injury becomes more severe. Assessment should include the entire skin surface, with particular attention to areas exposed to sustained pressure, friction, shear, moisture, or medical devices.
Nurses should assess:
Skin color and integrity
Temperature and texture
Areas of nonblanchable discoloration
Moisture-associated skin changes
Bony prominences
Device-contact areas
Existing wounds or pressure injuries
Changes from the patient’s baseline condition
Skin assessment should occur at admission, routinely during hospitalization, and whenever the patient’s condition changes. Findings should be documented clearly so that changes can be identified and communicated to the healthcare team.
Repositioning reduces the duration and intensity of pressure applied to vulnerable areas of the body. It should be incorporated into an individualized pressure-injury prevention plan rather than treated as an identical schedule for every patient.
The appropriate repositioning approach depends on the patient’s skin condition, mobility, tissue tolerance, overall health, comfort, nutritional status, support surface, and ability to tolerate movement.
Position changes should also minimize friction and shear. Nurses and other healthcare professionals should use appropriate repositioning techniques and equipment to protect both the patient and caregivers.
No. A universal two-hour repositioning schedule is not appropriate for every patient. Although frequent repositioning has traditionally been used to prevent pressure injuries, current pressure-injury prevention guidance emphasizes individualized repositioning based on patient-specific risk and tolerance.
For some patients, repositioning may need to occur more frequently, while others may tolerate longer intervals when an appropriate support surface and individualized prevention plan are in place. The patient’s skin response and overall clinical condition should guide decisions.
Older adults and patients with cognitive impairment may experience distress, sleep disruption, agitation, or other adverse effects when repeatedly awakened or moved. Therefore, nurses should balance pressure-injury prevention with comfort, dignity, safety, and the patient’s overall goals of care.
Medical devices should be considered during every pressure-injury assessment. Nurses should check whether devices are causing pressure, friction, moisture accumulation, or impaired circulation.
Prevention strategies include inspecting the skin beneath and around devices, keeping vulnerable areas clean and dry, reducing unnecessary pressure, using appropriate protective materials when indicated, and repositioning devices when clinically safe.
Device-related pressure injuries can develop quickly, particularly in critically ill patients. Any new redness, discoloration, indentation, blistering, or skin breakdown should be reported and addressed promptly.
Adequate nutrition is an important component of pressure-injury prevention and wound healing. Critically ill patients may have increased nutritional requirements while simultaneously experiencing poor intake, altered metabolism, or difficulty receiving adequate nutrition.
Nurses should monitor nutritional status and collaborate with dietitians and other members of the interdisciplinary team when nutritional risk is identified. Appropriate nutritional support should be based on the patient’s clinical condition and individualized assessment.
Consistent staff education helps ensure that prevention practices are applied reliably across shifts and clinical settings. Education should address both risk identification and practical prevention strategies.
Training programs can include pressure-injury assessment, use of risk-assessment tools, skin inspection, repositioning techniques, pressure redistribution, moisture management, medical-device assessment, nutrition, documentation, and current clinical guidelines.
Ongoing education is particularly important when quality-improvement data demonstrate inconsistent compliance or an increase in hospital-acquired pressure injuries.
Evidence-based practice connects scientific research with bedside nursing care. For pressure-injury prevention, this means incorporating validated assessment methods, evidence-based interventions, standardized protocols, and continuous outcome monitoring into routine clinical practice.
Successful implementation generally requires organizational leadership, adequate resources, staff education, clear clinical protocols, interdisciplinary collaboration, and regular evaluation of outcomes.
Quality-improvement teams can monitor pressure-injury rates and prevention practices to determine whether interventions are being implemented consistently and whether additional changes are necessary.
A comprehensive quality-improvement plan should integrate prevention into the patient’s entire care process. Key components include:
Early pressure-injury risk assessment.
Use of a validated risk-assessment tool such as the Braden Scale.
Comprehensive skin assessment at admission and throughout hospitalization.
Individualized repositioning and mobility plans.
Appropriate pressure-redistribution surfaces.
Regular assessment of medical devices.
Moisture and incontinence management.
Nutritional assessment and appropriate support.
Ongoing nursing and interdisciplinary staff education.
Consistent documentation and quality-outcome monitoring.
The most important nursing strategies are early identification of risk, frequent assessment, individualized pressure redistribution, appropriate repositioning, nutritional support, moisture management, and careful monitoring of medical devices.
Prevention is most effective when these interventions are implemented together rather than as isolated tasks. A standardized protocol can improve consistency, while individualized clinical judgment ensures that care remains appropriate for each patient’s condition.
A pressure injury is localized damage to the skin and/or underlying tissue that usually results from sustained pressure or pressure combined with shear. These injuries commonly occur over bony prominences but can also develop beneath or around medical devices.
Critically ill patients, people with limited mobility, older adults, individuals with impaired sensation, patients with poor nutritional status, and people with impaired tissue perfusion are at increased risk. Patients exposed to prolonged medical-device pressure may also develop device-related injuries.
The Braden Scale helps identify patients who may be at increased risk by evaluating sensory perception, moisture, activity, mobility, nutrition, and friction and shear. It supports clinical decision-making and helps nurses develop individualized prevention strategies.
Skin should be assessed at admission, routinely throughout hospitalization, and whenever there is a significant change in the patient’s condition. Critically ill patients may require particularly frequent assessment because their condition and pressure-injury risk can change rapidly.
Not necessarily. Repositioning should be individualized according to the patient’s clinical condition, skin integrity, mobility, tissue tolerance, comfort, support surface, and overall pressure-injury risk. A rigid two-hour schedule may not be appropriate for every patient.
Nurses can reduce device-related pressure injuries by routinely inspecting skin around and beneath devices, ensuring devices are appropriately positioned, reducing unnecessary pressure, managing moisture, and repositioning devices when clinically appropriate. Any early signs of tissue damage should be addressed promptly.
Pressure injury prevention is especially important in intensive care because critically ill patients often experience immobility, impaired circulation, altered consciousness, nutritional problems, and prolonged exposure to medical devices. Preventing these injuries can reduce complications, improve patient comfort, and support better clinical outcomes.
Evidence-based practice helps nurses use interventions supported by research and clinical guidelines rather than relying solely on routine or tradition. Combining evidence with clinical expertise and patient preferences promotes safer and more individualized care.
Preventing pressure injuries in critically ill patients requires a proactive, evidence-based, and individualized nursing approach. Early risk assessment, regular skin inspection, appropriate use of the Braden Scale, individualized repositioning, pressure redistribution, nutritional support, moisture management, and medical-device surveillance are central to effective prevention.
A successful pressure-injury prevention program also depends on staff education, standardized protocols, interdisciplinary collaboration, accurate documentation, and continuous quality improvement. Rather than relying on a single intervention such as routine two-hour repositioning, nurses should evaluate the patient’s changing clinical condition and develop prevention strategies that address the individual’s specific risks.
Translating pressure-injury research into everyday nursing practice can strengthen patient safety, reduce preventable hospital-acquired injuries, and improve the quality of care delivered to critically ill patients.
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