Name
University of Phoenix
NSG/498 Senior Leadership Practicum
Prof. Name
Date
Critically ill patients can reduce their risk of pressure injuries through early risk assessment, regular skin inspection, individualized repositioning, nutritional support, medical-device monitoring, moisture management, and evidence-based prevention protocols. Nurses play a central role by identifying risk factors early and consistently applying preventive interventions throughout hospitalization. Using validated assessment tools such as the Braden Scale, combined with patient-specific care planning and continuous quality improvement, can help reduce hospital-acquired pressure injuries (HAPIs) and improve patient safety.
Pressure injuries are a significant patient-safety concern because critically ill patients frequently have several risk factors at the same time. Immobility, impaired circulation, poor nutrition, altered consciousness, moisture exposure, and medical devices can all contribute to tissue damage.
A pressure injury can cause pain, infection, delayed recovery, longer hospital stays, increased healthcare costs, and reduced quality of life. Many pressure injuries are preventable, making prevention an important component of nursing quality improvement and evidence-based practice.
For nurses, prevention begins with recognizing that pressure injury risk can change rapidly in critically ill patients. A patient who initially has intact skin may become high risk after surgery, hemodynamic instability, sedation, mechanical ventilation, or a decline in nutritional status.
Critically ill patients are particularly vulnerable because critical illness can interfere with tissue perfusion, mobility, sensation, nutrition, and the body’s ability to repair damaged tissue.
Important risk factors include:
Limited mobility or complete immobility
Hemodynamic instability or hypotension
Poor nutritional intake or malnutrition
Reduced sensory perception
Sedation or altered level of consciousness
Neurological impairment
Excessive moisture from perspiration, urine, stool, or wound drainage
Friction and shear
Reduced tissue perfusion
Prolonged pressure from medical devices
Advanced age and multiple comorbidities
The combination of these factors makes early assessment particularly important in intensive care settings.
Medical devices can cause pressure injuries when they remain in contact with the skin for prolonged periods or create localized pressure, friction, or moisture. Device-related injuries may develop quickly because the source of pressure can be difficult to identify during routine care.
Devices commonly associated with pressure injuries include endotracheal tubes, noninvasive ventilation masks, cervical collars, nasal cannulas, nasogastric tubes, splints, braces, urinary catheters, pulse oximeter probes, sequential compression devices, and arterial catheters.
Nurses should inspect the skin underneath and around medical devices during routine assessments. When clinically safe, devices should be repositioned or adjusted to prevent continuous pressure on the same area. The patient’s skin should also be kept clean and appropriately dry while avoiding unnecessary friction.
Pressure injury prevention is most effective when multiple interventions are implemented together rather than relying on a single strategy. Nursing care should be based on the patient’s risk factors, clinical condition, mobility, skin integrity, nutritional status, and tolerance of repositioning.
A comprehensive assessment should begin as early as possible after admission and should be repeated when the patient’s condition changes.
The assessment should consider:
Skin condition and existing wounds
Mobility and activity level
Nutritional status
Sensory perception
Level of consciousness
Neurological status
Circulatory status
Moisture exposure
Medical devices
Comorbid conditions
Medications and treatments that may affect mobility or tissue perfusion
Early recognition allows nurses to introduce preventive interventions before tissue damage develops.
The Braden Scale is a commonly used pressure injury risk-assessment instrument. It evaluates six areas that influence a patient’s likelihood of developing a pressure injury:
Sensory perception
Moisture
Activity
Mobility
Nutrition
Friction and shear
A lower Braden Scale score generally indicates greater pressure injury risk. However, the score should not replace clinical judgment. Nurses should consider the patient’s complete clinical picture and develop interventions appropriate to the individual’s needs.
Routine skin assessment is one of the most important components of pressure injury prevention. Nurses should assess areas exposed to pressure, particularly bony prominences and locations where medical devices contact the skin.
Assessment should include inspection for changes such as persistent redness or discoloration, temperature changes, swelling, skin breakdown, blistering, or other signs of tissue damage.
Skin assessments should occur on admission, during routine care, after significant changes in the patient’s condition, and according to the organization’s pressure injury prevention protocol. Medical devices and the surrounding skin should receive particular attention.
Repositioning reduces the duration and intensity of pressure on vulnerable areas. However, the appropriate frequency depends on the patient’s condition rather than a single schedule that applies to everyone.
Nurses should consider the patient’s skin integrity, mobility, tissue tolerance, body habitus, overall health, comfort, support surface, and clinical stability when developing a repositioning plan.
Repositioning should also be documented so that the healthcare team can evaluate whether the prevention plan is being followed and whether it needs to be modified.
Excessive moisture can weaken the skin and increase vulnerability to friction and pressure. Nurses should identify sources of moisture, including incontinence, perspiration, wound drainage, and other bodily fluids.
Appropriate cleansing, drying, continence care, and use of suitable skin-protection products can help maintain skin integrity. Care should be performed gently to minimize friction.
Adequate nutrition is important for maintaining healthy tissue and supporting wound prevention and healing. Critically ill patients may have increased nutritional needs while simultaneously experiencing poor intake, metabolic changes, gastrointestinal problems, or other barriers to adequate nutrition.
Nurses should monitor nutritional status and collaborate with dietitians and other members of the interdisciplinary team when nutritional risk is identified.
Support surfaces can help redistribute pressure and reduce the amount of stress placed on vulnerable areas. Depending on the patient’s risk level and clinical condition, appropriate mattresses, overlays, cushions, and positioning devices may form part of the prevention plan.
Support surfaces should complement—not replace—regular assessment, repositioning, skin care, and other preventive interventions.
Medical device-related pressure injuries require proactive assessment because the device itself may conceal early skin changes.
Nurses can reduce risk by:
Inspecting the skin beneath and around devices regularly
Ensuring devices are appropriately positioned
Avoiding excessive tightness
Repositioning devices when clinically appropriate
Managing moisture around device contact points
Using appropriate protective materials when indicated
Documenting early signs of skin damage
Communicating concerns promptly to the healthcare team
The goal is to balance the need for essential medical equipment with the need to protect the patient’s skin.
Evidence-based nursing connects research findings with practical bedside interventions. A pressure injury prevention program should not simply identify recommended interventions; it should establish a reliable system for incorporating those interventions into everyday clinical practice.
Successful implementation typically involves nursing leadership, staff education, standardized protocols, documentation requirements, outcome measurement, and ongoing evaluation.
A quality improvement team can monitor pressure injury rates, assess compliance with prevention practices, identify barriers, and modify interventions when outcomes do not improve. This approach creates a continuous feedback loop between evidence, clinical practice, and patient outcomes.
A fixed two-hour repositioning schedule has traditionally been used in many healthcare settings, but repositioning should be individualized rather than treated as an identical requirement for every patient.
Current pressure injury prevention guidance emphasizes individualized repositioning based on factors such as the patient’s skin condition, tissue tolerance, mobility, clinical status, support surface, comfort, and overall risk.
For some patients, especially those who become highly distressed or agitated with frequent repositioning, repeatedly disturbing sleep or causing resistance to care may create additional risks. A patient-centered plan should therefore balance pressure injury prevention with comfort, safety, and the patient’s overall clinical needs.
The appropriate repositioning schedule can vary from patient to patient. Nurses should consider:
Current skin condition
Pressure injury risk
Mobility and activity
Tissue tolerance
Overall clinical stability
Nutritional status
Comfort and pain
Support surface
Moisture exposure
Behavioral or cognitive factors
Presence of medical devices
The key principle is to prevent prolonged pressure while maintaining patient safety and comfort.
A comprehensive quality improvement plan should combine standardized processes with individualized patient care.
An effective program can include:
Pressure injury risk assessment on admission and when patient status changes.
Appropriate use of a validated assessment tool such as the Braden Scale.
Routine head-to-toe skin assessments.
Individualized repositioning and mobility plans.
Regular inspection of medical devices and their contact areas.
Moisture management and skin protection.
Nutritional screening and appropriate interdisciplinary referral.
Appropriate support surfaces and positioning equipment.
Ongoing nursing education and competency development.
Consistent documentation and monitoring of outcomes.
Regular review of hospital-acquired pressure injury data.
Continuous quality improvement based on identified gaps.
Pressure injury prevention depends on consistent implementation across the healthcare team. Even an evidence-based protocol may be ineffective if staff members do not understand how or when to apply it.
Education should address risk assessment, skin inspection, repositioning techniques, medical device management, nutrition, moisture control, documentation, and current prevention recommendations.
Regular education also provides an opportunity to discuss pressure injury cases, review quality data, identify barriers to prevention, and reinforce evidence-based nursing practices.
Quality improvement requires measurable outcomes. Healthcare organizations can monitor hospital-acquired pressure injury rates and examine whether preventive interventions are being completed consistently.
Useful quality indicators may include pressure injury incidence, stage and location of injuries, device-related injury rates, completion of risk assessments, documentation of skin assessments, compliance with repositioning plans, and staff education participation.
Analyzing these measures over time helps organizations identify trends and determine whether interventions are producing meaningful improvements in patient safety.
Critically ill patients are at increased risk of pressure injuries because critical illness often combines immobility, impaired perfusion, altered sensation, nutritional problems, moisture exposure, and medical-device use.
The Braden Scale can support pressure injury risk assessment by evaluating sensory perception, moisture, activity, mobility, nutrition, and friction and shear. It should be used alongside clinical judgment rather than as a substitute for comprehensive assessment.
Regular skin inspection, individualized repositioning, moisture management, nutritional support, appropriate support surfaces, and medical-device monitoring form the foundation of pressure injury prevention.
Medical device-related pressure injuries deserve particular attention in intensive care because tubes, masks, collars, probes, splints, and other equipment can produce concentrated pressure and conceal early skin damage.
For quality improvement, prevention strategies should be standardized at the organizational level while remaining individualized at the bedside. Staff education, leadership support, documentation, outcome measurement, and continuous evaluation help translate evidence into consistent nursing practice.
A pressure injury is localized damage to the skin and/or underlying tissue that results from pressure or pressure combined with shear. These injuries commonly occur over bony prominences but can also develop beneath or around medical devices.
Patients with limited mobility, impaired sensation, poor nutritional status, reduced tissue perfusion, moisture exposure, neurological impairment, or prolonged medical-device use are at increased risk. Critically ill patients often have several of these risk factors simultaneously.
The Braden Scale helps nurses identify patients who may be at increased risk for pressure injuries. It assesses sensory perception, moisture, activity, mobility, nutrition, and friction and shear, allowing preventive interventions to be incorporated into the patient’s care plan.
Skin should be assessed on admission, routinely throughout hospitalization, during changes in clinical condition, and according to the healthcare organization’s prevention protocol. High-risk areas and skin beneath or around medical devices require particular attention.
Not necessarily. Repositioning should be individualized according to the patient’s clinical condition, skin integrity, mobility, tissue tolerance, comfort, support surface, and pressure injury risk. A rigid schedule may not be appropriate for every patient.
Nurses can reduce device-related pressure injuries by regularly inspecting the skin, ensuring devices are positioned appropriately, reducing unnecessary pressure and friction, managing moisture, repositioning devices when clinically appropriate, and promptly documenting and communicating signs of skin damage.
Nurses are responsible for identifying risk, assessing skin integrity, implementing individualized prevention interventions, monitoring patient responses, educating patients and staff, documenting care, and communicating changes to the interdisciplinary team.
Pressure injury prevention is a measurable patient-safety outcome. Monitoring injury rates, prevention-protocol compliance, skin assessment practices, device-related injuries, and staff education can help healthcare organizations identify gaps and improve clinical processes.
Preventing pressure injuries in critically ill patients requires more than following a single intervention. Effective nursing care combines early risk assessment, regular skin inspection, individualized repositioning, nutritional and moisture management, appropriate support surfaces, medical-device surveillance, and ongoing staff education. Validated tools such as the Braden Scale can support risk identification, while clinical judgment remains essential when developing an individualized prevention plan.
Translating pressure injury research into standardized clinical protocols allows healthcare organizations to move evidence from research findings into everyday bedside practice. When nurses, physicians, dietitians, wound-care specialists, and other healthcare professionals work together and continuously evaluate outcomes, pressure injury prevention becomes an ongoing quality improvement process focused on patient safety and better clinical outcomes.
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