Common risk factors for pressure injuries include

Common risk factors for pressure injuries include

• A. Immobility, malnutrition and dehydration/edema, mental status, age
• B. Regular exercise and adequate nutrition
• C. Only childhood factors
• D. No identifiable risk factors

Answer: (A)

Recognizing factors that increase risk for pressure injuries is about identifying conditions that make skin and underlying tissues less able to tolerate prolonged pressure. Immobility keeps someone positioned on one spot for too long, directly reducing blood flow to a tissue area and leading to ischemia and potential tissue death if relief isn’t provided. Malnutrition and dehydration weaken skin integrity and the body’s ability to repair damaged tissue, so the skin becomes more fragile and slower to heal. Edema can increase tissue pressure and alter perfusion, compounding the risk. Mental status changes or cognitive impairment reduce a person’s ability to perceive discomfort, communicate the need for repositioning, or follow prevention strategies, resulting in more time with unrelieved pressure. Age contributes as well because older skin is thinner, less resilient, and more prone to damage from trauma or pressure, and older adults often have more comorbidities that affect circulation and healing. Together, these factors reflect why the option listing immobility, malnutrition and dehydration/edema, mental status, and age is the best answer: it captures the key contributors that raise susceptibility to pressure injuries. In contrast, statements about regular exercise and adequate nutrition describe protective factors, childhood factors don’t encompass the broader adult population at risk, and claiming no identifiable risk factors ignores well-established clinical evidence.

Recognizing factors that increase risk for pressure injuries is about identifying conditions that make skin and underlying tissues less able to tolerate prolonged pressure. Immobility keeps someone positioned on one spot for too long, directly reducing blood flow to a tissue area and leading to ischemia and potential tissue death if relief isn’t provided. Malnutrition and dehydration weaken skin integrity and the body’s ability to repair damaged tissue, so the skin becomes more fragile and slower to heal. Edema can increase tissue pressure and alter perfusion, compounding the risk. Mental status changes or cognitive impairment reduce a person’s ability to perceive discomfort, communicate the need for repositioning, or follow prevention strategies, resulting in more time with unrelieved pressure. Age contributes as well because older skin is thinner, less resilient, and more prone to damage from trauma or pressure, and older adults often have more comorbidities that affect circulation and healing.

Together, these factors reflect why the option listing immobility, malnutrition and dehydration/edema, mental status, and age is the best answer: it captures the key contributors that raise susceptibility to pressure injuries. In contrast, statements about regular exercise and adequate nutrition describe protective factors, childhood factors don’t encompass the broader adult population at risk, and claiming no identifiable risk factors ignores well-established clinical evidence.