Review the information in the electronic health record. The nurse is aware the client may have injuries not immediately visible on assessment. For which additional injuries is this patient at high risk?

Rationale for correct choices Intracranial hemorrhage: The client experienced a high-impact motorcycle accident with a 15-foot fall, which places him at significant risk for traumatic brain injury, even if he is currently alert and oriented. Helmets reduce but do not eliminate the risk of intracranial bleeding. Early detection is critical, as intracranial hemorrhage may not be immediately apparent and can rapidly progress to neurological compromise. Internal organ damage: High-velocity trauma such as being thrown from a motorcycle can cause blunt force injury to the thoracic or abdominal organs. The absence of external signs does not rule out internal injuries. Organs such as the liver, spleen, or kidneys are at high risk for contusion or laceration, which could lead to delayed hemorrhage or shock if unrecognized. Internal hemorrhage: The mechanism of injury and multiple fractures increase the likelihood of internal bleeding. Fractures, particularly of long bones, can result in significant blood loss into soft tissue or body cavities. Early recognition and monitoring of vital signs, hemoglobin, and hematocrit are essential to prevent hypovolemic shock. Hemothorax: Trauma with high-energy impact, especially to the thorax or ribcage, can cause bleeding into the pleural space. Even without obvious external injuries or respiratory distress initially, hemothorax can develop and lead to respiratory compromise. Monitoring respiratory status and imaging are required to detect this potentially life-threatening condition. Rib fracture: High-impact trauma often causes rib fractures, which may not be immediately obvious. Rib fractures can contribute to hemothorax, pneumothorax, or underlying organ injury. Pain may limit respiratory effort, leading to atelectasis or hypoxia if unaddressed. Rationale for incorrect choices Embolic stroke: Although strokes can occur after trauma, they are not a primary risk immediately following blunt force injuries in a young adult without prior vascular disease. Embolic stroke typically arises from cardiac or thrombotic sources rather than acute trauma. Ischemic stroke: Ischemic stroke is unlikely in this acute trauma scenario. While vascular injury can theoretically precipitate stroke, the mechanism of high-energy impact primarily raises concern for hemorrhage and blunt organ injury rather than thrombotic cerebrovascular events.