Student Name
Chamberlain University
NR-341 Complex Adult Health
Prof. Name:
Date
Nursing care for trauma patients, especially in emergency settings, requires detailed assessment and prompt interventions. For a homeless client presenting with hypothermia and a core body temperature of 87ºF (30.5ºC), a thorough evaluation should anticipate findings such as bradypnea, lethargy, absent patellar reflex, dilated pupils, shivering, hypertension, elevated hematocrit levels, Kussmaul respirations, and tachycardia. Submersion injuries, predominantly seen in children, are critical considerations. They result in hypoxia and fluid imbalances due to water aspiration. Freshwater exposure can cause pulmonary edema through alveolar absorption, while saltwater leads to fluid withdrawal from the circulatory system, impairing gas exchange and causing hypoxia.
Interventions focus on oxygen supplementation, monitoring for respiratory distress, and correcting fluid imbalances. For hypothermic patients, rewarming strategies and shock prevention are essential. Trauma care also includes addressing penetrating injuries, which often involve gunshot or stab wounds. Stabilization, cervical spine immobilization, and IV access are critical for managing such injuries.
Emergencies, whether internal (e.g., power outages) or external (e.g., chemical or radiological events), necessitate efficient triage. The Simple Triage and Rapid Treatment (START) system categorizes injuries by severity, assigning color tags to prioritize care. For instance, a patient with shallow breathing and a weak pulse receives a red tag, indicating immediate attention. Patients admitted with traumatic injuries should be closely monitored for vital signs, and interventions should include removing wet clothing, conducting laboratory tests, and initiating ECG monitoring.
Trauma types include penetrating injuries, compartment syndrome, and rhabdomyolysis. Effective resuscitation involves achieving hemodynamic stability, maintaining a pH between 7.35 and 7.45, and ensuring normal hemoglobin levels. Pain management and stabilization of vital signs are also crucial.
Assessment Area | Assessment Findings | Interventions |
---|---|---|
Hypothermia Symptoms | Bradypnea, lethargy, absent reflexes, dilated pupils | Monitor vitals, initiate warming measures, assess for shock |
Submersion Injuries | Hypoxia, fluid imbalances, cerebral injury | Administer oxygen, monitor respiratory distress, correct fluid imbalances |
Trauma Assessment | Penetrating wounds, neurological deficits | Stabilize spine, manage bleeding, establish IV access |
Emergency Triage | Life-threatening, urgent, minor injuries | Use START method for triage; prioritize interventions based on severity |
Resuscitation Indicators | Stable vitals, normal pH, adequate hemoglobin | Monitor labs, manage pain, ensure fluid resuscitation and electrolyte balance |
American Heart Association. (2022). Advanced cardiovascular life support (ACLS) provider manual.
Chamberlain, R. S., & Sarin, E. (2023). Principles of trauma management.
Harris, J. D., & Miller, D. J. (2021). Management of traumatic brain injury. Journal of Neurotrauma, 38(7), 1012–1024.
National Institute of Health. (2024). Trauma care: A multidisciplinary approach.
World Health Organization. (2023). Emergency preparedness and response.
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