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Pediatric Terrorism and Disaster Preparedness: A ... - PHE Home

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13. Record radiation-induced signs, symptoms, <strong>and</strong> erythema during the course of<br />

medical management for radiation casualties to help triage <strong>and</strong> guide medical<br />

management of casualties.<br />

14. Recognize the pattern of biological responses associated with acute radiation<br />

sickness (ARS).<br />

15. Describe the pathophysiology <strong>and</strong> effects of radio- <strong>and</strong> chemotherapy including<br />

bone marrow damage, diarrhea, <strong>and</strong> hair loss.<br />

16. Explain the time-dependent clinical stages of radiation exposure (prodrome, latent<br />

period <strong>and</strong> manifest illness).<br />

17. List the diagnostic steps to assess a dose of radiation exposure.<br />

18. Medically diagnose external radiological contamination.<br />

19. Assess <strong>and</strong> care for externally contaminated patients.<br />

20. Properly use PPE to eliminate personal risk while caring for victims of radiation<br />

exposure.<br />

21. Explain the mechanisms of internal contamination when radioactive material<br />

enters the bodies of unprotected people through inhalation, ingestion, or wound<br />

contamination.<br />

22. Differentiate between public concern about terrorism involving radioactive<br />

materials <strong>and</strong> medical errors during diagnosis that have been the most common<br />

cause of significant internal contamination.<br />

23. Describe the three pathways through which radioactive material can enter the<br />

body (inhalation, ingestion <strong>and</strong> skin penetration).<br />

24. List the various instruments available for detecting <strong>and</strong> measuring radiation.<br />

25. Discuss the need for PPE, type needed for radiation contamination, disposal of<br />

PPE, <strong>and</strong> Department of Energy Guidance on PPE.<br />

26. Differentiate between PPE for radioactive isotopes <strong>and</strong> chemical or biological<br />

exposures.<br />

27. Describe emergency precautions when PPE is not available in a radioactive<br />

environment.<br />

28. Explain the basic principles of decontamination <strong>and</strong> priorities.<br />

29. Explain the characteristics that render pediatric patients uniquely sensitive to the<br />

effects of radiation exposure.<br />

30. Explain the well-documented long-term effects of radiation exposure to the fetus<br />

<strong>and</strong> child.<br />

31. Recount the psychological vulnerability of children involved in a radiation related<br />

incident.<br />

32. Treat acute pediatric radiation syndrome both supportively <strong>and</strong> with specific<br />

actions <strong>and</strong> medications.<br />

33. Prioritize external decontamination before treatment of internal decontamination.<br />

34. Use potassium iodide (KI) to reduce thyroid uptake of radioactive iodine.<br />

35. Keep available <strong>and</strong> use a table of threshold radioactive exposures <strong>and</strong><br />

recommended prophylactic single doses of KI.<br />

36. Treat internal contamination with appropriate chelating agents.<br />

37. Prioritize steps in the treatment of victims of combined injuries, that is,<br />

stabilization of life threatening injuries prior to radiation injuries.<br />

38. Manage the patient with embedded radioactive material <strong>and</strong> depleted uranium.<br />

328

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