More Related Content Similar to Chapter 15 (20) More from stanbridge (20) Chapter 152. All hazards approach
Emergency plans to address adequate response systems to a
variety of hazards
Most serious knowledge deficit: bioterrorism attacks and
pandemic flu events
Place health care providers in a different position of being “first
responders”
Victims will first appear in emergency departments, physician
offices, nurse-managed clinics, or even school health settings
Health care professionals must identify symptoms, patterns of
similar events, and other irregularities
The Basics of Emergency
Preparedness and Response
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 2
3. Disaster condition
Significant natural disaster or man-made event that
overwhelms the affected area
Necessitates both federal public health and medical
care assistance
Large number of victims may require response of
multiple organizations
The Basics of Emergency
Preparedness and Response
(cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 3
4. Nursing fundamentals during crisis
Nursing fundamentals practiced during smaller crises
will still be applicable
Triage priorities change
• With large numbers of victims, priority shifts to doing the
greatest good for the greatest number of people
• Care is given to those patients who have the greatest chance
of survival
Nurses may have to use creative solutions in
response to a lack of commonly available resources
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 4
The Basics of Emergency
Preparedness and Response
(cont'd)
5. Terrorist attacks
Terrorism has created the need to prepare against a
variety of different agents
Standardized nomenclature for potential agents
(known as CBRNE):
• Chemical
• Biologic
• Radiologic
• Nuclear
• Explosive
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The Basics of Emergency
Preparedness and Response
(cont'd)
6. Kill through a variety of means: nerve, vesicant, blood,
and choking
Spread easily through air and cause immediate effects
Require decontamination
Require trained hazardous material (Hazmat) teams
Treatment
Depends on agent used; may require agent-specific medications
Decontamination
Use of personal protective equipment (PPE) by personnel
Chemical Agents
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7. Small quantities can have a large effect
Difficult to prepare for
Treatment
Depends on agent used
Most cause flulike symptoms
Plague and smallpox most contagious
Timing of specific treatment critical
Biologic Agents
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8. Expression may be delayed; depends on time, distance,
shielding, quantity of radioactive material
Psychological effect likely to be substantial
Often used in conjunction with explosive devices (“dirty
bomb”)
Treatment
Immediate effects: radiation burns/acute poisoning
Long-term effects: cancer/contamination of drinking water
Decontamination must occur before patient care can begin
Radiologic Agents
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9. Damage consists of blast range effects, thermal
and nuclear radiation, and radioactive fallout
Contamination can remain for many years
Psychological effect likely to be substantial
Treatment
Symptomatic: thermal burns, shrapnel injuries, and
radioactive fallout
Decontamination is required
Nuclear Agents
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10. Most common method for terrorists
Cause violent decomposition and
pressure/temperature changes; propellants
cause injury and/or death
Treatment
Symptomatic
Many may require treatment for burns
Explosive Agents
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11. 1. A nurse is conducting a community awareness
class for the preparedness phase of a terrorist
attack and states, “The most common agent used
by terrorists is:
A. Chemical because it can be dispersed by the
wind.”
B. A ‘dirty bomb’ because of its immediate effect.”
C. Nuclear because contamination can remain for
years.”
D. Explosive because the materials are easy to find
and conceal.”
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12. Preparedness
Relief response
Recovery
Stages of Disaster
12Copyright © 2014 by Mosby, an imprint of Elsevier Inc.
13. Focused on planning, preparedness, prevention,
and warning
Every disaster begins as a local event
Heaviest burden falls on the local community
State and federal assistance is appropriated
when the local system is overwhelmed
Preparedness
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14. Community preparedness
Assess the community for risks
Plan for a coordinated response effort by local
agencies/services (e.g., law enforcement, fire, health
care, emergency medical services [EMS]).
Build capability to respond to consequences (e.g.,
shelter, supplies, handling mass casualties)
Local agencies must have an emergency operating
plan (EOP)
• Identified chain of command
• Plan for interaction with other agencies
Preparedness (cont'd)
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15. Metropolitan Medical Response System (MMRS)
Funded by Department of Homeland Security
Coordinates with statewide response plans
Response
• Expanding hospital-based care
• Enhancing emergency medical transport and emergency
department capabilities
• Locating specialized pharmaceuticals
• Managing mass fatalities
• Providing mental health care
Federal Programs to
Assist Communities
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16. National Disaster Medical System (NDMS)
Lead federal agency for medical response
Supplements state and local resources
Activated when local/state resources are insufficient
Major components include:
• Teams of health care providers with supplies and equipment
• Patient evacuation
• Arrangements for hospitalizations
Federal Programs to
Assist Communities (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 16
17. Commissioned Corps
Led by the Surgeon General
Responds in times of extraordinary need
Made up of more than 6000 health care professionals
Federal Programs to
Assist Communities (cont'd)
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18. Strategic National Stockpile (SNS)
Jointly managed by the Department of Homeland
Security and Health and Human Services
National repository of antibiotics, chemical antidotes,
antitoxins, IV administrations, airway supplies, and
other medical-surgical items
Serves to resupply and enhance the supplies of local
and state agencies
Federal Programs to
Assist Communities (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 18
19. Response activities
First emergency response to victims
Stabilize the situation
Require the interaction of emergency responders
• Fire and police
• Emergency medical services
• Hazmat teams
• Health care agencies and departments
Relief Response
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20. Incident Management System (IMS)–National
Incident Management System (NIMS)
Designed to expand from one person or agency
performing all roles to a process involving hundreds of
people
Hierarchic chain of command led by the incident
manager
Job assignments consistently followed
Includes representatives of all agencies needed to
provide emergency services
Relief Response (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 20
21. Hospital Incident Command System (HICS)
Defines responsibilities, reporting channels, and
common terminology
Customized for organizations of varying sizes
Successful use of incident command principles
depends on a unified command structure
In the aftermath of Katrina and Rita, multiple hospitals
reported that the HICS was one of the most important
aspects of the disaster response
Relief Response (cont'd)
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22. Event recognition
The causative agent may not be known immediately
Responders assess for contamination potential
Field decontamination is performed before victims are
transported
Responders must use PPE
Health care facilities should be notified of the
possibility of contamination as soon as possible
Relief Response (cont'd)
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23. Health care facilities’ priorities when receiving
contaminated victims
First: protect patients, staff, and facility
Second: provide medical care for contaminated
victims
Third: protect the environment from decontamination
waste runoff
Relief Response (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 23
24. Personal protection and safety
Protecting emergency responders takes precedence
over other issues
Being familiar with the routes of exposure is important
PPE
• Level A: totally encapsulated chemical-resistant suit,
including supplied air
• Level B: chemical splash–resistant suit with hood and self-
contained breathing apparatus (SCBA)
• Level C: chemical-resistant clothing with a hood and an air-
purifying respirator
• Level D: uniform or scrubs; appropriate when no respiratory
or skin hazard is identified
Relief Response (cont'd)
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25. Communication within the health care facility
Initiate plan to communicate to the public and within
the health care facility
Communication officers need to do the following:
• Determine the effects the crisis will have on the audience
• Speak clearly and simply about the facts
• Be direct, honest, and to the point
• Calm and reassure the audience
Relief Response (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 25
26. 2. A triage nurse becomes concerned and notifies the
nursing supervisor when several individuals come to the
emergency department within a 30-minute period with
pinpoint pupils, decreased levels of consciousness, and
respiratory distress. Each patient’s condition deteriorates
rapidly, and respiratory failure ensues. The nursing
supervisor instructs all staff members to don personal
protective equipment (PPE). What is the rationale for the
level of PPE the staff should use?
A. Level A, because the agent is unknown.
B. Level B, given that a nuclear agent is suspected.
C. Level C, because biologic agents are the probable cause.
D. Level D, because higher-level protection is not needed until
the agent has been identified.
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27. Begins 72 hours after the disaster
May continue for 2 to 3 years
Activities to enhance recovery, rehabilitation,
and reconstruction
Evaluation of the disaster preparedness and
response plan
Recovery
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28. Preparation necessary for all types and causes
of mass casualty incidents (MCIs) (natural or
man-made)
Issues to include in emergency preparedness
plans:
Use of personnel, rotation and resting of personnel
Use of family/volunteers
Methods of evacuation
Care of hospital staff and families
Power outages and damage to the institution
Lessons Learned from
Recent MCIs
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29. Alternate standard of care to be able to serve the
greatest number of people (see report online at
www.ahrq.gov/research/altstand)
Examples of decisions that had to be made
Delivering medications when pumps were not functioning
Deciding what meds would be given when the medication supply
was depleted
Providing ventilation and suctioning without electricity
Preparing unit-based scenarios can be helpful in
preparing for an MCI
Lessons Learned from
Recent MCIs (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 29
30. Develop plans for evacuation of patients
Research suggests that evacuation plans should be
discussed at shift report at least once a week
Suggest a 3-minute plan
• Which patients should be evacuated first
• How each patient would be evacuated
• What personnel/equipment would be needed
• Assess the evacuation route to ensure that no impediments
are present
Lessons Learned from
Recent MCIs (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 30
31. Pandemic influenza
Global outbreak that occurs when a new influenza
virus “emerges” in the human population, causing
serious illness and death as it spreads worldwide
Previous pandemic flu experiences
1918: 50 million died worldwide/675,000 in the U.S.
1957: 1 to 2 million worldwide/70,000 died in the U.S.
1968: 700,000 worldwide/34,000 died in the U.S.
Biologic Causes of Mass Casualty:
Pandemic Influenza
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32. World Health Organization (WHO) phases of pandemic
alert
Level 1: low risk of human cases
Level 2: higher risk of human cases
Level 3: no or very limited human-to-human cases
Level 4: evidence of increased human-to-human
transmission
Level 5: evidence of significant human-to-human
transmission
Level 6: efficient and sustained human-to-human
transmission
2009 alert is at Level 6
Biologic Causes of Mass Casualty:
Pandemic Influenza (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 32
33. Vaccines
Influenza strains are capable of mutating so rapidly that
producing vaccines is like “shooting a moving target”
Most likely will not be available in the early stages of a pandemic
Planning aimed at saving the largest number of people
with control methods
Isolation, quarantine, and restrictions
Suspension of large public gatherings, school closure, and
“social distancing” (keep people as far apart as possible)
Become familiar with your institution’s plan
Know what your role is, how you would be notified, and where
and how you would report if an emergency were declared
Biologic Causes of Mass Casualty:
Pandemic Influenza (cont'd)
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 33
34. Practice good health hygiene and follow the
general principles of sound public health
Teach family to cover mouths when coughing,
dispose of used tissues, wash hands
Develop contingency plans for school and
business closures, unavailability of public
transportation, and disruption in social activities
Personal stockpiling of food and medications
may help
Individual and Family Preparation
Copyright © 2014 by Mosby, an imprint of Elsevier Inc. 34
Editor's Notes ANS: D
Rationale: D is correct because the materials used to make explosive devices are easy to find and conceal; explosives also can cause death and severe injury from even small devices. A is incorrect because chemical agents have to be used in large amounts to cause harm, and terrorists must be careful to protect themselves from these agents. B is incorrect because “dirty bombs” have a delayed effect, and production can be difficult. C is incorrect because nuclear agents are large, expensive, and difficult to make and often are hazardous to the terrorist.
Level of Difficulty: Comprehension
ANS: C
Rationale: C is correct because in the cases described, the potential agent is most likely biologic, and Level C equipment provides chemical-resistant clothing with a hood and an air-purifying respirator that can remove all anticipated contaminants and concentrations of chemical materials to provide adequate protection against airborne biologic agents. A is not correct because this level of PPE provides maximum respirator and skin protection, but there is no indication that skin protection is required. B is incorrect because the symptoms presented do not support a nuclear agent as the suspected cause. However, level B PPE might be appropriate in this situation because it provides a chemical splash–resistant suit with hood and self-contained breathing apparatus and provides maximum respiratory protection but less skin protection. D is incorrect because this level of PPE is appropriate only when there is no respiratory or skin hazard, and in the situation presented, respiratory hazard is apparent.
Level of Difficulty: Application