Emergency and disaster
nursing
Learning objectives
• Apply the steps in triage, the primary survey, and the secondary
survey to a patient with a medical, surgical, or traumatic emergency.
• Relate the pathophysiology to the assessment and interprofessional
care of select environmental emergencies.
• Relate the pathophysiology to the assessment and interprofessional
care of select toxicologic emergencies.
• Select appropriate nursing interventions for victims of violence.
• Distinguish among the responsibilities of health care providers, the
community, and select federal agencies in emergency and mass
casualty incident preparedness.
Nursing management of patient in emergency and
disaster situations.
• Concepts and principles of disaster nursing
• Causes and types of disaster : natural and man made
• Earthquakes, floods, epidemics, cyclones.
• Fire , explosions, accidents Violence, terrorism; biochemical, war
• Policies related to emergency / disaster management at international,
national, state, institutional level.
Continued..
• Disaster Management :
• Team, guidelines, protocols, equipments, resources.
• Coordination & involvement of ;community, various govt department,
non-govt. organization , international agencies.
• Role of nurse : working
• Legal aspects of Disaster Nursing
• Impact on health & after effects ;
• Post Traumatic Stress Disorder
• Rehabilitation ; Physical, Psychosocial, Financial, Relocation
Emergency Nursing :
• Concept, priorities, principles & scope of emergency nursing
• Organization of emergency services: physical set up, staffing,
equipment & supplies, protocols, Concepts of triage role of triage
nurse.
• Coordination & involvement of different departments & facilities
• Nursing assessments – history & physical assessments.
• Etiology, Pathophysiology, Clinical manifestation, diagnosis, medical
and
surgical treatment modalities, alternative therapies, dietetics and
Continued..
Nursing Management (Nursing process including nursing procedures) of medical
and surgical emergencies.
• Principles of emergency management
• Common Emergencies
• Respiratory Emergencies
• Cardiac Emergencies
• Shock & Haemorrhage
• Pain
• Poly-Trauma, road accidents,
• crush injuries, wound.
• Bites
• Poisoning ; food, gas, drugs & chemical poisoning.
• Seizures
Continued..
• Thermal Emergencies ; Heat Strokes & Cold Injuries
• Paediatric emergencies
• Psychiatriac emergencies
• Obstretical emergencies
• Violence, abuse, sexual assault
• Cardiopulmonary resuscitation
• Crisis intervention
• Role of the nurse ; communication & interpersonal relations
• Medico-Legal Aspects
Care of Emergency Patient
• Recognizing life-threatening illness or injury is one of the most
important goals of emergency nursing.
• Initiating interventions to reverse or prevent a crisis is often a priority
before making a medical diagnosis.
• This process begins with your first contact with a patient. Prompt
identification of patients who need immediate treatment and
determining appropriate interventions are essential nurse
competencies.
Triage
• Triage, a French word meaning “to sort,” refers to the process of
rapidly determining patient acuity
• Most often you will confront multiple patients who have a variety of
problems.
• The triage process works on the premise that we must treat patients
who have a threat to life before other patient.
Continued..
• A triage system identifies and categorizes patients so that the most
critically ill are treated first.
• The ENA and American College of Emergency Physicians support the
use of a 5-level triage system.
• The Emergency Severity Index (ESI) is a 5-level triage system that
incorporates concepts of illness severity and resource use (e.g.,
electrocardiogram [ECG], laboratory tests, radiology studies, IV fluids)
to determine who should be treated first
5 level triage
• First, assess the patient for any threats to life (ESI-1).
• Ask “Is the patient in imminent danger of dying?” Or, for ESI-2, is this
a high-risk patient who should not wait to be seen?
• Next, evaluate patients who do not meet the criteria for ESI-1 or ESI-
2 for the number of anticipated resources they may need.
• Assign patients to ESI-3, ESI-4, or ESI-5 based on this determination.
Vital signs are important.
• Patients assigned to ESI-3 must have normal vital signs. Patients with
abnormal vital signs may be reassigned to ESI-2
• A 24-yr-old man arrives and states, “I think I have food poisoning. I’ve
been vomiting all night and now I have diarrhea.” The patient reports
abdominal cramping that he rates as 6/10. He denies fever or chills.
Vital signs: T = 97.8°F (36.6°C), HR = 94, RR = 16, BP = 121/74 mm Hg.
• Assign a triage acuity rating using the ESI.
Primary Survey
• The primary survey focuses on airway, breathing, circulation (ABC), disability,
exposure, facilitation of adjuncts and family, and other resuscitation aids.
• If uncontrolled external hemorrhage is noted, the usual ABC assessment
format may be reprioritized to <C> ABC. (catastrophic hemorrhage.
• IF present, it must be controlled first.
• Apply direct pressure with a sterile dressing followed by a pressure dressing to
any obvious bleeding sites.
• You may identify life-threatening conditions
related to ABCs at any point during the primary
survey.
• When this occurs, start interventions immediately,
before moving to the next step of the survey.
A = Alertness and Airway
Causes:
• Saliva, bloody secretions, vomitus, laryngeal trauma, dentures, facial
trauma, fractures, and the tongue can obstruct the airway.
Patients at risk for airway compromise :
• Those who drown or have seizures, anaphylaxis, foreign body
obstruction, or cardiopulmonary arrest.
Continued..
• Signs and symptoms in a patient with a compromised airway include:
• dyspnea, inability to speak, gasping (agonal) breaths, foreign body in
the airway, and trauma to the face or neck.
• The patient’s alertness level is a crucial factor for choosing the right
airway interventions.
• Level of consciousness (LOC)
Airway maintenance
• Airway maintenance should progress rapidly from the
least to the most invasive method.
• Treatment includes opening the airway using the jaw-
thrust maneuver (avoiding hyperextension of the neck)
suctioning and/or removal of foreign body, inserting a
nasopharyngeal or oropharyngeal airway (in unconscious
patients only), and endotracheal intubation.
• If intubation is impossible
• an emergency cricothyroidotomy or tracheotomy is done.
• Ventilate patients with 100% O2 using a bag-valve-mask
(BVM) device before intubation or cricothyroidotomy
Rapid-sequence intubation
Preferred procedure for securing an
unprotected airway in the ED.
It involves the use of
sedatives and paralytic drugs.
• These drugs aid in intubation
and reduce the risk for aspiration and airway trauma
Continued..
• If the patient has a suspected spinal cord injury and is not already
immobilized, the cervical spine must be stabilized at the same time as
the assessment of the airway.
• This can be done with manual stabilization or the use of a rigid cervical
collar (C collar).
• Keep the bed flat and continue to monitor airway patency and
breathing effectiveness
Breathing
• Adequate airflow through the upper airway does not ensure
adequate ventilation.
• Many problems cause breathing changes. Common ones include
fractured ribs, pneumothorax, penetrating injury, allergic reactions,
pulmonary emboli, and asthma attacks.
• Patients with these conditions may have a variety of signs and
symptoms.
• The patient may have dyspnea, paradoxical or asymmetric chest wall
movement, decreased or absent breath sounds on the affected side,
visible wounds to the chest wall, cyanosis, tachycardia, and
hypotension
• Give high-flow O2 (100%) via a nonrebreather mask and monitor the
patient’s response.
• Life-threatening conditions (e.g., flail chest, tension pneumothorax)
can severely and quickly compromise ventilation.
• Interventions may include BVM ventilation with 100% O2 , needle
decompression, intubation, and treatment of the underlying cause
Circulation
• An effective circulatory system includes the heart, intact blood vessels,
and adequate blood volume.
• Uncontrolled internal or external bleeding places a person at risk for
hemorrhagic shock.
• Check either a femoral or carotid pulse.
• Peripheral pulses may be absent due to direct injury or
vasoconstriction.
• Assess the quality and rate of the pulse if found.
• Assess the skin for color, temperature, and moisture.
• Altered mental status and delayed capillary refill (longer than 3
seconds) are common signs of shock.
• When evaluating capillary refill in cold environments, remember that a
cold temperature delays refill
• Insert IV lines into veins in the upper extremities unless contraindicated,
such as in an open fracture or an injury that affects limb circulation.
• Insert 2 large-bore (14- to 16-gauge) IV catheters.
• Start aggressive fluid resuscitation using normal saline or lactated Ringer’s
solution.
• Consider intraosseous or central venous access if unable to rapidly obtain
venous access.
• The HCP may order type-specific packed red blood cells if needed.
• In an emergency (life-threatening) situation, give blood that is not cross-
matched (e.g., O negative) if immediate transfusion is needed.
Disability
• Conduct a brief neurologic examination as part of the primary survey.
• The patient’s LOC is a measure of the degree of disability.
• Use the Glasgow Coma Scale (GCS) to determine the LOC
• This allows for consistent communication among the
interprofessional care team.
• Remember! The GCS is not accurate for intubated or aphasic patients.
Last, assess the pupils for size, shape, equality, and reactivity
Pupil Size Chart Reaction to light
Exposure
• Remove clothing from all trauma patients to perform a thorough
physical assessment.
• This often requires cutting off the patient’s clothing.
• Be careful not to cut through any area that is forensic evidence (e.g.,
bullet hole).
• Do not remove any impaled objects (e.g., knife).
• Removing these could result in serious bleeding and further injury.
• Once the patient is exposed, use warming blankets, overhead
warmers, and warmed IV fluids to limit heat loss, prevent
hypothermia, and maintain privacy
Facilitate adjuncts and family
• Research supports the benefits for patients, caregivers, and staff of
allowing family presence during resuscitation and invasive
procedures.
• Patients report that caregivers provide comfort, serve as advocates
for them, and help remind the care team of their “personhood.”
• Caregivers who wish to be present during invasive procedures and
resuscitation view themselves as active participants in the care
process.
• They believe that they comfort the patient and that it is their right to
be with the patient.
Emergency and disaster management  nursing.perspective pptx

Emergency and disaster management nursing.perspective pptx

  • 1.
  • 2.
    Learning objectives • Applythe steps in triage, the primary survey, and the secondary survey to a patient with a medical, surgical, or traumatic emergency. • Relate the pathophysiology to the assessment and interprofessional care of select environmental emergencies. • Relate the pathophysiology to the assessment and interprofessional care of select toxicologic emergencies. • Select appropriate nursing interventions for victims of violence. • Distinguish among the responsibilities of health care providers, the community, and select federal agencies in emergency and mass casualty incident preparedness.
  • 3.
    Nursing management ofpatient in emergency and disaster situations. • Concepts and principles of disaster nursing • Causes and types of disaster : natural and man made • Earthquakes, floods, epidemics, cyclones. • Fire , explosions, accidents Violence, terrorism; biochemical, war • Policies related to emergency / disaster management at international, national, state, institutional level.
  • 4.
    Continued.. • Disaster Management: • Team, guidelines, protocols, equipments, resources. • Coordination & involvement of ;community, various govt department, non-govt. organization , international agencies. • Role of nurse : working • Legal aspects of Disaster Nursing • Impact on health & after effects ; • Post Traumatic Stress Disorder • Rehabilitation ; Physical, Psychosocial, Financial, Relocation
  • 5.
    Emergency Nursing : •Concept, priorities, principles & scope of emergency nursing • Organization of emergency services: physical set up, staffing, equipment & supplies, protocols, Concepts of triage role of triage nurse. • Coordination & involvement of different departments & facilities • Nursing assessments – history & physical assessments. • Etiology, Pathophysiology, Clinical manifestation, diagnosis, medical and surgical treatment modalities, alternative therapies, dietetics and
  • 6.
    Continued.. Nursing Management (Nursingprocess including nursing procedures) of medical and surgical emergencies. • Principles of emergency management • Common Emergencies • Respiratory Emergencies • Cardiac Emergencies • Shock &amp; Haemorrhage • Pain • Poly-Trauma, road accidents, • crush injuries, wound. • Bites • Poisoning ; food, gas, drugs & chemical poisoning. • Seizures
  • 7.
    Continued.. • Thermal Emergencies; Heat Strokes & Cold Injuries • Paediatric emergencies • Psychiatriac emergencies • Obstretical emergencies • Violence, abuse, sexual assault • Cardiopulmonary resuscitation • Crisis intervention • Role of the nurse ; communication & interpersonal relations • Medico-Legal Aspects
  • 8.
    Care of EmergencyPatient • Recognizing life-threatening illness or injury is one of the most important goals of emergency nursing. • Initiating interventions to reverse or prevent a crisis is often a priority before making a medical diagnosis. • This process begins with your first contact with a patient. Prompt identification of patients who need immediate treatment and determining appropriate interventions are essential nurse competencies.
  • 9.
    Triage • Triage, aFrench word meaning “to sort,” refers to the process of rapidly determining patient acuity • Most often you will confront multiple patients who have a variety of problems. • The triage process works on the premise that we must treat patients who have a threat to life before other patient.
  • 10.
    Continued.. • A triagesystem identifies and categorizes patients so that the most critically ill are treated first. • The ENA and American College of Emergency Physicians support the use of a 5-level triage system. • The Emergency Severity Index (ESI) is a 5-level triage system that incorporates concepts of illness severity and resource use (e.g., electrocardiogram [ECG], laboratory tests, radiology studies, IV fluids) to determine who should be treated first
  • 11.
  • 12.
    • First, assessthe patient for any threats to life (ESI-1). • Ask “Is the patient in imminent danger of dying?” Or, for ESI-2, is this a high-risk patient who should not wait to be seen? • Next, evaluate patients who do not meet the criteria for ESI-1 or ESI- 2 for the number of anticipated resources they may need. • Assign patients to ESI-3, ESI-4, or ESI-5 based on this determination. Vital signs are important. • Patients assigned to ESI-3 must have normal vital signs. Patients with abnormal vital signs may be reassigned to ESI-2
  • 13.
    • A 24-yr-oldman arrives and states, “I think I have food poisoning. I’ve been vomiting all night and now I have diarrhea.” The patient reports abdominal cramping that he rates as 6/10. He denies fever or chills. Vital signs: T = 97.8°F (36.6°C), HR = 94, RR = 16, BP = 121/74 mm Hg. • Assign a triage acuity rating using the ESI.
  • 14.
    Primary Survey • Theprimary survey focuses on airway, breathing, circulation (ABC), disability, exposure, facilitation of adjuncts and family, and other resuscitation aids. • If uncontrolled external hemorrhage is noted, the usual ABC assessment format may be reprioritized to <C> ABC. (catastrophic hemorrhage. • IF present, it must be controlled first. • Apply direct pressure with a sterile dressing followed by a pressure dressing to any obvious bleeding sites. • You may identify life-threatening conditions related to ABCs at any point during the primary survey. • When this occurs, start interventions immediately, before moving to the next step of the survey.
  • 15.
    A = Alertnessand Airway Causes: • Saliva, bloody secretions, vomitus, laryngeal trauma, dentures, facial trauma, fractures, and the tongue can obstruct the airway. Patients at risk for airway compromise : • Those who drown or have seizures, anaphylaxis, foreign body obstruction, or cardiopulmonary arrest.
  • 16.
    Continued.. • Signs andsymptoms in a patient with a compromised airway include: • dyspnea, inability to speak, gasping (agonal) breaths, foreign body in the airway, and trauma to the face or neck. • The patient’s alertness level is a crucial factor for choosing the right airway interventions. • Level of consciousness (LOC)
  • 17.
    Airway maintenance • Airwaymaintenance should progress rapidly from the least to the most invasive method. • Treatment includes opening the airway using the jaw- thrust maneuver (avoiding hyperextension of the neck) suctioning and/or removal of foreign body, inserting a nasopharyngeal or oropharyngeal airway (in unconscious patients only), and endotracheal intubation. • If intubation is impossible • an emergency cricothyroidotomy or tracheotomy is done. • Ventilate patients with 100% O2 using a bag-valve-mask (BVM) device before intubation or cricothyroidotomy
  • 18.
    Rapid-sequence intubation Preferred procedurefor securing an unprotected airway in the ED. It involves the use of sedatives and paralytic drugs. • These drugs aid in intubation and reduce the risk for aspiration and airway trauma
  • 19.
    Continued.. • If thepatient has a suspected spinal cord injury and is not already immobilized, the cervical spine must be stabilized at the same time as the assessment of the airway. • This can be done with manual stabilization or the use of a rigid cervical collar (C collar). • Keep the bed flat and continue to monitor airway patency and breathing effectiveness
  • 20.
    Breathing • Adequate airflowthrough the upper airway does not ensure adequate ventilation. • Many problems cause breathing changes. Common ones include fractured ribs, pneumothorax, penetrating injury, allergic reactions, pulmonary emboli, and asthma attacks. • Patients with these conditions may have a variety of signs and symptoms. • The patient may have dyspnea, paradoxical or asymmetric chest wall movement, decreased or absent breath sounds on the affected side, visible wounds to the chest wall, cyanosis, tachycardia, and hypotension
  • 22.
    • Give high-flowO2 (100%) via a nonrebreather mask and monitor the patient’s response. • Life-threatening conditions (e.g., flail chest, tension pneumothorax) can severely and quickly compromise ventilation. • Interventions may include BVM ventilation with 100% O2 , needle decompression, intubation, and treatment of the underlying cause
  • 23.
    Circulation • An effectivecirculatory system includes the heart, intact blood vessels, and adequate blood volume. • Uncontrolled internal or external bleeding places a person at risk for hemorrhagic shock. • Check either a femoral or carotid pulse. • Peripheral pulses may be absent due to direct injury or vasoconstriction. • Assess the quality and rate of the pulse if found. • Assess the skin for color, temperature, and moisture. • Altered mental status and delayed capillary refill (longer than 3 seconds) are common signs of shock. • When evaluating capillary refill in cold environments, remember that a cold temperature delays refill
  • 24.
    • Insert IVlines into veins in the upper extremities unless contraindicated, such as in an open fracture or an injury that affects limb circulation. • Insert 2 large-bore (14- to 16-gauge) IV catheters. • Start aggressive fluid resuscitation using normal saline or lactated Ringer’s solution. • Consider intraosseous or central venous access if unable to rapidly obtain venous access. • The HCP may order type-specific packed red blood cells if needed. • In an emergency (life-threatening) situation, give blood that is not cross- matched (e.g., O negative) if immediate transfusion is needed.
  • 25.
    Disability • Conduct abrief neurologic examination as part of the primary survey. • The patient’s LOC is a measure of the degree of disability. • Use the Glasgow Coma Scale (GCS) to determine the LOC • This allows for consistent communication among the interprofessional care team. • Remember! The GCS is not accurate for intubated or aphasic patients. Last, assess the pupils for size, shape, equality, and reactivity
  • 27.
    Pupil Size ChartReaction to light
  • 28.
    Exposure • Remove clothingfrom all trauma patients to perform a thorough physical assessment. • This often requires cutting off the patient’s clothing. • Be careful not to cut through any area that is forensic evidence (e.g., bullet hole). • Do not remove any impaled objects (e.g., knife). • Removing these could result in serious bleeding and further injury. • Once the patient is exposed, use warming blankets, overhead warmers, and warmed IV fluids to limit heat loss, prevent hypothermia, and maintain privacy
  • 29.
    Facilitate adjuncts andfamily • Research supports the benefits for patients, caregivers, and staff of allowing family presence during resuscitation and invasive procedures. • Patients report that caregivers provide comfort, serve as advocates for them, and help remind the care team of their “personhood.” • Caregivers who wish to be present during invasive procedures and resuscitation view themselves as active participants in the care process. • They believe that they comfort the patient and that it is their right to be with the patient.