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54 Cards in this Set
- Front
- Back
Primary Survey - Airway
Causes of life threatening conds |
inhalation injury
obstruction from foreign object or tongue penetrating wounds to upper resp system |
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Primary Survey - Breathing
Causes of life threatening conds |
anaphylaxis
flail chest w/pulm contusion hemothorax (blood in chest) pneumothorax (air in chest) |
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Primary Survey - Circulation
Causes of life threatening conds |
cardiac injury (MI, trauma)
pericardial tamponade shock (hypovolemia, r/t massive burns) uncontrolled hemorrhage hypothermia |
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Primary Survey - Disability
Causes of life threatening conds |
head injury
stroke |
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Secondary Survey - FGHI
What does each letter represent? |
F - full set of vitals, focused tx (EEG - HR and rhythm, O2 sat, add dx tests, etc), facilitate family prescence
G - Give comfort measures H - hx, head-to-toes assessment I - inspect posterior surfaces |
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What is FAST?? When is it done?
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Focused assessment with sonography for trauma
Typically done in Secondary Survey - H - BUT can be done in primary (****remember this test should NOT delay emergency tx**) It's done if intraabdominal hemorrhage is suspected and determine if **hemoperitoneum (blood in peritoneal space) is present - if a retroperitoneal bleed is possible, need CT, can't use this test Benefits - non-invasive - can be performed quickly and at bedside - less radiation than CT - safe for peds - can be repeated mult times |
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CARDINAL RULES of Multiple Trauma Pts
- List 3 of the 7 cardinal rules |
ALWAYS ASSUME a c-spine injury, if head/face trauma is present
ALWAYS ASSUME head injury, if alt LOC - Neuro assess ALL young pts with unpalpable pulse are in SHOCK ALWAYS ASSUME internal injuries or hemorrhaging, If CLINICAL S&S ARE PRESENT (hypOtension, tachycardia, pallor) - even if there are NO external injuries ALWAYS ASSUME anyone w/ chest trauma is CRITICAL ALWAYS ASSUME pericardial tamponade, if pt has distended neck veins ALWAYS ASSUME penetrating wounds below or at nipple involve chest and abdomen |
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Systemic BP is estimated to be ________ w/ a palpable radial pulse
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80 - 100mmHg
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Systemic BP is estimated to be ________ w/ a palpable femoral pulse
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70 mmHg
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Systemic BP is estimated to be ________ w/ a palpable carotid pulse
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60 mmHg
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Management of pt w/ multiple injuries - 1st and 2nd priority
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1 - ALWAYS establish and MAINTAIN a patent airway/ventilation
2 - control hemorrhage w/ direct pressure - WEAR gloves NO tourniquet - need to assess pulses |
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Management of pt w/ multiple injuries - 3rd and 4th priority
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3 - prevent and tx hypovolemic shock (commonly r/t loss of BF - tx is blood expanders/IV fluid)
4 - assess for head and neck injuries - ALWAYS immobilize anyone SUSPECTED of head injury until it's ruled out. Cont neuro assessment |
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Management of pt w/multiple injuries - 5th and 6th priority
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5 - eval for add injuries and immobilize or open/cmpd fractures - cover w/ clean cloth and do NOT fix deformity
6 - carry out a more detailed head-to-toe exam |
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Management of pt w/multiple injuries -
What are we monitoring when trying to prevent/tx hypovolemic shock?? |
Typically r/t loss of blood flow - tx is IV fluids and blood volume expanders
**Monitor - **rate of admin of fluid/expanders (may need pump) **fluid overload, hypothermia **urinary output - inds if pt is getting adequate fluid replacement and keeping BP high enough for kidney perfusion (kidney perfusion = urine output) |
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RN Interventions - ongoing assessments after surveys
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After 2nd survey - record all findings, monitor and evaluation of interventions
*******#1 PRIORITY - ALWAYS airway patency and effectiveness of breathing Then.... monitor RR and rhythm, O2 sats, ABGs (if ordered) monitor LOC, vitals, peripheral pulses, urine output, skin temp color and moisture |
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Shock r/t Trauma - Define
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*****MEDICAL EMERGENCY******* - definite threat to loss of life, emergent triage, need full team of MDs
D - a severe cond causing hypOtension, oliguria/anuria, and cell/tissue hypoxemia |
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4 Types of Shock
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1. Cardiogenic shock
2. Hypovolemic shock 3. Distributive shock Neurogenic shock Septic shock Anaphylactic shock 4. Obstructive shock |
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Initial S&S of shock
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- weak, thready pulse
- tachypnea (increase RR to get more O2 in and compensate) - hypOtension (may have slight increase initially as body is trying to compensate, pt is NOT improving) - cold, clammy hands and feet |
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Cardiogenic shock - causes
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issue with the pump and results in reduced cardiac output
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Cardiogenic shock - S&S
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tachycardia
hypotension NARROWED pulse pressure crackles r/t pulmonary congestion INCREASE in pulmonary arterial wedge pressure and pulmonary vascular resistence peripheral hypoperfusion AEB decrease urine output r/t Na/H20 retention decreased cerebral perfusion AEB anx, confusion, agitation |
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Hypovolemic shock - causes
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loss of intravascular fluid volume and remaining volume is inadequate to fill vascular space
pipes don't work |
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Hypovolemic shock - diff b/t absolute and relative
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absolute - external loss of fluid via hemorrhage, vomiting, DI, DM
relative - no actual fluid loss - fluid volume shifts, moving out of vascular space b/c of "leaky" walls and create 3rd spacing. Caused by burns, massive vasodilation r/t sepsis |
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List stages of Shock
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Stage 1 - compensated or nonprogressive
Stage 2 - decompensated or progressive, symptomatic evident Stage 3 - irreversible |
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Cardiogenic shock - Dx tests
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labs (troponin, cardiac enzymes, etc), ECG, EKG, and CXR
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Hypovolemic shock - patho
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reduced intravascular volume = decreased venous return to heart -> decreased preload -> decreased stroke volume ->decreased CO
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Hypovolemic shock - S&S
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Increased HR, CO, RR and resp depth
Stroke volume, central venous pressure (CVP) & PAWP decrease r/t decreased circ vol |
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Hypovolemic shock - Dx tests
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Hgb
Hct electrolytes lactate blood gasses central venous oxygenation hourly urine output |
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Neurogenic shock - causes
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pipes don't work b/c of loss of nerve innervation
spinal cord injury causing a loss of SNS vasoconstrictor tone and allowing for massive vasodilation |
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Neurogenic shock - S&S
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hypotension (r/t massive vasodilation) & bradycardia, may not be able to regulate temp - risk for hypothermia
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Septic shock - causes
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systemic inflamm response to a documented or suspected infection
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Septic shock - S&S
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..
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Stage 1 of Shock - name and what S&S are occurring
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compensated or nonprogressive
Few initially - body is trying to compensate, low blood perfusion is first S&S Tachycardia May *initially have low BP, but it increases b/c of vasoconstriction caused by CNS Decreased urine output - holding onto fluid ***IMP to have a baseline of vitals to notice these slight changes |
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Stage 1 of Shock - Tx
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Tx is CRUCIAL - if corrected, pt will recover w/ little to no residual effects
If left uncorrected, will worsen to progressive stage |
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Stage 2 of Shock - name and what S&S are occurring
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decompensated or progressive - symptoms evident
Body's comp mechs failing - chgs in mental status are imp - may have confusion, disoriented, agitated Sustained hypoperfusion - increased systemic interstitial edema (or diffuse profound edema), weak peripheral pulses, dysrhythmias/MI.AMI, increased PA (pulm artery) pressure from arterioles constricting, vent-perf mismatch, etc etc etc |
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Stage 2 of Shock - Tx
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AGGRESSIVE, rapid interventions can reverse this and pt won't have any lasting effects - prevent further progression to final stage or developing MODS
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Stage 3 of Shock - name and what S&S are occurring
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irreversible
Profound hypotension and hypoxemia. Failure of liver, lungs, kidneys -> accumm of waste products (lactate, urea, ammonia, CO2) continued loss of intravascular volume continues to worsen hypotension, tachycardia and decreasing coronary BF -> worsening myocardial depression -> further decline in CO -> cerebral ischemia |
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Anaphylactic shock - S&S
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wheezing, diff breathing, itching/puiritis, rash progression causes chg in vitals
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Anaphylatic shock - causes
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histamine release causes S&S r/t constriction of bronchioles and blood vessels
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Initial Tx of Shock
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Early ID of S&S and chgs in clincial manis!!!
Modified trenelenburg positon - returning venous BF to R side of heart but preventing compression of diaphragm Fluid resuscitation - get fluid BACK INTO cellular compartment - typically use lactated ringers, but can also use dextran (plasma expander) or albumin (fluid shift) |
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Concerns with Tx of shock? Dx testing done?
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Fluid vol overload from giving albumin or fluids.
Will see pulm edema/heart failure Use CVP (det pressure at RA) to determine if they are in fluid overload. If CVP is 10+, it indicated CHF |
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Blood Admin - always check clients -
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allergies
previous blood transfusions or blood transfusion reactions |
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Blood Admin - Window for admin
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MUST be admin w/in 30 min of getting it from blood bank, infusing over 2-4 hours.
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Blood Admin - Checks?
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ALWAYS check off b/t 2 RNs
Checking - ABO - group Rh factor Pts name expiration date hospital MRN |
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Blood Admin - tubing?
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MUST have special filter to prevent clots going to pt
Can ONLY admin NS with it NEVER add any meds to blood |
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Blood Admin - Concerns? Intervention?
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Constantly check and assess pt, esp first 15 min - most likely when rxns will occur. STOP infusion and open NS fully, call MD
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Blood Transfusions - What is a febrile rxn? Tx?
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a mild rxn w/ S&S similar to the flu or a cold - chills, fever, HA, flushing, tachycardia, increase anx
Tx - tx S&S that pt is experiencing and continue to infuse blood |
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Blood Transfusions - What is an allergic rxn? Tx?
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a anaphylactic rxn to an antibody in the blood, can be mild to severe
Mild - hives, pruritus, facial flushing - Tx w/ antihistamines Severe - severe SOB, bronchospasm, anx - Tx w/epinephrine and follow anaphylactic protocol |
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Blood Transfusions - What is a hemolytic rxn? Tx?
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a rxn caused by the pt getting the wrong type blood - not as common b/c of today's blood typing and screening
S&S - *low back pain,* hypotension, tachycardia, chest pain, tachypnea, hemoglobinuria - may be sudden onset of S&S Tx - STOP infusion; notify MD; chg IV tubing; Tx S&S with O2, fluids, epinephrine - PRN; recheck crossmatch record w/blood; hemolytic - 2 samples distal to infusion site/UA test for hemoglobinuria/monitor fluid & electrolyte balance/eval serum Ca2+ levels |
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SIRS - Systemic inflamm response syndrome - define
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a systemic inflamm response to a wide variety of insults - ie infection/sepsis, ischemia, infarction, injury/trauma
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SIRS - Systemic inflamm response syndrome - S&S
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Resp system - typically first place - alveolar edema, alveoli collapse and gas exchange cannot occur, worsening vent-perf and eventually leading to ARDS
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SIRS - Systemic inflamm response syndrome - Dx Criteria:
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temp >38/100.4 or <36/97
HR>90 RR>20 PaCO2<32 = alkalosis (normal 35-40) WBC count >12000 or <4000 and >10% bands - MUST look at WBC AND differential (looking for immature neutrophils) |
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MOSF - Multiple organ system failure - cause
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Caused by the progression of SIRS, it occurs when 2 or more organs stop working normally and commonly occurs b/c of serious infections (sepsis), low BP r/t shock, or serious injuries caused by trauma
The more organs not fctning, less chance for recovery |
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DIC - Disseminated Intravascular Coagulation - define
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it is a serious bleeding and thrombotic disorder caused by initiated and accelerated clotting, decreasing future clotting factors and platelets, causing increased risk for uncontrollable hemorrhage
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DIC - Disseminated Intravascular Coagulation - causes
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systemic activation of blood coagulation -> deposit of fibrin -> microvascular thrombi in various organs -> leading to multiple organ failure
seen in pts w/ long standing disorders or autoimmune diseases ALWAYS a secondary cond that involved the activation of systemic inflamm - trauma, sepsis, severe transfusion rxn, heat stroke |