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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
Primary Survey - Breathing

Causes of life threatening conds
anaphylaxis
flail chest w/pulm contusion
hemothorax (blood in chest)
pneumothorax (air in chest)
Primary Survey - Circulation

Causes of life threatening conds
cardiac injury (MI, trauma)
pericardial tamponade
shock (hypovolemia, r/t massive burns)
uncontrolled hemorrhage
hypothermia
Primary Survey - Disability

Causes of life threatening conds
head injury
stroke
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
What is FAST?? When is it done?
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
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
Systemic BP is estimated to be ________ w/ a palpable radial pulse
80 - 100mmHg
Systemic BP is estimated to be ________ w/ a palpable femoral pulse
70 mmHg
Systemic BP is estimated to be ________ w/ a palpable carotid pulse
60 mmHg
Management of pt w/ multiple injuries - 1st and 2nd priority
1 - ALWAYS establish and MAINTAIN a patent airway/ventilation

2 - control hemorrhage w/ direct pressure - WEAR gloves
NO tourniquet - need to assess pulses
Management of pt w/ multiple injuries - 3rd and 4th priority
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
Management of pt w/multiple injuries - 5th and 6th priority
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
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)
RN Interventions - ongoing assessments after surveys
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
Shock r/t Trauma - Define
*****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
4 Types of Shock
1. Cardiogenic shock

2. Hypovolemic shock

3. Distributive shock
Neurogenic shock
Septic shock
Anaphylactic shock

4. Obstructive shock
Initial S&S of shock
- 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
Cardiogenic shock - causes
issue with the pump and results in reduced cardiac output
Cardiogenic shock - S&S
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
Hypovolemic shock - causes
loss of intravascular fluid volume and remaining volume is inadequate to fill vascular space

pipes don't work
Hypovolemic shock - diff b/t absolute and relative
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
List stages of Shock
Stage 1 - compensated or nonprogressive

Stage 2 - decompensated or progressive, symptomatic evident

Stage 3 - irreversible
Cardiogenic shock - Dx tests
labs (troponin, cardiac enzymes, etc), ECG, EKG, and CXR
Hypovolemic shock - patho
reduced intravascular volume = decreased venous return to heart -> decreased preload -> decreased stroke volume ->decreased CO
Hypovolemic shock - S&S
Increased HR, CO, RR and resp depth
Stroke volume, central venous pressure (CVP) & PAWP decrease r/t decreased circ vol
Hypovolemic shock - Dx tests
Hgb
Hct
electrolytes
lactate
blood gasses
central venous oxygenation
hourly urine output
Neurogenic shock - causes
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
Neurogenic shock - S&S
hypotension (r/t massive vasodilation) & bradycardia, may not be able to regulate temp - risk for hypothermia
Septic shock - causes
systemic inflamm response to a documented or suspected infection
Septic shock - S&S
..
Stage 1 of Shock - name and what S&S are occurring
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
Stage 1 of Shock - Tx
Tx is CRUCIAL - if corrected, pt will recover w/ little to no residual effects

If left uncorrected, will worsen to progressive stage
Stage 2 of Shock - name and what S&S are occurring
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
Stage 2 of Shock - Tx
AGGRESSIVE, rapid interventions can reverse this and pt won't have any lasting effects - prevent further progression to final stage or developing MODS
Stage 3 of Shock - name and what S&S are occurring
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
Anaphylactic shock - S&S
wheezing, diff breathing, itching/puiritis, rash progression causes chg in vitals
Anaphylatic shock - causes
histamine release causes S&S r/t constriction of bronchioles and blood vessels
Initial Tx of Shock
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)
Concerns with Tx of shock? Dx testing done?
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
Blood Admin - always check clients -
allergies
previous blood transfusions or blood transfusion reactions
Blood Admin - Window for admin
MUST be admin w/in 30 min of getting it from blood bank, infusing over 2-4 hours.
Blood Admin - Checks?
ALWAYS check off b/t 2 RNs

Checking -
ABO - group
Rh factor
Pts name
expiration date
hospital MRN
Blood Admin - tubing?
MUST have special filter to prevent clots going to pt
Can ONLY admin NS with it
NEVER add any meds to blood
Blood Admin - Concerns? Intervention?
Constantly check and assess pt, esp first 15 min - most likely when rxns will occur. STOP infusion and open NS fully, call MD
Blood Transfusions - What is a febrile rxn? Tx?
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
Blood Transfusions - What is an allergic rxn? Tx?
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
Blood Transfusions - What is a hemolytic rxn? Tx?
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
SIRS - Systemic inflamm response syndrome - define
a systemic inflamm response to a wide variety of insults - ie infection/sepsis, ischemia, infarction, injury/trauma
SIRS - Systemic inflamm response syndrome - S&S
Resp system - typically first place - alveolar edema, alveoli collapse and gas exchange cannot occur, worsening vent-perf and eventually leading to ARDS
SIRS - Systemic inflamm response syndrome - Dx Criteria:
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)
MOSF - Multiple organ system failure - cause
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
DIC - Disseminated Intravascular Coagulation - define
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
DIC - Disseminated Intravascular Coagulation - causes
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