ACLS 2016

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  1. Why is excessive ventilation harmful?
    causes increased intrathoracic pressure and can decrease cerebral blood flow r/t increased CO2 in blood
  2. Effect of pt temp on PaCO2?
    low body temp may cause PaCO2 readings to be higher than they actually are
  3. Optimal post-cardiac arrest BP?
    unknown - maintain MAP of 65 or higher
  4. Survival rate of in-hospital cardiac arrests?
    24%
  5. First step in ACLS?
    determine scene is safe
  6. After determining scene is safe what is the next step?
    LOC
  7. What steps should be taken based on pt LOC?
    unconscious:  BLS assessment then primary and secondary assessments

    conscious:  primary assessment is initial evalution
  8. Initial impression?
    LOC
  9. Steps to BLS assessment?
    • 1. Check responsiveness:  "Are you OK?"
    • 2. Shout for help & get AED/defibrillator
    • 3. Check breathing and pulse
    • 4. Defibrillation if needed
  10. How to check breathing?
    Look at chest for 5-10 seconds
  11. How long to check for pulse?
    5-10 seconds
  12. If pt has a pulse but is not breathing what should be done?
    • rescue breathing 1 breath every 5-6 seconds
    • and recheck pulse about every 2 minutes
  13. Limit interruptions in chest compressions to less than ____ seconds
    10
  14. Compress chest at least ___ inches at a rate of ____ compressions per minute.
    • 2 inches
    • 100-120 compressions per minute
  15. Switch compressors about every ___ minutes or earlier if fatigued.
    2
  16. Primary assessment?
    ABCDE
  17. Airway?
    • 1. patency
    • 2. need for advanced airway
    • 3. proper placement of airway
    • 4. tube secured and placement reconfirmed frequently
  18. How is airway patency maintained in an unconscious patient?
    head tilt chin lift and oro or naso-pharyngeal airway
  19. Breathing?
    • 1. Assess: chest rise and fall, O2 sat, capnography
    • 2. O2 and assisted breathing as needed
  20. Circulation?
    • 1. IV/IO
    • 2. fluids/BP meds
    • 3. check glucose and temp
  21. Disability?
    • 1. Check neurologic function
    • 2. responsiveness, LOC, and pupil dilation
    • 3. AVPU:  Alert, Voice, Unresponsive
  22. Exposure?
    Removed clothing to look for trauma, bleeding, burns, or medical alert bracelets
  23. Secondary assessment?
    • SAMPLE & consider H's & T's
    • S- signs and symptoms
    • Allergies
    • Medications
    • Past medical Hx
    • Last meal consumed
    • Events
  24. H's and T's?
    • H's:
    • Hypovolemia, Hypoxia, Hydrogen ion (acidosis), Hypo/Hyperkalemia, Hypothermia
    • T's:
    • Tension pneumo, Tamponade, Toxins, Thrombosis (pulmonary or cardiac)
  25. 2 most common potentially reversible causes of PEA?
    hypovolemia and hypoxia
  26. What initially occurs in hypovolemia?
    • 1. narrow complex tachycardia
    • 2. increased diastolic and decreased systolic pressures
  27. What Tx should be considered with PEA that may  be r/t hypovolemia?
    volume infusion
  28. Common causes of hhpovolemia?
    • 1. trauma
    • 2. occult internal hemorrhage
    • 3. severe dehydration
  29. When may fibrinolytics be admin?
    massive/saddle PE's that obstruct flow to pulmonary vasculature and cause R heart failure
  30. Tx of cardiac tamponade?
    • 1. volume infusion may help while definitive therapy is initiated
    • 2. may need pericardiocentesis
  31. What test may be used to show cardiac tamponade, PE's, and tension pneumo?
    ultrasound
  32. What should be done when pt shows s/s of ROSC?
    post-cardiac arrest care should be inititiated
  33. Normal tidal volume?
    8-10 mL/kg
  34. RR <___ requires assisted ventilation with bag-mask device or advanced airway with 100% O2
    6
  35. S/S of respiratory distress?
    • 1. tachypnea & tachycardia
    • 2. increased respiratory effort (nasal flaring, retractions)
    • 3. inadequate respiratory effort (bradypnea, hypoventilation)
    • 4. abnormal airway sounds
    • 5. pale, cool skin
    • 6. changes in LOC
    • 7. use of abd muscles to assist in breathing
  36. What are respiratory distress and failure?
    distress: abnormal RR or effort

    failure:  clinical state of inadequate oxygenation, ventilation, or both (compensatory mechanisms fail)
  37. S/S of respiratory failure?
    • 1. marked tachypnea - bradypnea and apnea are late signs
    • 2. increased, decreased or no respiratory effort
    • 3. poor to absent distal air movement
    • 4. tachycardia (early) or bradycardia (late)
    • 5. cyanosis
    • 6. stupor, coma (late)
  38. 2 common causes of respiratory arrest?
    drowning, head injury
  39. Tidal volume that should be provided for avg adult in respiratory arrest?
    500 - 600 mL  (6-7mL/kg)
  40. What complications may be caused by excessive ventilation?
    • 1. gastric inflation: regurgitation and aspiration
    • 2. increased intrathoracic pressure:  decreases venous return to the heart and diminishes cardiac output
    • 3. cerebral vasoconstriction: decreased brain BF
  41. If a pt has a pulse but needs ventilations, ventilate the pt once every ___ seconds.  Each breath should take __ second(s) and achieve _____.
    • 5-6 seconds
    • 1 second
    • visible chest rise and fall
  42. Most reliable method of confirming and monitoring correct placement of the ET tube?
    waveform capnography in addition to clinical assessment
  43. For patients with a perfusing rhythm ventilations should be admin every ___ seconds.
    5-6
  44. Most common cause of upper airway obstruction in unconscious/unresponsive patient?

    Intervention?
    loss of tone in the throat muscles that causes tongue to fall back and occlude airway

    basic airway opening techniques
  45. How to open airway?
    • head tilt chin lift
    • jaw thrust with trauma with suspected neck injury- head tilt chin lift if jaw thrust doesn't work
  46. What should be done in pt who are unconscious with no cough or gag reflex
    OPA or NPA
  47. Interventions for unconscious pt that is known to have been choking?
    check for FO.  If no FO, start CPR.  Check for FO before every set of breaths.  Remove FO if it appears
  48. When using a bag-mask, deliver ___ mL tidal vaolume sufficient to produce chest rise over ____ second(s).
    • 600ml
    • 1 SECOND
  49. OPA (oropharyngeal airway) should only be used in pt who are _____ with no __ or ___ reflex.
    unconscious, cough or gag
  50. Ventilation rate with advanced airway?
    one breath every 6 seconds
  51. When is cricoid pressure used?
    NOT recommended during cardiac arrest

    in nonarrest pt may help with aspiration and gastric inflation during bag-mask ventilation - can also interfere with ventilations
  52. ___ % of pt with blunt trauma serious enough to require spinal imaging have a spinal imaging.  Risk is tripled if the pt has a ___ or ____ injury
    • 2%
    • head, facial
  53. 3 precautions for pt with suspected cervical spine trauma?
    • 1. open airway with jaw thrust
    • 2. have someone stabilize head during
    •     airway manipulation - collar can interfere
    •     with airway
    • 3. spinal immobilization during transport
  54. Initial Tx of ACS involves use of drugs inculding __, ___, ___, ___, ___, & ___.
    • 1. morphine
    • 2. oxygen
    • 3. nitroglycerin
    • 4. aspirin
    • 5. fibrinolytics
    • 6. heparin
  55. When is VF most likely to develop?
    within 4 hours after onset of symptoms
  56. PCI?
    performed in cath lab - balloon dilation and stent placement

    percutaneous coronary intervention
  57. Fibrinolytics?
    clot-buster drugs
  58. ED assessment for ACS?

    Should be done in what time frame?
    within 10 minutes

    • 1. VS with O2 sat
    • 2. IV
    • 3. brief Hx and physical exam
    • 4 troponin, labs, & coagulation labs
    • 5. portable CXR
    • 6. EKG
  59. O2 rate  in ACS?
    if O2 sat <90%, start at 4L/min and titrate
  60. Tx if STEMI if time from onset of Sx if <12 hours?
    1. adjunctive Tx as needed

    • door to balloon: 90 minutes
    • door to fibrinolytics:  30 minutes
  61. Tx of STEMI if time from onset is > 12 hours or there is ST depression or dynamic T-wave inversion?
    Consider early invasive strategy if:  ischemic chest discomfort, recurrent/persistent ST deviation, ventricular tachy,
  62. Tx for normal/non-diagnostic ST changes in EKG with ACS
    consider admission for monitoring and possible intervention
  63. What is the most common symptom of MI?
    retrosternal chest pain
  64. S/S of ACS?
    • 1. pressure/fullness/pain in center of chest lasting several minutes
    • 2. spreading to shoulders, neck, or arm(s), or jaw
    • 3. spreading into back or b/t shoulder blades
    • 4. light-headedness, dizziness, fainting
    • 5. diaphoresis
    • 6. NV
    • 7. dyspnea (usually suddenly )
  65. 4 emergency conditions that may mimic MI?
    • 1. PE
    • 2. aortic dissection
    • 3. pericardial effusion/tamponade
    • 4. tension pneumothorax
  66. O2 admin for STEMI pt?
    maintain O2 sat 90% or greater
  67. ASA admin with a STEMI?

    When should asa suppository be used?
    160-325mg chewed

    NV, peptic ulcers, etc
  68. When should nitroglycerin not be given?
    • SBP <90
    • HR not b/t 50-100BPM
  69. In what type of infarcts are nitrates contraindicated?
    inferior and RV infarcts

    • depend on preload to maintain BP...may also
    • not get morphine and other vasodilators/diuretics
  70. Nitrates are contraindicated if pt has used what type of medications?
    phosphodiesterase inhibitors:  salindafil, vardenafil, tadalafil
  71. 4 effects of morphine that help with ACS?
    • 1. CNS depression:  decreased catecholemines and O2 demands
    • 2. venodilation:  decreased LV preload & O2 demands
    • 3. decreased systemic vascular resistance:  decreased LV afterload
    • 4. helps redistribute BV in pt with pulmonary edema

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Author:
mthompson17
ID:
323415
Filename:
ACLS 2016
Updated:
2016-10-18 02:24:39
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ACLS
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ACLS
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