87 YOM COMPLAINING OF CHEST DISCOMFORT AND DYSPNEA

 On a Thurday morning, approximately 02:15 hrs, in a small rural town, your EMS unit is dispatched to a residence for an 87 year old male with difficutly breathing.

  You arrive on scene before the fire engine and enter the residence. Upon entering the bedroom, you find an elderly male, sitting on the edge of the bed, vomiting. He is alert and oriented x 4 (person, place, time, event) and with a GCS of 15. He appears to be in moderate respiratory distress, diaphoretic, with rapid and slightly labored breathing and muscle retraction, but yet, he's smiling at you and tries to explain what happened. He tells you, he woke up 15 minutes ago because he could not breath while laying down.

Primary assessment:

  • Patent airway
  • Shallow and labored breathing with bilateral rales upon auscultation
  • Weak and slightly irregular radial pulses
  • Skin: cool to  touch, pale and diaphoretic with >2 sec. capillary refill time
  • No signs of external bleeding

 He is also complaining of chest discomfort throughout his entire chest, rated 7/10, non-radiating which started at the same time he woke up from his sleep. Nothing makes this discomfort better or worst.

Past Medical Hystory:

  • Hypertension (HTN)
  • Hyperlipidemia
  • Hypothyroidism
  • Asthma

Current medications:

  • Amlodipine (Norvasc)
  • Metoprolol (Lopressor)
  • Levothyroxine (Syntrhoid)
  • Atorvastatin (Lipitor)
  • Albuterol
  • Advair
  • Daily vitamins
  • No known allergies

 Your partner places the patient on O2 at 15 lpm via Non-Rebreather mask with ETCO2 monitoring and a 12 lead ECG was obtained as well as vital sings and blood glucose.

 The first 12 lead ECGs was "too dirty" to evaluate. The second 12 Lead ECG is shown below:

lbbb 4

Pretty alarming, isn't it?

Vital signs as followed:

Blood Pressure: 230/125 mmHg

Heart Rate: 130 beats/min

Respiratory Rate: 36 breaths/min

SpO2: 71% on Room Air

ETCO2: 55 mmHg

BGL: 122 mg/dl

The closest initial receiving hospital is 30 minutes away.

What is your 12 Lead ECG interpretation?

What interventions would you perform next?

Would you activate the cath lab?

Case conclusion below:

http://ems12lead.com/2014/02/87yom-with-chest-discomfort-and-dyspnea-conclusion/

 

8 Comments

  • Firemedic24 says:

    12 Lead looks like sinus tachycardia with LBBB and a couple PACs.

    Although LBBB looks kinda scary the presentation seems like CHF exacerbation.  Rales, Orthopnea, SOB, Tachycardia.  All makes me think the left ventricle is failing due to too much after load.  Sympathetic nervous system created a surge of endogenous catacholamines.  Vasoconstricts the vasculature and causes the heart to try to pump blood against too much back pressure.

    treatment includes 324 mg ASA, liberal ntg administration and probably CPAP., although narcotic analgesia is somewhat controversial in acs and pulmonary edema, I think it would help with some anxiolysis and perhaps blunt his catecholamine response.  Some further assessment findings that would support my theory would be peripheral edema, jvd, abnormal heart tones etc.  After interventions re-evaluate… Perform serial ecgs.

    i would not activate the cath lab based on this ECG alone.  Seeing LBBB I would look for sgarbossa criteria.  I see no concordant elevation or depression.  There may be excessive discordance, but it is difficult to use the rule of proportionality as the qrs amplitude is cut off.  I would consider decreasing the size and seeing if st elevation to qrs ratio is greater than .25

    that being said, if a PCI center is close I might opt to go there, but I certainly wouldn't put them on a helicopter without consulting a physician.

  • Firemedic24 says:

    Sorry for the grammatical errors, posting from the phone, on a trip.

    One point that I had not thought about… Why is this guy on a beta blocker for htn with his hx of asthma.

    It does not make sense that he would be on a beta blocker and a beta agonist at the same time.  It does kind of support my theory though.  Metoprolol would suppress endogenous epinephrine preventing increased inotropy, but would do nothing to suppress endogenous norepinephrine with higher alpha effects.  Which would cause vasoconstriction, and an inability for the heart to compensate by increasing inotropy.

  • Firemedic24 says:

    Even though metoprolol is primarily b1 and albuterol is b2, it seems like there are better choices out there for htn with asthma.

  • Stu says:

    I cannot see any thing fitting Sgarbossa criteria however leads III and aVF do look a bit suspiscious to me in terms of not enough discordance.

     

    Treatment might also include furosemide and digoxin. Getting an echo to assess LV function would be a priority to me over activating cath lab.

  • Seth says:

    LBBB, with high amplitude. No concordant ST Depression/Elevation.  Due to low O2 sat, high ETCO2 and rales, I think there is a gas exchange problem.  Maybe cardiogenic pulmonary edema (LV function).  CPAP to increase gas exchange (I dont have Lasix available) and I would treat his chest pain with ASA, Nitro, ect.. transport to closest hospital.  May have LVH.

  • Marcin says:

    Quite pretty. Atrial fibrillation. LBBB. Signs of ACS (V1-V3 elevation of more than 0,5mV; V4 deppression over 0,1 mV – negative qrs predominance); signs of necrosis/undetermined MI (Cabrera's sign – V4 and I think V3 Swave upslope 40ms notching).

    Pain/chest discomfort, hypoperfusion signs, CVD risk (hypertension, hyperlipidemia, age), hypothyroidism masking ACS symptoms – activate cathlab unless you have previous ecg.

  • DesertERdoc says:

    Former medic, now ER doc.  First response is right on.  This is a classic HAPE case.  Liberal NTG, definitely CPAP/BIPAP.  Treat aggressive and usually turn around quickly.  These patients are typically not volume overloaded so furosemide of limited to no benefit.  Some would argue potential harm.  It is a mainstain in CHF protocols but know when you give it that isn't going to be the Holy Grail like afterload reduction with high dose NTG and ventilation/oxygenation augmentation with CPAP/BIPAP.  As far as B blocker and asthma.  That is classic textbook teaching with rarely, in my experience, any practical implications.  Beta blocker therapy is a key in CHF long term management.  Agree, do not activate STEMI.

  • DesertERdoc says:

    By the way, if you feel opiates are needed (which I rarely do, so think twice before giving)  please give in very small amounts.

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