Jack Cahill (@theecgmedic) 's Twitter Profile
Jack Cahill

@theecgmedic

Passionate about widening the understanding and interpretation of ECGs… Enthusiastic 2nd Year Med Student 🇬🇧.

ID: 1783494751825674240

linkhttps://tinyurl.com/3pfdm52x calendar_today25-04-2024 13:54:30

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“TCA Overdose” “STEMI” “HyperK” “VT” What is the rhythm? Bonus: Where does the rhythm come from? #ECG #ECGChallenge Source: EKG Club

“TCA Overdose”
“STEMI”
“HyperK”
“VT”

What is the rhythm?

Bonus: Where does the rhythm come from?

#ECG #ECGChallenge 

Source: EKG Club
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Those that are new: Ignore the question, this GIF/Video is a good way to understand ECG views. Especially reciprocal changes!

Jack Cahill (@theecgmedic) 's Twitter Profile Photo

Beautiful examples of de-winter T waves in a patient that possibly has a Type IV LAD (in the absence of CTOs / Bypass Grafts).

Jack Cahill (@theecgmedic) 's Twitter Profile Photo

From Reddit: “ER Doc told us we overreacted” Can you see why? Does this patient need cardioversion?😂 #ECG #ECGChallenge

From Reddit: 

“ER Doc told us we overreacted”

Can you see why?

Does this patient need cardioversion?😂

#ECG #ECGChallenge
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Answer: Scar-Mediated VT from an LCx Occlusion! VT is from Lateral LV - consistent with the culprit! Was fascinated by this one!

Jack Cahill (@theecgmedic) 's Twitter Profile Photo

LCx occlusion. Not a LMCA occlusion. Patient would likely be dead or in cardiogenic shock. AVL and posterior ST depression vector suggest there’s likely a large vessel OM occlusion or Cx occlusion proximal to OM1. AVR STE ≠ Left Main