14 results
Simplified Algorithm for tachycardia with a pulse (Adapted from ACLS 2010) #Management #EM #IM #Prehosp #ACLS
pulse (Adapted from ... ACLS 2010) #Management ... #EM #IM #Prehosp ... #ACLS #Tachycardia ... #Algorithm #Ddxof
Simplified Algorithm for bradycardia with a pulse (Adapted from ACLS 2010) #Management #EM #IM #Prehosp #ACLS
pulse (Adapted from ... ACLS 2010) #Management ... #EM #IM #Prehosp ... #ACLS #Bradycardia ... Algorithm #Atropine #Ddxof
The arrows point to a subendocardial region with poor contrast enhancement due to ischemia. This is
#Clinical #EM #IM ... #Cardiology #Radiology ... #CTChest #Subendocardial
Note there is ST depression in aVR, a true sign of Left Main occlusion.  Many
aVR is a good ECG ... #Clinical #EM #IM ... #Cardiology #EKG
Type 1 Second-degree AV block, also known as Mobitz I or Wenckebach periodicity, is almost always
electrocardiogram (ECG ... #Clinical #EM #IM ... #Cardiology #MedStudent ... #EKG #MobitzI #
Type 1 Second-degree AV block, also known as Mobitz I or Wenckebach periodicity, is almost always
electrocardiogram (ECG ... #Clinical #EM #IM ... #Cardiology #MedStudent ... #EKG #MobitzI #
An ECG from a patient with a serum potassium of 7.5 with flattened P waves, widened
An ECG from a patient ... peaked T waves: #Clinical ... #EM #IM #EKG #HyperKalemia
The arrows point to the inferior subendocardium.  It is dark because there is low contrast
#Clinical #EM #IM ... #Cardiology #Radiology ... #CTChest #Subendocardial
This is a parasternal long axis view of a young patient presenting with 3 days of
He had no chest ... x-ray and and ECG ... Michael Macias, EM ... Northwestern University #Clinical ... #EM #Radiology
The guide catheter was deliberately not engaged with the left main artery, as an occlusion was
clearance of contrast from ... #Clinical #EM #IM ... #Cardiology #Angiogram