1010 results
Pericardial Constriction on Echocardiogram with Septal Bounce

Fantastic example of pericardial constriction. Not only a nice septal
Constriction on Echocardiogram ... the RV/LV ratio changes ... #Constriction #Echocardiogram ... clinical #cardiology #POCUS
Severe Pulmonary Hypertension on Echocardiogram
Pulmonary hypertension results in compensatory changes to the RV. The RV appears
Hypertension on Echocardiogram ... in compensatory changes ... Hypertension #PHTN #Echocardiogram ... clinical #cardiology #pocus
Anterolateral Wall Motion Abnormalities (WMA) on POCUS Echocardiogram (PSAX)
Consider early TTE for patients presenting with cardiopulmonary
Abnormalities (WMA) on POCUS ... Echocardiogram ... and ischemic EKG changes ... Abnormalities #WMA #POCUS ... #Echocardiogram
Microcavitation due to mechanical valve closure (aortic in this case).

Dissolved gas changing state due to changes
changing state due to changes ... #Ventricular #Echocardiogram ... #POCUS #Clinical
Pseudo-PEA and True PEA on POCUS

Is there any meaningful decision making that this differentiates in a
and True PEA on POCUS ... helps predict chances ... PseudoPEA #True #PEA #POCUS ... #clinical #echocardiogram
Complex Pericardial Effusion with Tamponade on POCUS Echocardiogram - PLAX
Pt sent to ED c intradialytic hypotension.
with Tamponade on POCUS ... Echocardiogram ... 5.9 without EKG changes ... Cardiac #Tamponade #POCUS ... #Echocardiogram
Complex Pericardial Effusion with Tamponade on POCUS Echocardiogram - A4C
Pt sent to ED c intradialytic hypotension.
with Tamponade on POCUS ... Echocardiogram ... 5.9 without EKG changes ... Cardiac #Tamponade #POCUS ... #Echocardiogram
EKG CHANGES AS A RESULT OF CHANGES IN NA OR K CHANNEL CONDUCTION - GRAPHIC BY
EKG CHANGES AS A ... RESULT OF CHANGES ... IN NA OR K CHANNEL ... Channelopathy #Channels
Antiarrhythmics Pharmacology Summary
Cardiac Conduction Phases:
Phase 0 - Ventricular Depolarization:
 • Na+ channels open leading to a
Depolarization: • Na+ channels ... Phase • Ca++ channels ... Potential: • K+ channels ... CLASS 1 - Sodium Channel ... Block fast Na+ channels
Antiarrhythmics - Vaughan Williams Classification:
CLASS 1 - Sodium Channel Blockers:
 • MOA: Block fast Na+ channels
CLASS 1 - Sodium Channel ... Block fast Na+ channels ... 3 - Potassium Channel ... MOA: Block K+ channels ... Block slow Ca++ channels