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957
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diagnosis
clinical
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cardiology
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POCUS
Reference ... Optic Nerve •
MSK
... sspillai01 #
POCUS
... Measurements #Ultrasound #
Echocardiogram
Differential Diagnosis
of
... Categorized by
causes
... Cardiac, Pulmonary,
MSK
... Pleuritic #ChestPain #
Causes
... #Differential #
Algorithm
Causes
of
Nausea
... - Differential
Algorithm
... Diagnosis #EM #IM #
Causes
... #
Nausea
#Vomiting ... Differential #NonGI #
Algorithm
- Differential
Algorithm
... - Non-
MSK
- Axial ... #Differential #
Algorithm
... #
Causes
Chordae Tendineae on
POCUS
...
Echocardiogram
... Many underlying
causes
... Chordae #Tendineae #
POCUS
... #
Echocardiogram
►
Causes
of
Facial ... Differential Diagnosis
Algorithm
... Sparing = Central
cause
... Bilateral (2%
of
... Differential #Diagnosis #
Algorithm
Myocarditis on
Echocardiogram
... tremendous reversal
of
...
Case
Resolution: ... plax #psax #a4c #
Echocardiogram
... clinical #cardiology #
pocus
►
Causes
of
Hypercalcemia ... Differential Diagnosis
Algorithm
... Differential #Diagnosis #
Algorithm
... #
Causes
Differential Diagnosis
of
... syncope from other
causes
...
Ask
about precipitating ... Common
causes
of
... #Differential #
Algorithm
fibroelastoma
of
... mitral valve [an
off
-axis ... view] -
Echocardiogram
... #mitralvalve #
Echocardiogram
... clinical #cardiology #
pocus
►
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![Papillary fibroelastoma of the mitral valve [an off-axis view] - Echocardiogram
Ivan Stankovic, MD, PhD @Ivan_Echocardio
#Papillary #fibroelastoma](data:image/jpeg;base64,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 "Papillary fibroelastoma of the mitral valve [an off-axis view] - Echocardiogram
Ivan Stankovic, MD, PhD @Ivan_Echocardio
#Papillary #fibroelastoma ...")