389 results
Cervical Central Canal and Neural Foraminal Stenosis Grading

Cervical Central Canal Stenosis Grading
 - Normal - No
Canal and Neural Foraminal ... Stenosis Grading ... Canal Stenosis Grading ... Stenosis Grading ... Spinal #Stenosis #Grading
Lumbar Neural Foraminal Stenosis Grading 
  - Normal - No fat effacement, Keyhole appearance
Lumbar Neural Foraminal ... Stenosis Grading ... Spine #Report #Grading ... Classification #Neural #Foraminal
Lumbar stenosis guide we created to implement consistent radiology reporting across our multi-hospital network. 
Lumbar Central
Canal Stenosis Grading ... Lumbar Neural Foraminal ... Stenosis Grading ... Spine #Report #Grading ... Classification #Central #Foraminal
Hydronephrosis Grading
Grade I - Pelviectasis 
Grade II - Caliectasis (Major Calyces)
Grade III - Caliectasis (Minor Calyces)
Grade
Hydronephrosis Grading ... Thinning - POCUS ... Hydronephrosis #Grading ... radiology #ultrasound #pocus
Cognitive Biases in Medicine
 • Framing Effect
 • Focusing Effect
 • Anchoric Effect
 • Bandwagon Bias
in Medicine • Framing
ABCs of Lung Ultrasound - A-Lines, B-Lines, Consolidation
A-Profile - Air filled lung does not transmit sound
ABCs of Lung Ultrasound ... transmit sound waves, leading ... will be seen IM POCUS ... Focus @IMPOCUSFocus ... #Ultrasound #POCUS
ABC's of POCUS
Forming the platform for my CCS2018 talk, ‘POCUS on ITU’! My infographic on the
ABC's of POCUS ... Forming the platform ... CCS2018 talk, ‘POCUS ... on the ABC’s of POCUS ... #CriticalCare #POCUS
Focused POCUS Lung and Cardiac Ultrasound Exams in COVID-19 Patients
1. Turn machine on / Enter patient
Focused POCUS Lung ... views of right lung ... and 4 views left lung ... Document highest lung ... #Focused #POCUS
Tree analogy to classify severity of hydronephrosis.

Dr. Alan Chiem https://twitter.com/atchiem

#Diagnosis #POCUS #RenalUltrasound #Hydronephrosis #Tree #Analaogy #Severity
#Diagnosis #POCUS ... Analaogy #Severity #Grading
Approach to the A-a Gradient
A-a gradient = PAO2 - PaO2
A-a gradient = [FiO2 x (Patm -
Approach to the A-a Gradient ... A-a gradient = ... A-a Gradient ≤ ... Embolism, Obstructive Lung ... , Interstitial Lung